Monitoring Study, flow monitoring data from meters installed in these sewer basins in the 2015-2017 Flow Monitoring Study was used for model calibration.
There are no established standards on accuracy for hydraulic model calibration in the United States as the required level of accuracy depends on the expected use of the model. However, a popular source referenced in the U.S. for model calibration criteria comes from a U.K. based organization called the Chartered Institute of Water and Environmental Management (CIWEM) that developed the “Wastewater Planning Users Group Code of Practice for the Hydraulic Modeling of Sewer Systems” or WaPUG Manual. Table 6-1 below lists the WaPUG calibration criteria.
Table 6-1. WaPUG Calibration Criteria12
Parameter General Critical
Locations Comments
Shape* Good match (NSEC
if used >0.5)
Good match
(NSEC if used
>0.5)
An evaluation technique may be used to
compare the shape such as the NashSutcliffe Efficiency Co-efficient (NSEC) method together with a visual check.
Time of peaks and
troughs +/- 0.5 hour +/- 0.5 hour
The timing of peaks and troughs should
be similar having regard to the duration
of the event
Peak depth
(unsurcharged)
+/- 0.33 ft or +/-
10% whichever is
greater
+/- 0.33 ft
Peak depth (surcharged) 1.64 ft to – 0.33 ft +/- 0.33 ft Relaxation may be appropriate in deep
sewers. Where coupled 1D-2D models
are used the ‘critical locations’ criteria
should be applied
Peak flow + 25% to -15% +/- 10%
Flow volume +20% to -10% +/- 10% Excluding poor/missing data * Shape or pattern of the flow and depth
6.4.1. Dry Weather Flow Calibration
Depending on the available flow monitoring data for the sewer basins, several five consecutive dry days were selected as the representative days for dry weather calibration. The selected dry weather calibration days include weekdays and weekends. Most sewer basins had a meter installed that solely 12 CIWEN Wastewater Planning Users Group Code of Practice for the Hydraulic Modeling of Urban Drainage Systems, Version 01, 2017 167
Sanitary Sewer Master Plan Update
Hydraulic Model Update
captured flows coming from the corresponding sewer basin. Hourly diurnal patterns were developed for weekdays and weekends based on flow monitoring data for these basins. Sewer basins 5, 7, and 10 did not have direct flow monitoring data. Diurnal patterns for these sewer basins were assumed to be similar to the diurnal patterns of sewer basins with similar land use types and were further adjusted based on the metered data downstream at the Ralston Trunk Lines. These diurnal patterns were adjusted under an iterative process to match the metered flow shapes during the calibration process.
Calibration started from upstream basins, followed by downstream basins, then along the Ralston Trunk Lines. During the calibration process, base flows, diurnal patterns, and manning’s n values were adjusted to bring better convergence between model predictions and observed flows and depths at each metered location.
The dry weather calibration was aimed to provide a reasonable match between the modeled and metered average flows and diurnal patterns.
Table 6-2 summarizes the dry weather calibration results. Comparison graphs between observed flows and depth and model predictions are included in Appendix E – Dry Weather Calibration Results. 168
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 60
Table 6-2. Dry Weather Calibration Summary
Sewer Basin Metered Manhole Meter Location Calibration Period Max. Flow (mgd) Average Flow (mgd) Max. Depth (ft) Average Depth (ft) Note 1 403610
In Island Pkwy
approximately 330 ft
south of Concourse Dr
04/02/22-04/06/22
Metered 0.193 0.071 0.26 0.18 observed peak flow is considered an anomaly Modeled 0.160 0.067 0.181 0.110
Difference -17.3% -5.4% -0.08 -0.07
2 403404 Near Ralston Ave & Kedith St 04/02/22-04/06/22 Metered 0.105 0.020 0.341 0.158 meter experienced backwater condition Modeled 0.134 0.022 0.482 0.326
Difference 28.0% 7.5% 0.14 0.17
3 Hiller LS Wet Well Inlet In Hiller St approximately 180 ft west of Cambridge St 04/02/22-04/06/22 Metered 0.351 0.170 0.559 0.421 observed peak flow is considered an anomaly Modeled 0.279 0.170 0.360 0.278 Difference -20.5% 0.1% -0.20 -0.14 4 452404 Near 1334 El Camino Real 04/02/22-04/06/22 Metered 0.209 0.112 0.510 0.410
Modeled 0.211 0.109 0.280 0.199
Difference 1.2% -3.1% -0.23 -0.21
6 441501 Near 811 North Rd 04/28/17-05/02/17
Metered 0.195 0.095 0.180 0.130
Modeled 0.161 0.095 0.149 0.114
Difference -17.6% -0.3% -0.03 -0.02
8 443205
In Notre Dame Ave
approximately 120 ft
south of Clee St
04/02/22-04/06/22
Metered 0.543 0.216 0.286 0.169 observed peak flow is considered an anomaly Modeled 0.410 0.216 0.331 0.233
Difference -24.5% 0.0% 0.04 0.06
9 450409 Near 2043 Ralston Ave 04/02/22-04/06/22
Metered 0.825 0.152 1.453 0.279 observed peak flow is considered an anomaly Modeled 0.281 0.148 0.261 0.182 adjusted n-value of metered pipe to 0.015 Difference -65.9% -2.7% -1.19 -0.10
11 442701A Near 2100 Ralston Ave 2/9/2022-2/14/2022
Metered 0.165 0.086 0.247 0.179
Modeled 0.161 0.085 0.171 0.123
Difference -2.2% -1.2% -0.08 -0.06
12 453710 Near 2351 Lyall Way 04/28/17-05/02/17
Metered 0.195 0.118 0.294 0.238 adjusted n-value of metered pipe to 0.015 Modeled 0.211 0.117 0.195 0.143
Difference 8.1% -0.4% -0.10 -0.10
13 431604 Near 3040 San Juan Blvd 04/28/17-05/02/17
Metered 0.180 0.049 0.268 0.111 observed peak flow is considered an anomaly Modeled 0.104 0.049 0.173 0.113 adjusted n-value of metered pipe to 0.015 Difference -42.1% 0.0% -0.10 0.00
14 Haskins LS Wet Well Near Haskins Dr & Laurel Creek Rd 04/28/17-05/02/17 Metered 0.041 0.014 0.126 0.077 adjusted n-value of wet well inlet pipe to 0.011 Modeled 0.033 0.014 0.122 0.080
Difference -20.5% -0.2% 0.00 0.00
15 431601 Near 3041 San Juan Blvd 04/28/17-05/02/17
Metered 0.092 0.057 0.158 0.118
Modeled 0.114 0.057 0.137 0.098
Difference 23.4% -0.1% -0.02 -0.02
169
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 61
Table 6-2. Dry Weather Calibration Summary
Sewer Basin Metered Manhole Meter Location Calibration Period Max. Flow (mgd) Average Flow (mgd) Max. Depth (ft) Average Depth (ft) Note Trunk Line 450419 Near Ralston Ave & Villa Ave 04/02/22-04/06/22 Metered 1.29 0.43 0.37 0.20
Modeled 1.12 0.42 0.33 0.20
Difference -13.6% -2.1% -0.05 0.00
Trunk Line 451808 Near 6th Ave & Emmett Ave 04/02/22-04/06/22 Metered 0.938 0.344 0.478 0.273 observed average flow is less than observed average flow at upstream meter. Modeled 0.823 0.440 0.398 0.286 Disregard observed ADWF due to mass balance issue Difference -12.2% 28.1% -0.08 0.01
Trunk Line 451803E Near Old County Rd & Masonic Way 04/02/22-04/06/22 Metered 1.256 0.632 0.560 0.404
Modeled 1.177 0.613 0.508 0.360
Difference -6.3% -3.0% -0.05 -0.04
BPS BPS 1385 Shoreway Rd 04/02/22-04/06/22
Metered 2.535 1.345 - -
Modeled 2.265 1.379 - -
Difference -10.7% 2.5%
170
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 62
Overall, model average flows and depths agree reasonably (within 10% of flow or +/- 0.33 ft of depth) with the observed data at most metered locations. The observed average flow at Meter Site 451808 has a mass flow balance discrepancy as it was less than the observed average flow upstream at Meter Site 420419. Adjusting the base flow in the model to bring a closer match at Meter Site 451808 would result in model average flows deviating from the observed average flows at the other upstream and downstream sites. Therefore, observed ADWF at 451808 was disregarded for the dry weather calibration. Simulated flow depths are generally lower than observed depth at most meter sites. The discrepancy can be caused by various factors including but not limited to debris or obstructions in the sewer system that affects flow depths, inaccurate slopes in the model, and/or meter reading errors, etc.
Sewer lines in the system are primarily VCP, and the typical manning’s n value for VCP sewer pipes range from 0.011-0.017.13 As shown in Table 6-2, manning’s n of a few metered pipes was adjusted within the typical range to increase the simulated depths.
Modeled peak flows show more than +/- 25% difference compared to observed peak flows at some metered locations. These observed peak flows were abrupt spikes in the recording period and did not occur daily, so they were considered outliers and did not represent the typical dry weather flow patterns at the metered locations. Therefore, the calibration was still considered acceptable. Figure 6-1 and Figure 6-2 shows the normalized hourly diurnal patterns by sewer basin for weekdays and weekends, respectively.
Figure 6-1. Weekday Diurnal Patterns
13 Source: Open-Channel Hydraulics by Ven Te Chow published in 1959 by McGraw-Hill Book Company, Inc. (Chow, 1959) 0 0.5
1 1.5
2 2.5
0 4 8 12 16 20 24
Factor
Hour
Basin 1 Basin 2 Basin 3 Basin 4
Basin 5 Basin 6 Basin 7 Basin 8
Basin 9 Basin 10 Basin 11 Basin 12
Basin 13 Basin 14 Basin 15
171
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 63
Figure 6-2. Weekend Diurnal Patterns
6.4.2. Wet Weather Flow Calibration
Once the model was calibrated under dry weather condition, it was calibrated for wet weather flow condition. The wet weather flow calibration mainly focused on calibration of the RDII component. In order to simulate the system response more accurately during rainfall events, the RTK method was used to develop RDII unit hydrographs for each sewer basin. This method assumes that RDII in the collection system responding to rainfall is similar to stormwater runoff in a watershed and uses three triangular unit hydrographs to represent the fast, medium, and slow RDII responses to the rainfall, as shown in Figure 6-3.
14 R represents the fraction of rainfall volume entering the collection system as RDII. T is the time, in hours, to reach peak RDII flow, and K is the ratio of the time of recession to the time of peak. The wet weather flow data was analyzed in the RDII Analyst Tool within InfoSWMM to develop the fast, medium, and slow R, T, and K parameters for each sewer basin. The tool numerically determined the R, T, and K parameters that best matched the estimated RDII flows to the observed RDII flows. These RTK parameters were then assigned to corresponding model manhole nodes and further adjusted by comparing model predictions against observed data under an iterative process. 14 Fu-hsiung Lai and others, ‘A Toolbox for Sanitary Sewer Overflow Analysis and Planning (SSOAP) and Applications’, 1–16. 0 0.5
1 1.5
2 2.5
0 4 8 12 16 20 24
Factor
Hour Basin 1 Basin 2 Basin 3 Basin 4 Basin 5
Basin 6 Basin 7 Basin 8 Basin 9 Basin 10
Basin 11 Basin 12 Basin 13 Basin 14 Basin 15
172
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 64
Figure 6-3. RTK Unit Hydrographs
Source: InfoSewer Help Documentation (https://help.innovyze.com/space/infosewer/17467281/The+TriTriangle+or+RTK+Method) Table 6-3 lists the final calibrated R, T, and K parameters for each sewer basin. Similar to the dry weather calibration, the wet weather calibration also started from upstream basins, followed by downstream basins, then along the Ralston Trunk Lines. Sewer Basin 5, 7, and 10 did not have direct flow monitoring data. The initial R, T, and K parameters for Sewer Basins 5 and 7 were determined based on averaging the R, T, and K parameters of the remaining metered basins and then further adjusted based on the observed flow data at the downstream trunk line Meter Site 451803E. The initial R, T, and K parameters for Sewer Basin 10 were determined based on averaging the R, T, and K parameters of Basins 11, 12, 13, 14, and 15, and then further adjusted based on the observed flow data at the downstream trunk line Meter Site 451808.
Flow data from the 2015-2017 flow monitoring study were initially used to develop the R, T, and K parameters for Basins 6, 12, 13, 14, and 15 as there was no meter installed in these sewer basins during the 2021-2022 flow monitoring study. The 2015-2017 data revealed very high RDII responses at Basins 12, 13, 14, and 15. Using the R, K, T parameters derived from the 2015-2017 flow monitoring data for these sewer basins would result in significantly overestimations downstream at the trunk line meter location 451808 compared against the 2021-2022 flow monitoring data as well as at the BPS compared against the 15-minute BPS influent data. The inconsistency can be due to reading errors in 173
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 65
the 2015-2017 flow monitoring data or reduction in RDII resulting from the City’s on-going rehabilitation and maintenance efforts.
Since the 2021-2022 flow monitoring data and the BPS influent data is more up-to-date and reflects the current conditions of the system, R, T, and K parameters for Basins 12, 13, 14, and 15 were adjusted for better convergence of the model predictions to the observed flows at 451808 from the 2021-2022 flow monitoring study as well as the BPS influent data. The 2015-2017 flow monitoring data for Basins 12, 13, 14, and 15 was not used for wet weather flow calibration comparison.
Table 6-3. Calibrated R, T, K Parameters
Basin
Fast Medium Slow
R1 T1 K1 R2 T2 K2 R3 T3 K3 RT
1 0.04 0.90 1.50 0.02 5.76 4.36 0.02 17.17 4.92 0.07
2 0.07 0.95 2.15 0.10 4.56 1.93 0.12 17.77 10.02 0.29
3 0.05 0.90 1.00 0.04 3.50 2.00 0.11 13.50 3.53 0.20
4 0.06 0.97 1.03 0.06 3.55 2.08 0.11 14.01 3.67 0.23
5 0.04 0.87 1.12 0.05 3.78 2.51 0.16 14.47 5.11 0.25
6 0.09 1.00 0.35 0.12 4.50 3.80 0.10 13.50 3.00 0.31
7 0.04 0.87 1.12 0.05 3.78 2.51 0.16 14.47 5.11 0.25
8 0.07 0.97 1.03 0.07 3.55 2.18 0.20 14.50 3.90 0.34
9 0.02 0.75 0.80 0.02 4.00 2.18 0.01 14.50 3.90 0.04
10 0.04 0.79 1.11 0.04 3.18 2.32 0.19 13.75 5.69 0.27
11 0.01 0.81 3.83 0.02 4.71 2.20 0.07 13.80 13.03 0.10
12 0.05 0.95 0.50 0.04 3.80 2.50 0.26 13.00 4.50 0.34
13 0.06 0.95 0.50 0.03 2.50 3.00 0.17 14.50 4.50 0.25
14 0.04 0.30 0.40 0.02 2.00 2.00 0.28 13.50 3.20 0.34
15 0.04 0.95 0.30 0.02 2.90 1.90 0.04 13.92 3.20 0.10
Table 6-4 summarizes the wet weather calibration results. Calibration graphs for the individual meter site are included in Appendix F – Wet Weather Calibration Results. 174
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 66
Table 6-4. Wet Weather Calibration Summary
Sewer Basin Metered Manhole Meter Location Calibration Period Max. Flow (mgd) Average Flow (mgd) Max. Depth (ft) Average Depth (ft) Note 1 403610
In Island Pkwy
approximately 330 ft
south of Concourse Dr
12/10/2021-
12/18/2021
Metered 0.269 0.080 0.36 0.18 Site may experience rainfall pattern slightly different from Naughton RG, Modeled 0.269 0.093 0.238 0.131 observed data did not show RDII response to precipitation in the morning of 12/13/21 Difference -0.1% 16.8% -0.13 -0.05 Flow data spiked maybe due to meter sensor issue or debris or obstruction in field 2 403404 Near Ralston Ave & Kedith St 12/10/2021- 12/18/2021 Metered 0.292 0.040 0.728 0.210 meter experienced backwater condition, which may affect meter reading accuracy Modeled 0.151 0.034 1.000 0.480
Difference -48.3% -15.9% 0.27 0.27
3 Hiller LS Wet Well Inlet In Hiller St approximately 180 ft west of Cambridge St 12/10/2021- 12/18/2021 Metered 0.753 0.252 0.543 0.325 Modeled 0.763 0.274 0.624 0.344 Difference 1.3% 8.6% 0.08 0.02 4 452404 Near 1334 El Camino Real 12/10/2021- 12/18/2021 Metered 0.574 0.198 0.766 0.493 Site may experience rainfall pattern slightly different from Naughton RG Modeled 0.615 0.197 0.500 0.260
Difference 7.1% -1.0% -0.27 -0.23
6 441501 Near 811 North Rd 2/15/2017-2/22/2017
Metered 0.304 0.111 0.194 0.118 observed peak flow is considered an anomaly Modeled 0.253 0.111 0.167 0.137
Difference -16.7% 0.7% -0.03 0.02
8 443205
In Notre Dame Ave
approximately 120 ft
south of Clee St
12/10/2021-
12/18/2021
Metered 1.700 0.466 0.507 0.228
Modeled 1.584 0.507 0.686 0.343
Difference -6.8% 8.9% 0.18 0.11
9 450409 Near 2043 Ralston Ave 12/10/2021- 12/18/2021
Metered 0.921 0.163 1.797 0.292 Site may experience rainfall pattern slightly different from Naughton RG Modeled 0.467 0.182 0.364 0.203 observed peak flow is considered an anomaly Difference -49.3% 11.5% -1.43 -0.09
9 450415 Near 1011 Alameda De Las Pulgas 12/10/2021- 12/18/2021 Metered 0.116 0.012 0.17 0.03 Site may experience rainfall pattern slightly different from Naughton RG Modeled 0.104 0.022 0.12 0.01 meter reading accuracy may reduce due to low flow Difference -10.1% 88.7% -0.05 -0.02 capture overflow upstream 11 442701A Near 2100 Ralston Ave 12/10/2021- 12/18/2021 Metered 0.383 0.113 0.358 0.169
Modeled 0.373 0.126 0.265 0.144
Difference -2.7% 11.2% -0.09 -0.03
Trunk Line 450419 Near Ralston Ave & Villa Ave 12/10/2021- 12/18/2021 Metered 2.66 0.92 0.52 0.30 potential meter reading errors Modeled 4.36 1.24 0.67 0.31 mass flow balance with upstream and downstream sites Difference 64.0% 34.3% 0.14 0.02 disregard for calibration result comparison Trunk Line 451808 Near 6th Ave & Emmett Ave 12/10/2021- 12/18/2021 Metered 3.950 0.921 0.835 0.374
Modeled 4.201 1.204 0.997 0.447
Difference 6.4% 30.7% 0.16 0.07
175
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 67
Table 6-4. Wet Weather Calibration Summary
Sewer Basin Metered Manhole Meter Location Calibration Period Max. Flow (mgd) Average Flow (mgd) Max. Depth (ft) Average Depth (ft) Note Trunk Line 451803E Near Old County Rd & Masonic Way 12/10/2021- 12/18/2021 Metered 4.420 1.346 0.862 0.497
Modeled 4.963 1.776 1.162 0.342
Difference 12.3% 31.9% 0.30 -0.16
BPS BPS 1385 Shoreway Rd 12/10/2021- 12/18/2021
Metered 10.540 3.105 - -
Modeled 11.906 3.961 - -
Difference 13.0% 27.6%
176
Sanitary Sewer Master Plan Update
Hydraulic Model Update Page 68
Modeled peak flow at Meter Site 403404 was more than 10% less than the observed peak flow.
Observed flows and depths spiked at this site due to backwater condition caused by flows from the connecting 21-inch sewer line downstream which may have affected meter reading accuracy.
Observed peak flow and maximum depth at Meter Site 450409 revealed a sharp spike among the flow data and were considered as anomalies and disregarded. Modeled peak flow at Meter Site 420419 was more than 25% greater than the observed peak flow. However, observed peak flow at Meter Site 420419 was significantly lower than observed peak flow at downstream Meter Site 451808. Calibrating peak flow to the observed peak flow at Meter Site 420419 resulted in significant underestimation of flow downstream at Meter Site 451808 and at BPS. Therefore, observed peak flow at Meter Site 420419 was disregarded. Modeled average flow when compared to the observed average flow at Meter Site 450415, showed a large percent difference. This site captured overflow from a flow split upstream.
Observed flows were very low which may reduce meter reading accuracy.
Overall, model peak flows, average flows, maximum depths, and average depths agree (within +25% to – 15% of flow or +/- 0.33 ft of depth) with the observed data at most metered locations. Calibration cannot be further refined without causing model predictions deviating from field observations at other locations. Calibration results were reviewed and approved by City staff before performing capacity evaluation. In order to further refine the model in future updates, it is recommended that the City conduct a system-wide survey of manhole and pipe inverts to confirm the slope information in the model as it affects flow depth. Survey information or invert data from as-builts should be updated to the City’s GIS database which can be used for future model updates. As a matter of best management practice, it is recommended that the City should conduct system-wide flow monitoring studies in the future, especially on basins that were not metered in the 2021-2022 flow monitoring study and in areas that fell outside of the calibration criteria range described in Table 6-1.The information can help with refining model calibration in the future.
177
Sanitary Sewer Master Plan Update
Capacity Evaluation Page 69
7. Capacity Evaluation
This section discusses the model results on system capacity evaluation for existing and future conditions and identified system deficiencies per planning criteria presented in Section 4.
7.1. Gravity Main
The system was evaluated utilizing the calibrated model under three scenarios: Existing (2023) PWWF condition, Near-term future (2028) PWWF condition, and Long-term Future (2043) PWWF condition.
Capacity analysis of gravity mains is generally evaluated based on the maximum depth of flow to the diameter of the pipe (d/D) under PWWF scenarios. Model results for each scenario were evaluated to identify the deficient pipelines for each time frame. Figures 7-1 to 7-3 illustrates the locations of the deficient pipelines for 2023, 2028, and 2043 PWWF conditions, respectively. Model results are included as Appendix G – Hydraulic Model Results.
Under current operating conditions, the City’s wastewater flows are mostly conveyed to BPS located east of Shoreway Rd, east of Harbor Blvd, and North of Belmont Creek. SVCW has recently completed the construction of the Belmont Gravity Pipeline (BGP) Project along Shoreway Rd that extends from the existing BPS to the San Carlos Pump Station. BPS is anticipated to be demolished in the near-term future as part of the BGP project.15 Once the BGP is in use, it will carry City wastewater flows by gravity to the new gravity tunnel at the San Carlos Pump Station. 16 Therefore, the existing scenario in the model analyzed the system with BPS in service. Near-term future and long-term future scenarios in the model analyzed the system with BPS demolished and BGP in service as well as improvement project anticipated to be completed in the near-term future as below:
• Village Walk Firehouse Townhomes Sewer Offsite Improvement: upsizing the existing 12-inch sewer in El Camino Real between O’Neill Ave and Broadway to 16-inch in size.
In addition, the City plans to annex the HIA sewer collection system to its service area, though the exact timing of annexation is not known as of the preparation of this report. The HIA sewer collection system is currently owned and governed by the County. At present, the majority of the HIA wastewater flows are conveyed into the San Carlos sewer collection system. If the HIA sewer collection system is annexed to the City’s sewer service area, the City anticipates that all the HIA wastewater flows will be re-routed and conveyed into the City’s sewer collection system. The 2043 PWWF of the HIA area discharging into the City's collection system is estimated to be 2.01 mgd per the 2023 HISMD Sewer Master Plan (Appendix A). The 2043 PWWF scenario analyzed the system with the HIA long-term future PWWF as a point load into the City’s sewer collection system near Harbor Blvd and Karen Rd.
Some of the deficient pipelines shown in the figures were due to backwater condition of their downstream deficient pipelines and will meet the planning criteria once the downstream deficient pipelines are upsized. Most deficient pipelines identified under 2043 PWWF condition are deficient under 2023 PWWF condition.
15 Source: https://svcw-rescu.org/pump-stations-improvements-july-2023/ 16 Source: https://svcw-rescu.org/pump-station-improvements-june2021/?utm_source=rss&utm_medium=rss&utm_campaign=pump-station-improvements-june-2021 178
Legend
Max. d/D
0.5 or Less
0.5 - 0.7
0.7 - 0.85
Greater than 0.85
City of Belmont
2023 Sewer Master Plan Update
Max. d/D under
Existing PWWF Condition
Figure 7-1
± 0 1,000 2,000 4,000
Feet
179
Legend
Max. d/D
0.5 or Less
0.5 - 0.7
0.7 - 0.85
Greater than 0.85
City of Belmont
2023 Sewer Master Plan Update
Max. d/D under
2028 PWWF Condition
Figure 7-2
± 0 1,000 2,000 4,000
Feet
180
Legend
Max. d/D
0.5 or Less
0.5 - 0.7
0.7 - 0.85
Greater than 0.85
City of Belmont
2023 Sewer Master Plan Update
Max. d/D under
2043 PWWF Condition
Figure 7-3
± 0 1,000 2,000 4,000
Feet
181
Sanitary Sewer Master Plan Update
Capacity Evaluation Page 73
7.2. Lift Station
Most lift stations are equipped with two pumps except the newly constructed North Road LS which is equipped with three pumps. Naughton LS and San Juan LS are each equipped with two pumps plus one shelf spare pump. Shelf spared pumps are excluded when determining the firm capacity of these two lifts stations. Model results indicated that most lift stations have sufficient capacity to accommodate future growth under 2043 PWWF condition except San Juan LS. Table 7-1 summarizes the model results of maximum influent to the lift stations under existing and 2043 PWWF conditions.
Table 7-1. Model Results for Lift Stations
Lift Station (LS) No. of Pumps Firm Capacity
(mgd)
Existing Max.
Influent (mgd)
2043 Max. Influent
(mgd)
Ralston Ranch 2 0.36 0.11 0.12
Naughton 2 + 1 shelf spared pump 0.33 0.05 0.05
Hastings 2 0.79 0.14 0.15
Hiller 2 1.22 0.77 0.97
Island Park 2 1.05 0.29 0.56
Sports Complex 2 0.08 0.03 0.04
San Juan 2 + 1 shelf spared pump 1.44 1.92 1.95
North Road 3 2.45 1.12 1.28
Haskins 2 0.86 0.38 0.38
El Camino 2 0.14 0.02 0.04
7.3. Force Main
Model results for force mains are summarized in Table 7-2. Model results indicate that maximum velocities of all force mains are below the planning criteria of 8 fps under PWWF conditions.
Table 7-2. Model Results for Force Mains
Force Main (FM) Size (in.)
Max. Flow
under Existing
PWWF (mgd)
Max. Velocity
under Existing
PWWF (fps)
Max. Flow
under 2043
PWWF (mgd)
Max. Velocity
under 2043
PWWF (fps)
Ralston Ranch 6 0.35 3.80 0.35 3.80
Naughton 4 0.33 6.00 0.33 6.00
Hastings 10 0.73 3.50 0.71 3.40
Hiller 10 2.10 6.00 2.20 6.30
Island Park 8 0.99 4.50 0.99 4.50
Sports Complex 2 0.07 5.10 0.07 5.10
San Juan 12 2.45 4.90 2.45 4.90
North Road 12 1.58 4.00 1.58 4.00
Haskins 6 0.53 5.00 0.53 5.00
El Camino 4 0.15 3.50 0.15 3.50
182
Sanitary Sewer Master Plan Update
Condition Assessment Page 74
8. Condition Assessment
A desktop condition assessment of the City’s gravity mains, lift stations, and force mains were completed as part of this Master Plan.
8.1.1. Gravity Main and Manhole
The City operation and maintenance staff inspect its gravity mains on a regular basis and the CCTV inspection data are maintained in an ITpipes database. The inspection data was exported into a National Association of Sewer Service Companies (NASSCO) 7.0 Pipeline Assessment Condition Program (PACP) database for use as part of this Master Plan.
8.1.1.1. Condition Assessment
A data cleanup was performed on the provided PACP database to exclude the non-gravity main inspection records. The revised PACP database was then imported and analyzed using InfoAsset Planner (IAP). IAP is an ArcGIS-based asset integrity management and capital planning software developed by Innovyze. It leverages GIS data and links CCTV data for capital planning analysis including condition assessment, risk analysis, and rehabilitation planning.
The PACP database was imported into IAP and linked to the City’s GIS database by facility unique identifier (ID) and upstream and downstream manhole facility IDs. Unmatched records were reviewed and manually linked to the corresponding pipe segment where possible. There were approximately 4,400 inspection records, and approximately 98% of the inspection records were matched to a pipe segment in GIS. Approximately 18% of the gravity mains did not have matched inspection records and are shown in Figure 8-1.
Using the imported inspection records, a condition assessment was performed in IAP by geocoding the defects, scoring the defects, and generating rehabilitation actions for the corresponding defects based on the customized defect code and rehabilitation action tables, which is included as Appendix H. Per NASSCO standards, the defects were graded on a scale of 1 to 5 with 1 being the least severe and 5 being the most severe. No rehabilitation action was assigned to most defects with scores 2 or less as they are considered minor defects and are unlikely to fail for at least another 20 years17. Exceptions were made for defects with a score of 2 which were related to deposits, obstruction, roots, and sag.
Figure 8-2 shows the pipes by defect grading.
Approximately 60% of the inspected pipes are VCP or lined VCP. By comparing the average structural scores and structural rating indexes of the pipes by material, VCP and lined VCP have much higher average structural score and structural rating index than PVC pipes and HDPE pipes, as shown in Figure 8-3. The structural score of a pipe is the sum of structural defects of the pipe, and structural rating index of a pipe is the average grade of structural defects found in the pipe.
Structural scores and structural rating indexes were also compared by pipe installation period, as shown in Figure 8-4. In general, older pipes have higher structural scores and structural rating indexes, except pipes installed between 1930 and 1939 and pipes installed between 2010 and 2020. Sample 17 Source: https://ladpw.org/smd/SMD/CAPdefectgradedescrp.pdf 183
Sanitary Sewer Master Plan Update
Condition Assessment Page 75
size of pipes installed between 1930 and 1939 may be too small to represent the group. Pipes installed between 2010 and 2020 have high structural scores and relatively low structural rating indexes. This indicates that more structural defects occurred on pipes installed between 2010 and 2020, but most of the structural defects are minor defects.
184
Legend
PACP Data Available
Yes
No
City of Belmont
2023 Sewer Master Plan Update
Available PACP Records
Figure 8-1
± 0 1,000 2,000 4,000
Feet
185
Legend
Defect Grading
0 - 1
1 - 2
2 - 3
3 - 4
4 - 5
Pipe without PACP Records
City of Belmont
2023 Sewer Master Plan Update
Gravity Mains Defect
Grading Scores
Figure 8-2
± 0 1,000 2,000 4,000
Feet
186
Sanitary Sewer Master Plan Update
Condition Assessment Page 78
Figure 8-3. Structural Scores and Rating Indexes by Pipe Material Figure 8-4. Structural Score and Rating Indexes by Installation Period HDPE PVC VCP Lined VCP
Average of Structural Total Score 3.64 2.98 5.91 6.21
Average of Structural Ratings Index 0.84 0.78 1.55 1.21 % of Length 21.40% 17.15% 38.73% 22.71%
0.00%
5.00%
10.00%
15.00%
20.00%
25.00%
30.00%
35.00%
40.00%
45.00%
0.00 1.00
2.00 3.00
4.00 5.00
6.00 7.00
Average of
Structural
Total Score
Average of
Structural
Ratings
Index
% of Length
1920-
1929
1930-
1939
1940-
1949
1950-
1959
1960-
1969
1970-
1979
1980-
1989
1990-
1999
2000-
2009
2010-
2019
Average of Structural Total Score 8.40 1.50 7.19 6.14 5.83 5.03 2.02 4.44 3.63 6.36 Average of Structural Ratings Index 1.92 1.00 1.88 1.58 1.76 1.19 0.95 1.21 0.91 0.48 % of Length 5.68% 0.45% 2.15% 13.79% 6.33% 9.61% 2.69% 19.63% 30.85% 8.83%
0.00%
5.00%
10.00%
15.00%
20.00%
25.00%
30.00%
35.00%
0.00 1.00
2.00 3.00
4.00 5.00
6.00 7.00
8.00 9.00
Average
of
Structural
Total
Score
Average
of
Structural
Ratings
Index
% of
Length
187
Sanitary Sewer Master Plan Update
Condition Assessment Page 79
8.1.1.2. Risk Analysis
In addition to condition assessment based on the CCTV inspection data, a risk-based assessment was performed based on the pipes’ material, age, size, hydraulic capacity, etc. The risk assessment includes an evaluation of the pipelines’ LOF and COF. The results of the risk assessment were used for pipe selection into the 10-year Prioritized CIP.
Likelihood of Failure (LOF)
A pipeline’s LOF was scored based on six criteria:
• Structural rating index
• Structural score
• Service rating index
• Installation year
• Pipe material
• Proximity to Sanitary Sewer Overflow (SSO)
Structural Rating Index
A pipeline’s structural rating index is the average structural grading of structural defects found in the pipe and is based on the total structural scores divided by the total structural defect occurrences.
Therefore, the more severe the defects are, the higher the structural rating index will be. It is assumed that the higher the structural rating index is, the more likely the pipe will fail. Table 8-1 lists the risk score by structural rating index.
Table 8-1. LOF Scoring by Inspection Condition (Structural Rating Index) Structural Rating Index Score
0 0
0 - 1 2
1 - 2 4
2 - 3 6
3 - 4 8
4 - 5 10
Not inspected 5
Structural Score
A pipeline’s structural score is the sum of defect scores of structural defects that occurred on a pipe.
The more severe the defects are and the more defects that occur on a pipe, the higher the structural score will be. Table 8-2 lists the risk score by structural score. 188
Sanitary Sewer Master Plan Update
Condition Assessment Page 80
Table 8-2. LOF Scoring by Inspection Condition (Total Structural Score) Total Structural Score Score
0 0
0 - 3 2
3 - 10 4
10 - 30 6
30 - 90 8
Greater than 90 10
Not inspected 5
Service Rating Index
Service rating index of a pipe is calculated by dividing the sum of service defect scores (operation and maintenance defect grades) by the total number of service defects. Service defects include defects related to deposits, infiltration, obstruction, roots, water sags, etc. Pipes with higher service rating index are assumed to be more likely to cause operation and maintenance issues and lead to structural failures. Table 8-3 lists the risk score by service rating index.
Table 8-3. LOF Scoring by Inspection Condition (Service Rating Index) Service Rating Index Score
0 0
0 - 1 2
1 - 2 4
2 - 3 6
3 - 4 8
4 - 5 10
Not inspected 5
Age
A pipeline’s installation year was used to determine the age of the pipe. Older pipes were assumed to be more likely to fail. Table 8-4 lists the risk score by installation period.
Table 8-4. LOF Scoring by Pipe Installation Period
Installation Period Age (Years) Score
1920-1929 94-103 10
1930-1939 84-93 9
1940-1949 74-83 8
1950-1959 64-73 7
1960-1969 54-63 6
1970-1979 44-53 5
1980-1989 34-43 4
189
Sanitary Sewer Master Plan Update
Condition Assessment Page 81
Table 8-4. LOF Scoring by Pipe Installation Period
Installation Period Age (Years) Score
1990-1999 24-33 3
2000-2009 14-23 2
2010-2019 4-13 1
Unknown - 5
Pipe Material
A pipeline’s estimated useful life varies based on the pipe material. The strength and corrosion resistance varies based on the pipe material. Table 8-5 lists the risk score by material. The scores were determined based on the CCTV inspection data. Since the majority of gravity mains are VCP or lined VCP, pipelines with unknown material were assumed to be VCP and assigned with a score of 10.
Table 8-5. Pipe Material Criteria
Material Estimated Service Life Score
Vitrified Clay Pipe (VCP) 100 18,19 10
Lined VCP 5020 10
Polyvinyl Chloride (PVC) 50-100 25,21 5
High Density Polyethylene (HDPE) 50 25,26 5
Reinforced Concrete (RCP) 75 - 100 25,26 1
Unknown 10
Sanitary Sewer Overflows (SSOs)
With the City’s on-going rehabilitation and maintenance program, SSO incidents were observed to be reduced over the past 11 years, as shown in Figure 8-5. Based on the California State Water Resources Control Board (State Water Board), SSOs has various spill categories:
• Category 1: is a spill of any volume of wastewater from or caused by a sewer collection system result in a discharge to surface water or a drainage system that discharges to surface waters. • Category 2: is a spill of 1,000 gallons or greater from or caused by a sewer collection system that does not reach surface water.
• Category 3 is a spill of equal to or greater than 30 gallons but less than 1,000 gallons from or caused by a sewer collection system that does not reach surface water. 18 Source: Vitrified Clay Pipe Engineering Manual by National Clay Pipe Institute, 2017 19 Source: National Academies of Sciences, Engineering, and Medicine 2015. Service Life of Culverts. Washington, DC: The National Academies Press. https://doi.org/10.17226/22140.
20 Assumed Lined VCP is equivalent to HDPE.
21 Source: Deteriorating Buried Infrastructure Management Challenges and Strategies, EPA, 2002 190
Sanitary Sewer Master Plan Update
Condition Assessment Page 82
• Category 4 is a spill of less than 50 gallons from or caused by a sewer collection system that does not reach surface water.
Figure 8-6 shows the locations of the SSOs occurred within 2017 to 2022. Pipelines near historical SSOs are assumed to be more likely to fail. Table 8-6 lists the risk score by proximity to SSOs.
Figure 8-5. Historical SSOs Occurrence
Table 8-6. LOF Scoring by SSOs
SSOs Score
within 100 ft 10
greater than 100 ft 0
0 1
2 3
4 5
6 7
8 9
10 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2019 2020 2021 2022 Count of SSO
Year
Category 1
Category 2
Category 3
191
!
!
!
!
!
!
!
!
!
!
!
!
!
!
Legend
Spill Category
! 1
! 2
! 3
Gravity Main
City of Belmont
2023 Sewer Master Plan Update
2017-2022 Historical SSOs
Figure 8-6
± 0 1,000 2,000 4,000
Feet
192
Sanitary Sewer Master Plan Update
Condition Assessment Page 84
Consequence of Failure (COF)
A pipeline’s COF was scored based on five criteria:
• Size
• 2043 PWWF
• Proximity to Critical Facilities
• Proximity to Water Bodies
• Nearest Street Type
Size
Larger pipes usually carry more flows and serve a larger population and are backbones of the system.
Failures of larger pipes can result in higher cost of replacement, more adverse impacts to the environment and the community, thus, these pipes are assumed to have a higher consequence of failure. Table 8-7 lists the risk score by pipe size.
Table 8-7. COF Scoring by Pipe Size
Size (inch) Score
6 2
8 3
10 4
12 5
15 6
16 7
18 8
21 9
27 10
2043 PWWF
Pipes carrying more flows are assumed with higher consequence of failure. Table 8-8 lists the risk score by 2043 PWWF.
Table 8-8. COF Scoring by 2043 PWWF
Max. Flow (mgd) Score
< 0.01 0
0.01 -0.1 2
0.1 - 0.5 4
0.5 - 1 6
1-1.5 8
> 1.5 10
193
Sanitary Sewer Master Plan Update
Condition Assessment Page 85
Proximity to Critical Facilities
Pipes located near critical facilities including fire stations, schools, government facilities, sport complexes, and community centers are considered to have higher community impacts. Table 8-9 lists the risk score by proximity to critical facilities.
Table 8-9. COF Scoring by Critical Facilities
Distance Score
within 50 ft 10
Within 100 ft 5
Greater than 100 ft 0
Proximity to Water Bodies
Failure of a pipe in close proximity to an above-ground water body can result in SSO into the water bodies, leading to environmental and public health concerns. Table 8-10 lists the risk score by proximity to the nearest water body.
Table 8-10. COF Scoring by Water Bodies
Distance Score
Within 100 ft 10
Greater than 100 ft 0
Street Type
Pipes located in busy streets are assumed to have a higher consequence of failure as pipe repair or replacement will aggravate higher volumes of traffic and impact more people. Streets with higher speed limits are considered busier streets such as freeways, highways, and arterial roads. Table 8-11 lists the risk score by the nearest street type.
Table 8-11. COF Scoring by Speed Limit
Speed Limit (mph) Score
15 or less 1
20 2
25 3
30 4
35 5
40 6
45 7
50 8
55 9
65 10
194
Sanitary Sewer Master Plan Update
Condition Assessment Page 86
Risk Score
After pipes were scored based on the above criteria, a risk analysis was performed in IAP using the Risk Analysis Tool to combine the LOF scores and the COF scores to determine a total risk score for the pipes. Bi-Directional Distribution method is the most commonly used method by IAP users and was used for this risk analysis in this Master Plan. This method allows users to create a matrix of either 3x3 (3 levels of LOF scores and 3 levels of COF scores) or 5x5 to compare the LOF and COF results independently before grading the risk of an asset. Figure 8-7 is a screenshot of the risk analysis in IAP.
Figure 8-7. Risk Analysis Tool in IAP
Table 8-12 summarizes the weightings associated with each LOF and COF criterion for the risk analysis. Table 8-13 presents a summary of the risk analysis results. Figure 8-8 is a map that shows the gravity mains by risk score.
195
Sanitary Sewer Master Plan Update
Condition Assessment Page 87
Table 8-12. Weighting of Risk Criteria
LOF Criteria Weighting Factor
Structural Rating Index 0.35
Structural Score 0.1
Service Rating Index 0.15
Installation Period 0.1
Material 0.2
SSOs 0.1
COF Criteria Weighting Factor
Pipe Size 0.2
Flow 0.2
Critical Facilities 0.2
Water Bodies 0.2
Traffic 0.2
Table 8-13. Risk Analysis Results Summary
Risk Score Length
(Miles)
% of Total
Length
Number of
Facilities
1-Negligible 14.16 16.91 473
2-Low 29.1 34.74 847
3-Medium 18.62 22.23 623
4-High 21.06 25.14 626
5-Extreme 0.82 0.97 26
196
Legend
Risk Grading
1 2
3 4
5 City of Belmont
2023 Sewer Master Plan Update
Pipe Risk Grading
Figure 8-8
± 0 1,000 2,000 4,000
Feet
197
Sanitary Sewer Master Plan Update
Condition Assessment Page 89
8.1.1.3. Final Gravity Main Rehabilitation Plan
With consideration of both the condition assessment results and risk assessment results, a decision tree was created to make the final recommendations on pipe rehabilitation/replacement. The decision tree is a fully customizable tool in IAP that allows users to specify thresholds for the corresponding rehabilitation method. The decision tree of the final pipeline rehabilitation plan is shown in Figure 8-9.
The decision tree also considered additional factors such as costs and future maintenance effectiveness. For example, if the partial lining costs or defect repair + partial lining costs is greater than 75% of the replacement cost, the final rehabilitation method is “replacement”. If a pipe is assigned with full lining based on defect type but its size is 6-inch, the final rehabilitation method is “replacement” to avoid future maintenance issues due to a reduced pipe size.
Final rehabilitation methods include CCTV inspection, cleaning/heavy cleaning/root removal, defect repair, full lining, defect repair + partial lining, defect repair + full lining, replacement, and investigation.
Rehabilitation/replacement of the gravity mains were recommended to start from high-risk pipelines to low-risk pipelines. Pipelines with risk scores 3 and above were selected for the 16-year CIP, which are discussed in more detail in Section 9. Figure 8-10 shows pipes recommended for CCTV inspection and cleaning/heaving cleaning/root removal.
A small portion of gravity mains have incomplete inspection data with a defect code “Miscellaneous Survey Abandoned (MSA)” assigned. Inspections in these pipes were not able to be completed due to various reasons such as obstruction in the inspected pipe, sizes of the inspected pipe, large joint offset, etc. These “MSA” gravity mains would require further investigation and are identified in Figure 8-11.
Figure 8-12 shows the final rehabilitation actions for the gravity mains with risk scores 3 and above. 198
Start
Yes
Number of
Rehabilitation
Action = 0
Risk >=4 Has Inspection
Data? No Yes 2024 CCTV
No Risk = 3
2028 CCTV
Yes
No 2033 CCTV
Peak Defect Score
= 0 &
Last Inspection
Date >= 2021-01-
01 Yes No
Pipe
Installation
Date >Last
Inspection Date
No
Last Inspection
Date < 2018-
01-01
Yes
Yes
No
# of Partial
Lining =0 and #
of Point Repair
= 0
No
Cleaning, Heavy
Cleaning, or Root
Removal
Yes
# of Point
Repair = 0
Partial Lining
Cost >= 70% of
Full Lining Cost
Pipe Size > 6
# of Partial
Lining < 4
Pipe Material is
VCP or Lined
VCP?
Replacement
Full Lining
Partial
Lining
Point Repair
No
Yes
Yes
Yes
No
Yes
No
No
Yes
# of Partial
Lining = 0
Point Repair
Cost < 70% of
Replacement
Cost
# of Point
Repair <4
No
Yes Yes
Partial Lining
Length < 20%
of Total Pipe
Length
# of Partial
Lining and
Point Repair <
4 No
Yes
No Replacement
No
Point Repair +
Partial Lining
Point Repair +
Full Lining Cost
< 70% of
Replacement
Cost
Pipe Size > 6
Pipe Material is
VCP or Lined
VCP?
Point Repair +
Partial Lining
Cost < 70% of
Replacement Cost
No
Yes
Replacement
No No
Yes Point Repair +
Full Lining
No
No
Yes
Yes
No
Figure 8-9. Gravity Main Rehabilitation Decision Tree
Yes Yes
No
Yes
199
Legend
Cleanning/Heavy Cleaning/Root Removal
2024 CCTV
2028 CCTV
2033 CCTV
Gravity Main
City of Belmont
2023 Sewer Master Plan Update
Pipes proposed for CCTV
Inspection or Cleaning/
Heavy Cleaning/Root Removal
Figure 8-10
± 0 1,000 2,000 4,000
Feet
200
Legend
"MSA" Pipes
Gravity Main
City of Belmont
2023 Sewer Master Plan Update
"MSA" Pipes
Figure 8-11
± 0 1,000 2,000 4,000
Feet
201
!
!
!
!!
! !
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
! !
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
! !
! !
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
X
X
X
X
X
X
X
X
X
X
X
X
XX
X
X
X
X
X X
X
X
X
X
X
X
X
X
X
X
X
X
X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X XX XXX
X X
XX
X
X
X
X
X
X
X
X
X X
X
X
XX
X
X
X
X
XX
X
XX
X
X
X
X
X
X
X
X
X
X
XXX
XX
X
X
X
X
X
X
X
X
X
X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X X
X
X X
X
X
X X
XXX
X
X
X X
X
X
X
X XX
X X
X
X
X
X
X
X
X
X X
X X
X
X
X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X X
X
X
X
X X
XXX
X
X
X
X
X
X
X
X
X
XX
X
X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X
X X
X
X
X
X X
X
X
X
X
X
X
XX X
X
X
X X
X
X
X
X X
X
XX X X
X
X
X
X X
X
X
X
X X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X X
X
X
X
X
X
X
X
X
X X
X
X
X X
X
X
X
X
XX X
X
X
X
X
X X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X
X
X
X X
XX
X
X
XX
X
X
X
X
X
X
X
X
X
XX
X X
X X
XX
X
X
X X
XX
X
XX
X
X
X
X
X
X
X
XX
X X
X
X
X X
X
X
X
X
X
X
X X
XX X
X
X
X
X
X X
X
XX XX
X
X
X
X
X
X
X
X
X X
X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X XXXX
X
X
X
X X X X
X
X
X
X X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X X X
X
X X
X
X
X
XX
X
X
X
X X
X
XX
X
X
X
X
X
XX
X
X
X
XX
X
X X
X XX
X
X
X
X
X
X
X
X
X
X
City of Belmont
2023 Sewer Master Plan Update
Final Rehabilitation Actions
±
Legend
Final Rehabilitation Action
X X X Defect Repair
Defect Repair + Partial Lining
Partial Lining
Replace
! ! ! Investigation
Gravity Main
Figure 8-12
202
Sanitary Sewer Master Plan Update
Condition Assessment Page 94
8.1.2. Lift Stations
As part of the asset management study, a desktop assessment was performed on the City’s existing lift stations based on the City’s available record drawings, maintenance records, lift station condition assessment studies, and operation staff knowledge. A lift station condition assessment (2017 PSCA) was conducted by HydroScience in April 2017, which included documentation of the structural, mechanical, civil, instrumentation, and electrical components of the lift stations, assessment of the physical conditions, and recommended improvements. Recommendations were prioritized into three tiers. The first tier were critical improvements on lift stations that were the most problematic and have immediate issues. The second tier were not as critical but should be completed to mitigate risk and/or replace aging facilities. The third tier were low priority improvements that can be addressed in the longterm future phase.
Based on findings of the 2017 PSCA and input from City staff, assessments for each lift station are summarized below.
8.1.2.1. Island Park LS
The 2017 PSCA indicated that this lift station was generally in fair condition. This lift station was undersized with upstream surcharging occurred during storm events. The wet well was in good condition. Control panel slab was settling. Access for maintenance was considered difficult.
This lift station was recommended to be relocated to the other side of the street. If the lift station is to be remained at its current location, recommended improvements include installation of a flow meter, geotechnical investigation to determine the potential for future settlement at the control panel, redesign of new support system for control panel, adding a mixer, canopy, and safety grate, new access hatch, and replacement of generator. The recommended improvements were considered in high priority with a ranking of 1C.
The City’s 2021 Fats, Oils, and Grease (FOG) Program identified Island Park LS as one of the FOG related “hot spot” areas.22 City staff observed high FOG occurrences at the wet well. However, based on related CCTV inspection data, its upstream line segments did not show severe FOG problem.
In addition, operation and maintenance staff observed high inflow/infiltration (I/I) issue at this lift station.
The City has budgeted to rehabilitate the Island Park LS in the near-term (2024-2029) CIP.23
8.1.2.2. Sports Complex LS
The 2017 PSCA indicated that this lift station had sufficient capacity and was generally in fair condition except that its electrical system did not meet the electrical service codes. The condition assessment recommended to redesign the electrical system, make improvements to wet well cover, relocate valves for easier access, and replace supports. The recommended improvement was considered as medium priority with a ranking of 2B.
Since this lift station serves the baseball field restrooms and concession stand at the sports complex, it does not use often. The City does not plan on any rehabilitation or upgrades on this lift station in the 22 Source: Belmont FOG Program dated 12/16/2021
23 Source: City of Belmont Adopted Fiscal Year 2022 Budget 203
Sanitary Sewer Master Plan Update
Condition Assessment Page 95
near future. However, its force main may be upgraded along with the Island Park LS Improvement Project in the near future.
8.1.2.3. Hiller Street LS
The 2017 PSCA indicated that there was significant I/I issues during high tide, and both pumps operated during substantial rainfall events. Surcharges occurred upstream of the lift station during a significant rain event. In generally, this lift station was in fair condition. There was no pump redundancy and no fall protection in the wet well. There was considerable deterioration on the pipes, supports, and structural beams supporting cover. Plug valves and gate valves were not accessible. There was no backup level control and no permanent generator at this location.
This condition assessment recommended to upsize the pumps to include redundancy, add a safety grate, replace structural supports, pipe supports and beams with corrosion resistant material, replace non-operational plug valves and influent gate valves, replace corroded pipe, install canopy over electrical panel, install an articulated jib crane to support maintenance work, install a secondary backup level control system, and provide dedicated bypass connection. The recommended improvements were considered high priority with a ranking of 1D.
Hiller Street LS has been identified as one of the FOG related “hot spot” areas in the City’s 2021 FOG Program.24 City staff observed high FOG occurrences at the wet well. However, based on related CCTV inspection data, its upstream line segments did not show severe FOG problem.
The City is working on upgrading this lift station and is currently in the design phase. The improvement is anticipated to be completed in 2024/2025.
8.1.2.4. El Camino Real LS
The 2017 PSCA indicated that this lift station could not meet future needs and was in moderately poor condition. This lift station ran solely on float control with no safety grate, no water service available, and no canopy for electrical panel. The lift station was undersized and utilized power from nearby Harbor Stormwater LS.
The condition assessment recommended this lift station to be demolished and completely redesigned.
The recommended improvement was considered in medium priority with a ranking of 2A.
The City has recently upgraded the wet well of this lift station for the El Camino Real Force Main improvement project. Since this lift station serves a small area (two buildings), the City does not plan on any upgrades on this lift station in the near future.
8.1.2.5. North Road LS
This lift station was identified to be undersized in both the 2017 PSCA and the 2020 Model Update and CIP Study, and its location was difficult for access and maintenance due to heavy traffic and wet well location in the roadway. Therefore, the City initiated the North Road Lift Station and Force Main Rehabilitation Project in 2019 to relocate and upgrade this lift station, its force main, and gravity sewer main downstream of the force main. The project was completed in March 2022. 24 Source: Belmont FOG Program dated 12/16/2021
204
Sanitary Sewer Master Plan Update
Condition Assessment Page 96
8.1.2.6. Hastings LS
The 2017 PSCA indicated that this lift station has sufficient capacity and was generally in good condition. Minor improvements were recommended that were considered to be in low priority. The City does not plan on any rehabilitation or improvement on this lift station in the near future.
8.1.2.7. Haskins LS
The 2017 PSCA indicated that this lift station had sufficient capacity and was generally in good condition. Minor improvements were recommended that were considered to be as low priority. The City does not plan on any rehabilitation or improvement on this lift station in the near future.
8.1.2.8. San Juan LS
The 2017 PSCA indicated that this lift station was undersized under PWWF condition, and capacity evaluation of this Master Plan also indicated similar results. In addition, the 2017 PSCA indicated that this lift station was in poor condition. The lift station had no sufficient redundancy, and deteriorations were found throughout the wet well and building. Wet well shape created short circuiting and had poor hydraulics.
The condition assessment recommended significant modifications in this lift station such as adding a third pump, replacing wet well cover and grate, adding a temporary pump for redundancy, adding seismic restraints to the generator, upgrading wet well piping, etc. The recommended improvements were considered as high priority with a ranking of 1B.
The City has planned on rehabilitation/improvements of this lift station and has budgeted it in the nearterm CIP. Since this lift station has capacity issues under existing significant rain events, it is included as a near-term capacity-related CIP project in this Master Plan.
8.1.2.9. Naughton LS
The 2017 PSCA indicated that this lift station had sufficient capacity for PWWF and was in decent condition. Minor improvements were recommended and were considered as low priority. The City does not plan on any rehabilitation or improvement of this lift station in the near future.
8.1.2.10. Ralston Ranch LS
The 2017 PSCA indicated that this lift station had sufficient capacity for PWWF. The wet well had a considerable amount of rust making it unsafe and was poorly accessible for maintenance. Access hatch framing was corroded. Accesses to the site, to the valves, and to the electrical panel were difficult.
The condition assessment recommended a few improvements in this lift station such as replacing the access hatch and corroded equipment, adding a backup level control system, installing a valve vault and relocating valves from inside the wet well, etc. These recommended improvements were considered as medium priority with a ranking of 2C.
Due to poor accessibility for maintenance and pump model no longer manufactured, the City is considering upgrade to this lift station and has budgeted it in the intermediate-term CIP. 205
Sanitary Sewer Master Plan Update
Condition Assessment Page 97
8.1.3. Force Main
As part of the condition assessment study, a desktop assessment was performed on the City’s existing force mains based on the City’s record drawing, maintenance records, force main condition assessment studies, and operation staff knowledge. The most recent force main condition assessment (2015 FMCA) was conducted by Pure Engineering Services Inc. in April 2015, which included documentation of the City’s force main inventory, engineering analysis, condition assessment, and rehabilitation recommendations. The 2015 FMCA was made based on findings from various field investigation techniques including leak and gas pocket detection survey, hydrogen sulfide monitoring, pressure transient monitoring, hydraulic evaluation, pipe wall assessment for selected mains, soil corrosion, and fatigue analysis.
As part of the 2015 FMCA, a risk analysis was performed on the force mains based on the LOF and COF, and the force mains were rated from low to high risk. Recommendations were prioritized into near-term and long-term phases. The near-term improvements were critical improvements to be taken within six months to address immediate concerns, and the long-term improvements were optional improvements in a 30-year horizon to extend the remaining useful life of the force mains.
Following the 2015 FMCA, in 2018, National Corrosion performed a series of Cathodic Protection (CP) tests on four of the City’s force mains to determine the feasibility of implementing CP system on the force mains. Four force mains were selected based on the findings from the 2015 FMCA.
Based on findings of the 2015 FMCA, the 2018 CP testing report, and interviews with City staff, assessments for each force main are summarized below.
8.1.3.1. Island Park FM
The 2015 FMCA indicated that the PVC portion of this force main was in serviceable condition while the CIP portion required further investigation based on the results from the field investigation assessments.
Field investigation results indicated that the PVC portion had low internal and external corrosion potential and no immediate risk of fatigue failure under current operating conditions. The CIP portion had high internal and external corrosion potential based on the observed high hydrogen sulfide concentrations, the presence of several gas pockets, and the severely corrosive soil condition. The likelihood of failure of this force main was identified as high, and the consequence of failure of this force main was identified as moderate. The overall risk rating of this force main was high.
The condition assessment recommended additional field investigation assessments to identify pipe wall deterioration, installation of CP system on the CIP portion to mitigate external corrosion potential, and operation adjustments to minimize the effects of pressure transients.
Following the 2015 FMCA, a CP Testing was conducted on the City’s force mains with metallic components. The Island Park FM was one of the force mains that have been tested. The testing study was not able to locate the metallic portions of the pipeline which indicated that this force main was not in fact metallic and/or was not electrically continuous. No further actions were recommended in the 2018 CP testing report for this force main.
The City is planning to rehabilitate the Island Park Lift Station as well as the force main based on the findings from the condition assessments and has budgeted it in the near-term CIP. 206
Sanitary Sewer Master Plan Update
Condition Assessment Page 98
8.1.3.2. Sports Complex FM
The Sports Complex FM is a short 2-inch force main that connects to the Island Park FM. Due to its small size, it was not included in the 2015 FMCA and the 2018 CP testing report. There are no known problems with this force main. This force main is not used often because the Sports Complex LS only serves the baseball field restrooms and concession stand at the sports complex.
Although this force main does not rate high in criticality, due to the Sports Complex FM connecting to the Island Park FM, the City has considered upgrading of the force main as part of the Island Park FM improvement in the near future.
8.1.3.3. Hiller Street FM
The 2015 FMCA indicated that this force main was in serviceable condition based on the results from the field investigation assessments with low internal corrosion potential and minor external corrosion concern. The likelihood of failure of this force main was identified as low, and the consequence of failure was identified as moderate. The overall risk rating of this force main was low.
The condition assessment recommended destructive testing at predetermined locations within the ACP portion of the force main in the near-term and proactive non-destructive assessments on this force main and ovality testing of the HDPE portion in the long-term.
Since the condition assessment was done nine years ago, the City anticipates to perform another condition assessment with destructive testing on the force main to further evaluate the condition of this force main in the near-term CIP.
8.1.3.4. El Camino Real FM
The City replaced this force main in 2021 with slight change in size, alignment, and material.
8.1.3.5. North Road FM
The City has installed a new 12-inch force main as part of the North Road LS Replacement and Force Main Rehabilitation Project, which was completed in March 2022. The old North Road FM was kept in place for redundancy purpose.
8.1.3.6. Hastings FM
The 2015 FMCA indicated that this force main was in serviceable condition based on the results from the field investigation assessments with low internal and external corrosion potential. The likelihood of failure of this force main was identified as low and the consequences of failure of this force main were identified as moderate. The overall risk rating of this force main was low.
The condition assessment recommended implementation of soft start/stop controls on the pumps to minimize the effects of pressure transients and destructive assessment at predetermined locations in the near term and further non-destructive assessment in the long run.
The City has not planned for any rehabilitation or improvements of this force main in the near future.
8.1.3.7. Haskins Force Main
The 2015 FMCA indicated that this force main was in serviceable condition based on the results from the field investigation assessments with lower internal and external corrosion potential. The likelihood of 207
Sanitary Sewer Master Plan Update
Condition Assessment Page 99
failure of this force main was identified to be low and the consequence of failure of this force main was identified to be moderate. The overall risk rating of this force main was low.
The condition assessment recommended destructive assessment at predetermined locations in the near term and further non-destructive assessment in the long run.
The City has not planned for any rehabilitation or improvement of this force main in the near future.
8.1.3.8. San Juan Force Main
The 2015 FMCA indicated that this force main was in serviceable condition based on the results from the field investigation assessments with low internal and external corrosion potential. The likelihood of failure of this force main was identified to be moderate. The force main was rated with a high consequence of failure because it carries flows from the City’s largest lift station and is located in a densely populated area. The overall risk rating of this force main was moderate.
The condition assessment made near-term recommendations on pump operations to minimize pressure transients and non-destructive assessment to proactively evaluate corrosion issue in the long run.
Following the 2015 FMCA, a CP testing was conducted on the City’s force mains with metallic components. San Juan FM was one of the force mains that have been tested. Results indicated that the force main was not electrically continuous. Due to the lack of electrical continuity, relatively high current demand to achieve cathodic protection, and the long pipe length, the study determined that installation of cathodic protection systems would not be a viable option.
The City performs routine checks on the force main’s CP system and has planned on installing a new parallel force main while keeping the existing force main for redundancy and maintenance purposes.
The new parallel force main is budgeted in the 2024-2028 CIP.
8.1.3.9. Naughton Force Main
The 2015 FMCA indicated that this force main was in serviceable condition based on the results from the field investigation assessments with low internal and external corrosion potential and no immediate risk of fatigue failure under current operating conditions. The likelihood of failure of this force main was identified as low and the consequence of failure of this force main was identified as low. The overall risk rating was low. No actions were recommended for this force main.
The City has not planned for any rehabilitation or improvement of this force main in the near future.
8.1.3.10. Ralston Ranch Force Main
The 2015 FMCA indicated that this force main was in serviceable condition based on the results from the field investigation assessments with low internal and external corrosion potential and no immediate risk of fatigue failure under current operating conditions. The likelihood of failure of this force main was identified as low and the consequence of failure of this force main was identified as low. The overall risk rating was low. No actions were recommended for this force main.
The City has not planned for any rehabilitation or improvement of this force main in the near future.
Condition assessment matrices were created for the lift stations and force mains, included as Appendix I.
208
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 100
9. Capital Improvement Program (CIP)
This section discusses the recommended projects to be considered in a prioritized CIP with a 16-year planning horizon and cost estimations of the CIP. The CIP is phased into near-term CIP(2024 – 2029), intermediate-term CIP (2030 – 2034), and long-term CIP (2035 – 2039).
9.1. Unit Costs
Planning-level unit costs were developed based on local bid results between 2018 and 2023 and similar studies completed in the past 5 years. The cost estimates in this study are provided for planning purposes and represent “Class 4 for Studies or Feasibility Report” level costs as established by the American Association of Cost Engineers (AACE), with an accuracy of +50% to -30%. Construction unit costs shown herein represent the typical construction unit cost for the individual item of work (e.g., partial lining, point repair, replacement, etc.) plus additional costs associated with a typical construction project such as mobilization, demobilization, permits, traffic control, lateral reinstallation, etc. Capital unit costs include construction costs plus 30% contingency for costs associated with engineering, construction management and inspection, and project administration and legal. Capital unit costs presented herein are in 2023 U.S. Dollars. Since prices of material and labor fluctuate with time, costs should be re-estimated during the preliminary design of a project to confirm budget amounts.
Table 9-1 to Table 9-6 list the unit costs of the different rehabilitation/replacement methods for gravity mains and manholes.
Table 9-1. Pipe Replacement/Upsizing Unit Costs
Pipe Size Construction Unit
Costs ($/LF) Capital Unit Cost ($/LF)
6 477 620
8 500 650
10 646 840
12 685 890
15 715 930
18 762 990
21 923 1,200
24 1,054 1,370
27 1,185 1,540
30 1,315 1,710
Table 9-2. Partial Lining Unit Costs
Pipe Size Construction Unit
Costs ($/LF)
Capital Unit Cost
($/LF)
6 328 426
8 365 474
10 392 510
209
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 101
Table 9-2. Partial Lining Unit Costs
Pipe Size Construction Unit
Costs ($/LF)
Capital Unit Cost
($/LF)
12 429 558
15 531 690
18 794 1,032
21 1,191 1,548
24 1,454 1,890
27 1,635 2,126
Table 9-3. Full Lining Unit Costs
Pipe
Size
Construction
Unit Costs ($/LF) Capital Unit Cost ($/LF)
6 87 113
8 97 126
10 105 137
12 114 148
15 141 183
18 213 276
21 318 413
24 388 504
27 437 568
Table 9-4. Point Repair Unit Costs
Pipe Size Construction Unit
Costs ($ ea.)
Capital Unit
Cost ($ ea.)
6 14,400 18,720
8 17,262 22,440
10 19,431 25,260
12 20,954 27,240
15 23,585 30,660
18 25,477 33,120
21 26,769 34,800
24 27,508 35,760
27 27,877 36,240
*assumed 6-ft point repair
210
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 102
Table 9-5. Manhole Repair/Replacement Unit Costs
Rehabilitation
Method
Construction Unit
Costs ($ ea.)
Capital Unit Cost ($
ea.)
Rehabilitation 10,385 13,500
Replacement 21,250 27,625
Table 9-6. Force Main Unit Costs
Pipe Size Construction Unit
Costs ($/LF)
Capital Unit Cost
($/LF)
8 377 490
10 423 550
12 454 590
9.2. Capacity-related Improvements
Capacity-related improvement projects were developed based on the deficient pipelines identified in Section 7. There are 16 capacity-related gravity main improvement projects identified. The projects were prioritized into the near-term CIP, intermediate-term CIP, and long-term CIP based on results from the capacity evaluation, results from the condition assessment, as well as inputs from City staff. Figure 9-1 shows the locations of the proposed capacity-related CIP projects. Zoom-in exhibits of the proposed capacity-related CIP projects are included in Appendix J. For CIP budgeting purposes, 50% of the manholes connecting to the gravity mains proposed to be upsized are assumed to be replaced as part of the projects. Improvements near Karen Rd & Harbor Blvd (CCIP_8) were split into two parts, CCIP_8A and CCIP_8B, based on the proposed re-routing connection of the HIA system.
In order to meet the pump capacity criteria, San Juan LS is recommended for upsizing to accommodate existing and future PWWF.
9.3. Condition-related Improvements
As mentioned in Section 8, it is recommended that gravity mains with risk score 3 or above to be repaired/replaced as part of the CIP, as shown in Figure 9-2. There are approximately 27 miles of gravity mains proposed with point repairs, point repairs + partial lining, partial lining, investigation, and replacement. Pipelines proposed for CCTV inspection, cleaning/ heavy cleaning, and root removal are assumed to be done in-house and were excluded from CIP cost estimations.
The City historically rehabilitated approximately 8,000 LF or 1.5 miles of pipelines per year.
Concurrently, the City developed the 2024-2029 Pavement Plan proposing roads to be rehabilitated each year. Pipelines in or near the roads proposed to be rehabilitated between 2025 and 2029 are assumed to be rehabilitated alongside with pavement rehabilitation to avoid repeated excavations, minimize inconvenience to residents, and reduce other future disruptions. Pipelines in the roads proposed to be rehabilitated in 2024 would not be simultaneously rehabilitated due to the tight schedule and are assumed to be rehabilitated in 2030 as part of the intermediate-term CIP. 211
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 103
The remaining pipelines are grouped into the intermediate-term CIP and long-term CIP based on risk scores and locations. Pipelines recommended for capacity-related improvements are excluded from condition-related improvements. For CIP budgeting purposes, 30% of the manholes connecting to the pipelines proposed to be repaired/replaced are assumed to be rehabilitated as part of the projects. Fifty percent (50%) of the pipelines that required further investigation are assumed to be in need of replacement.
Based on previous condition assessment studies on lift stations and force mains and interviews with City staff, Hiller LS, Island Park LS, Ralston LS, Island Park FM, Sports Complex FM, and San Juan FM are proposed to be rehabilitated. Details of the proposed condition-related improvement projects are included in Appendix K.
212
M"
CCIP_10
CCIP_3
CCIP_11
26 12
25 32
18 19
16 30
4 31
8 17
29 9
27 5
7 6
21 20
34 28
12 14
15 13
35 22
CCIP_2
CCIP_9
CCIP_5
CCIP_7
CCIP_8A
CCIP_4
CCIP_6
CCIP_13
CCIP_8B
CCIP_16
CCIP_15
CCIP_12
CCIP_1
CCIP_14
City of Belmont
2023 Sewer Master Plan Update
Proposed Capacity-Related
CIP Projects
±
M"
CCIP_1
CCIP_1
,
San Juan Lift Station Upgrade
Legend M" San Juan Lift Station
Proposed to be abandoned
Capacity-Related Improvement
CCIP_1
CCIP_2
CCIP_3
CCIP_4
CCIP_5
CCIP_6
CCIP_7
CCIP_8A
CCIP_8B
CCIP_9
CCIP_10
CCIP_11
CCIP_12
CCIP_13
CCIP_14
CCIP_15
CCIP_16
Gravity Main
Parcel
Future Developments
1, Shoreway Place
2, Hilton Homewood Suites Hotel
3, Marriott Springhill Suites Hotel
4, Firehouse Square
5, 1320 Talbryn
6, 900 South Rd
7, 905 South Rd
8, 490 El Camino Real
9, 803 Belmont Ave,803 Belmont Ave
10, 2837 San Juan
11, 2847 San Juan
12, Piazza Lands
13, 3858 W. Naughton
14, 2007 Bishop
15, 3900 Marsten
16, Belmont Village
17, 576- 600 El Camino Real
18, 815 Old County Rd
19, 580 Masonic Way
20, 900 El Camino
21, Belmont Townhomes
22, Harbor Line
25, 1301 Shoreway Rd
26, Island Park
27, NDNU-Standford
28, 2 Davis Drive
29, Van's restaurant
30, Artisan Crossing
31, El Camino Real Corridor Mixed Use
32, Old County Rd
34, Davis Drive
35, Carlmont Shopping Center
Figure 9-1
213
City of Belmont
2023 Sewer Master Plan Update
Proposed Condition-Related
CIP Projects
±
Legend
Phase
Phase
2026
2027
2028
2029
2034
2039
Rehabilitation Actions
XXXXX Defect Repair
Defect Repair + Partial Lining
Partial Lining
Replace
! ! ! ! Investigation
Gravity Main
Figure 9-2
214
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 106
9.4. SCADA CIP
Ardurra staff held a conference call with City senior staff on June 15th, 2022, to discuss the current state of their SCADA system. One of the primary objectives of the call was to determine if any course corrections in the evolution of the SCADA system were necessary. Based on the information received, Ardurra sees no compelling reason to make any major changes. The following is a summary description of the call and related assessment.
9.4.1. SCADA System Assessment
The City’s current SCADA system is relatively small and focused solely on wastewater operations.
There are 10 lift stations connected to a Mission Communications SCADA System. The City has recently implemented a solution called VTSCADA manufactured by Trihedral Engineering at the North Road LS. In the past, the City used a different telemetry system but due to difficulties with receptions, presence of canyons and trees, telemetry antennas were not able to transfer signals. As a result, the City switched to the Mission Communications SCADA System.
The solution provided by Mission Communications fits the City’s budget well. Comments by staff indicated that the system is meeting their needs well. Remote control of devices may be the only feature lacking with this solution. For the next 5 to 10 years it’s likely that they can provide cost-effective solutions for the City. Mission Communications has a good history of releasing upgrades to their product lines which the City can implement as necessary.
Mission Communications builds and programs the control modules that get installed in the City’s lift station. Moreover, they maintain the hardware that receives data from field devices. Staff is provided a secure web portal with which they can see the data. Maintenance workers carry pagers that receive lift station messages sent through the SCADA system. Since Missions Communications provides most of the devices and owns a portion of the network infrastructure, they are responsible for a significant part of system security. They must be held to the highest industry standards and periodically inspected to ensure they are meeting or exceeding applicable standards. Cellular service providers also provide network security as data traverses their network.
VTSCADA has some features that staff finds attractive. By using a different manufacturer, the City is mitigating a security risk with their legacy system provider. If a vulnerability is exploited in the Mission Communications system, it will very likely not affect the North Road LS. Diversifying SCADA technology, while a potential benefit to security, places a greater burden on staff. They need to learn how to operate and maintain a completely different system. For a one-off site this should not be too onerous. Additionally, spare parts inventory costs will increase slightly as well.
The same concern about future needs regarding Mission Communications applies to VTSCADA. For any solution to be considered suitable for the long term, it must evolve as the City’s needs evolve.
The City’s SSMP, revised August 27, 2020, states “public observation is the most common way that the City is notified of blockages and spills”. A method used at other agencies to prevent or mitigate SSOs is by using level sensors installed in manholes located at key points in the system. These level sensors are equipped with cellular modems which relay high level alarms to system operators prior to actual spills. With enough advanced warning operators can clear blockages or contain spills before they reach waterways. There are a few level sensors to choose from which perform this type of function. These types of sensors (or solutions) are usually not incorporated into SCADA systems, but rather augment them.
215
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 107
If the City were to replace the legacy SCADA system in its entirety with something different, then a carefully considered approach will be necessary. Many questions will need to be answered before an upgrade project can be put out to bid. Unless a proprietary system is opted for, then the new system will consist of an HMI (and its ancillary components) and a PLC platform for remote sites which in many cases are provided by different manufacturers. The HMI and PLC can be sourced from one supplier if necessary, but this involves some trade-offs. Just how much interaction the SCADA system will have with other enterprise applications is a question that gets more attention these days. Detailed system requirements are highly recommended as the relative weighting of requirements will dictate the overall system design.
Rough cost estimates for upgrading a system like what the City operates are as follows:
Software - $10,000 to $100,000
Hardware - $350,000 to $700,000
Integration - $300,000 to $400,000
Based on this review, the City has opted not to make changes to its existing SCADA system at present.
9.5. Cost Estimates
Ardurra worked closely with City staff to develop the CIP cost estimations. Gravity main improvement projects typically have a 2-year project schedule with one year of design and one year of construction, while lift station and force main improvement projects typically have a 3-year project schedule with one year of design and two years of construction. Costs for the near-term CIP were estimated on a yearly basis and costs for the intermediate-term CIP and long-term CIP were estimated on a 5-year increment.
Table 9-7 summarizes the cost estimations associated with the proposed capacity-related improvements in the CIP based on the unit costs established in Section 9.1 and the anticipated years of implementation. The proposed 27-inch parallel pipe in CCIP_8B requires crossing of the 101 Freeway and would need to be constructed via microtunneling. A unit cost of $4,800/LF was included to estimate the capital costs of the proposed 27-inch parallel pipe to account for the costs associated with microtunneling. Due to the complexity of the project, it is anticipated with a 3-year project schedule. The future HIA flows were proposed to be discharged into the City’s sewer system at the upstream manhole of the proposed 27-inch parallel pipe. Per the City’s Sewer Design Guide (Appendix B), developers are responsible for share costs of the system improvements. The share costs were determined based on a percentage of the total improvement costs proportional to the ratio of the development ADWF over the total ADWF of the facilities recommended for improvement. In this case, the HIA developers would be responsible for share costs of CCIP_8B, which was estimated to be approximately $315,000.
As shown in Figure 9-2, the pipelines have been grouped into 7 batches for rehabilitation. The first five batches were phased on a yearly basis aligned with the 2024-2029 Pavement Plan while the last two batches were phased on a 5-year increment for the intermediate-term CIP and long-term CIP. Details of the cost estimations and phasing for the condition-related CIP by facility type and rehabilitation methods can be found in Appendix K. The City’s Sewer Near-term CIP Summary Sheet for 2024-2030 is included as Appendix L.
Table 9-8 summarizes the cost estimations associated with the proposed capacity-related improvements and condition-related improvements by planning year. Costs estimated in Tables 9-7 and 9-8 are presented in 2023 U.S. Dollars. Table 9-9 summarizes the total CIP costs by phase. Total 216
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 108
CIP costs for near-term CIP, intermediate-term CIP, and long-term CIP are $35.9 Million Dollars, $21.5 Million Dollars, and $11.4 Million Dollars, respectively. 217
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 109
Table 9-7. Cost Estimation and Phasing for Capacity Related Improvements Gravity Main & Manholes Gravity Main Manhole
CIP Project Project Description Phase Size (in.) Length (ft) Unit Cost ($) Cost ($) Total # of
Connected
Manholes
Estimated #
of Manhole
Replacement
Unit
Cost ($) Costs ($) Total Costs ($)
CCIP_1 upsize the 8" inlet pipe to San Juan PS to 15" 2024-2025 15 325 930 302,250 5 3 27,600 82,800 385,050 CCIP_2 upsize existing 6" line in San Juan Blvd between Laurel Creek Rd and Marburger Ave to 8"/10" lines 2024-2025 10 1506 840 1,265,040 17 9 27,600 248,400 2,107,960 2024-2025 12 668 890 594,520 CCIP_3 upsize existing 12" line in Lyall Way between manholes 442624A and 442624C to 18" 2025-2026 18 146 990 144,540 3 2 27,600 55,200 199,740 CCIP_6
1. Abandon existing 10" line segment in Elmer St connecting to the 18" line in Ralston Ave
2. Upsize and regrade existing 18" in Ralston Ave between Elmer St and Old County Rd to 21"
2027-2028 21 846 1,200 1,015,200 3 2 27,600 55,200 1,070,400 CCIP_7 upsize and regrade existing 18" line in Waltermire St between 6th St and Old County Rd to 21" 2027-2028 21 101 1,200 121,200 9 5 27,600 138,000 259,200 CCIP_4 upsize existing 6" line west of Tahoe Dr and Bryce Ct to 10" 2030 - 2034 10 400 840 336,000 3 2 27,600 55,200 391,200 CCIP_5 1. Abandon existing 6" line in Kedith and the 12" line in Ralston Ave northeast of Kedith St that connects to 21"
2. add a new 12" line in Kedith St between Ralston Ave and O'Neill Ave to redirect flow to discharge into the 21" line in O'Neil Ave
3. upsize existing 21" line at the corner of Ralston Ave and Dairy Ln to 27"
2030 - 2034 12 750 890 667,500 8 4 27,600 110,400 1,486,300 2030 - 2034 27 460 1,540 708,400 CCIP_8A
1. upsize existing 21" line in Karen Rd to 27"
2. upsize the existing 27" line in Harbor Blvd between manholes 4013423D and 403423E to 30"
2028-2030 27 784 1,540 1,207,360 3 2 27,600 55,200 1,414,750 2028-2030 30 89 1,710 152,190 CCIP_8B
1. add a new 27"parallel line crossing Hwy 101 northeast of Karen Rd via microtunneling connecting to existing 18" line in Shoreway Rd.
2. upsizing existing 18" line in Shoreway Rd between the new 27" line and the existing 27" line to 27"
2028-2030 27 392 6,340 2,485,280 4 2 27,600 55,200 2,863,880 2028-2030 27 210 1,540 323,400 CCIP_9
1. upsize existing 8" line in Hallmark Dr between Lake Rd and Comstock Cir to 10"
2. upsize existing 6" line in Comstock Cir east of Hallmark Dr to 8" 2030-2034 8 1756 650 1,141,400 9 5 27,600 138,000 1,869,920 2030-2034 10 703 840 590,520 CCIP_12 upsize existing 8" line in El Camino Real southeast of North Rd to 12" 2030-2034 12 167 890 148,630 3 2 27,600 55,200 203,830 218
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 110
Table 9-7. Cost Estimation and Phasing for Capacity Related Improvements Gravity Main & Manholes Gravity Main Manhole
CIP Project Project Description Phase Size (in.) Length (ft) Unit Cost ($) Cost ($) Total # of
Connected
Manholes
Estimated #
of Manhole
Replacement
Unit
Cost ($) Costs ($) Total Costs ($)
CCIP_10 upsize existing 8"/6" inlet pipe to Haskins PS to 10" 2035 - 2039 10 326 840 273,840 3 2 27,600 55,200 329,040 CCIP_11 upsize existing 8" line north of Water Dog Lake between manholes 433408 and 433410 to 10" 2035 - 2039 10 201 840 168,840 3 2 27,600 55,200 224,040 CCIP_13 upsize existing 10" line southeast of Continentals Way between manholes 453708 and 453712 to 12" 2035 - 2039 12 549 890 488,610 4 2 27,600 55,200 543,810 CCIP_14
1. upsize existing 8" line south of Continentals Way between manholes 433415 and 453701 to 10"
2. upsize existing 10" line south of Continentals Way between manholes 453702 and 453703 to 12"
2035 - 2039 10 327 840 274,680 5 3 27,600 82,800 563,960 2035 - 2039 12 232 890 206,480 CCIP_15 upsize existing 6" line in Hiller St between Crestview Ave and Sussex Ct to 8" 2035 - 2039 8 357 650 232,050 2 1 27,600 27,600 259,650 CCIP_16 upsize existing 6" line in Cipriani Blvd between Monserat Ave and Prindle Rd to 8" 2035 - 2039 8 418 650 271,700 4 2 27,600 55,200 326,900 Lift Station
CIP Project Project Description Phase Quantity Unit Cost Costs San Juan
LS
upgrade San Juan LS with 2+ 1 Pumps, firm capacity meeting ultimate PWWF of 2 mgd. 2025 - 2027 1 5,000,000 5,000,000
Notes: 1. Unit cost for the 27" parallel line crossing Hwy 101 which accounts for costs of microtunneling. 2. Assumed San Juan LS upgrade has similar costs compared to the North Rd LS, which was budgeted with $5 Million in the City's Adopted Fiscal Year 2022 Budget. 219
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 111
Table 9-8. CIP Cost Estimations by Planning Year
Project CIP Type Facility Type 2024 2025 2026 2027 2028 2029 2030-2034 2035-2039 Total CCIP_1 Capacity Gravity Main and Manhole $ 115,515 $ 269,535 $ 385,050 CCIP_2 Capacity Gravity Main and Manhole $ 632,388 $ 1,475,572 $ 2,107,960 CCIP_3 Capacity Gravity Main and Manhole $ 59,922 $ 139,818 $ 199,740 CCIP_4 Capacity Gravity Main and Manhole $ 391,200 $ 391,200 CCIP_5 Capacity Gravity Main and Manhole $ 1,486,300 $ 1,486,300 CCIP_6 Capacity Gravity Main and Manhole $ 321,120 $ 749,280 $ 1,070,400 CCIP_7 Capacity Gravity Main and Manhole $ 77,760 $ 181,440 $ 259,200 CCIP_8 Capacity Gravity Main and Manhole $ 1,283,589 $ 1,497,521 $ 1,497,521 $ 4,278,630 CCIP_9 Capacity Gravity Main and Manhole $ 1,869,920 $ 1,869,920 CCIP_10 Capacity Gravity Main and Manhole $ 329,040 $ 329,040 CCIP_11 Capacity Gravity Main and Manhole $ 224,040 $ 224,040 CCIP_12 Capacity Gravity Main and Manhole $ 203,830 $ 203,830 CCIP_13 Capacity Gravity Main and Manhole $ 543,810 $ 543,810 CCIP_14 Capacity Gravity Main and Manhole $ 563,960 $ 563,960 CCIP_15 Capacity Gravity Main and Manhole $ 259,650 $ 259,650 CCIP_16 Capacity Gravity Main and Manhole $ 326,900 $ 326,900 San Juan LS Capacity Lift Station $ 1,500,000 $ 1,750,000 $ 1,750,000 $ 5,000,000 Rehabilitation Batch 1 Condition Gravity Main and Manhole $ 990,745 $ 2,311,737 $ 3,302,482 Rehabilitation Batch 2 Condition Gravity Main and Manhole $ 1,098,912 $ 2,564,129 $ 3,663,041 Rehabilitation Batch 3 Condition Gravity Main and Manhole $ 911,278 $ 2,126,314 $ 3,037,592 Rehabilitation Batch 4 Condition Gravity Main and Manhole $ 996,163 $ 2,324,379 $ 3,320,542 Rehabilitation Batch 5 Condition Gravity Main and Manhole $ - $ 1,250,847 $ 2,918,644 $ 4,169,491 Rehabilitation Batch 6 Condition Gravity Main and Manhole $ 11,838,813 $ 11,838,813 Rehabilitation Batch 7 Condition Gravity Main and Manhole $ 9,133,505 $ 9,133,505 Hiller LS Condition Lift Station $ 567,000 $ 1,323,000 $ 1,890,000 Island Park LS Condition Lift Station $ 810,000 $ 945,000 $ 945,000 $ 2,700,000 Ralston Ranch LS Condition Lift Station $ 1,320,000 $ 1,320,000 Sport Complex FM Condition Force Main $ 44,160 $ 51,520 $ 51,520 $ 147,200 Island Park FM Condition Force Main $ 511,560 $ 596,820 $ 596,820 $ 1,705,200 San Juan FM Condition Force Main $ 878,274 $ 1,024,653 $ 1,024,653 $ 2,927,580 Hiller FM Condition Assessment Condition Others $ 200,000 $ 200,000 Total $ 1,314,903 $ 8,062,768 $ 7,918,461 $ 8,242,279 $ 5,336,786 $ 5,072,747 $ 21,526,227 $ 11,380,905 $ 68,855,076 220
Sanitary Sewer Master Plan Update
Capital Improvement Program (CIP) Page 112
Table 9-9. Capital Improvement Cost Estimates Summary
Phase Improvement Type Facility Type Capital Cost ($) Total Baseline Capital Costs ($) 2024-2029 Capacity-Related Gravity Main & Manhole 6,803,460 35,948,000 Lift Station 5,000,000
Condition Related Gravity Main & Manhole 14,574,504
Lift Station 4,590,000
Force Main 4,779,980
Others 200,000
2030-2034 Capacity-Related Gravity Main & Manhole 5,448,771 21,526,000 Condition Related Gravity Main & Manhole 14,757,457
Lift Station 1,320,000
2035-2039 Capacity-Related Gravity Main & Manhole 2,247,400 11,381,000 Condition Related Gravity Main & Manhole 9,133,505
Total ($) 68,855,000 Notes: 1. Costs are rounded to the nearest thousands. 221
Harbor Industrial Sewer Maintenance District
(HSMD)
Sanitary Sewer Master Plan
FINAL
JANUARY 2024
222
IEC, an Ardurra Company Confidential and Proprietary
Do not distribute without approval.
Harbor Industrial
Sewer Maintenance District (HISMD)
Sanitary Sewer Master Plan
FINAL
Prepared for:
City of Belmont
1 Twin Pines Lane, Suite 385
Belmont, CA 94002
January 29, 2024
Prepared by:
1735 North First St., Suite 304
San Jose, CA 95112
223
IEC, an Ardurra Company ii
Table of Contents
Executive Summary .................................................................................................................................. ES-1 Findings .................................................................................................................................................... ES-1 Recommendations .................................................................................................................................... ES-2
1. Introduction .............................................................................................................................................. 1
1.1. Background and Purpose .................................................................................................................... 1
1.2. Scope and Authorization ..................................................................................................................... 1
1.3. Data Sources....................................................................................................................................... 1
2. Existing System Description ................................................................................................................... 4
2.1. Study Area .......................................................................................................................................... 4
2.1.1. Existing Land Use ........................................................................................................................ 4
2.1.2. Future Developments ................................................................................................................... 4
2.2. Existing Sewer System Facilities ......................................................................................................... 8
3. Wastewater Flow Characteristics and Projections ................................................................................ 9
3.1. Wastewater Flow Components ............................................................................................................ 9
3.1.1. Average Dry Weather Flow........................................................................................................... 9
3.1.2. Peak Dry Weather Flow ................................................................................................................ 9
3.1.3. Peak Wet Weather Flow ............................................................................................................... 9
3.2. Flow Monitoring ................................................................................................................................... 9
3.2.1. Temporary Flow Monitoring Sites ................................................................................................. 9
3.2.2. Flow Monitoring Results ............................................................................................................... 9
4. Sanitary Sewer Design Criteria ............................................................................................................. 13
5. Capacity Evaluation and Condition Assessment ................................................................................. 14
5.1. Capacity Evaluation ........................................................................................................................... 14
5.2. Condition Assessment ....................................................................................................................... 14
6. Capital Improvement Program .............................................................................................................. 18
6.1. Capacity-Related Improvements ....................................................................................................... 18
6.2. Condition-Related Improvements ...................................................................................................... 18
6.3. Cost Estimates .................................................................................................................................. 20
6.4. Recommended Capital Improvement Plan ........................................................................................ 21 224
IEC, an Ardurra Company iii
Figures
Figure ES-1. Vicinity Map .................................................................................................................... ES-3 Figure ES-2. Recommended Capital Improvement Projects ............................................................... ES-4 Figure 1-1. Existing HISMD System .......................................................................................................... 3 Figure 2-1. Existing San Mateo County Unincorporated Area Zone Designations ..................................... 6 Figure 2-2. Anticipated Future Developments in HISMD ........................................................................... 7 Figure 3-1. Temporary Flow Monitoring Locations .................................................................................. 10 Figure 3-2. HISMD Parcels Discharging to Belmont and San Carlos Systems ........................................ 11 Figure 5-1. Capacity Deficient Pipes Under Future PWWF ..................................................................... 16 Figure 5-2. 2017 CCTV Inspection Structural Defects ............................................................................. 17 Figure 6-1. Recommended Capacity-Related Improvements .................................................................. 19 Figure 6-2. Structure Defect Score by Pipe Material ............................................................................... 20 Figure 6-3. Recommended 10-Year Capital Improvement Projects ......................................................... 23 Tables
Table ES-1. Recommended 10-Year Capital Project Cost Estimates (FY 2023 – FY 2033) ................ ES-5 Table 2-1. Anticipated Future Developments in HIA .................................................................................. 5 Table 3-1. Estimated Indoor Water Use for HISMD Service Boundary .................................................... 12 Table 3-2. Estimated Existing ADWF for HISMD Service Boundary ........................................................ 12 Table 4-1. Planning Criteria for Gravity Mains ......................................................................................... 13 Table 5-1. Pipes not CCTV-ed ................................................................................................................ 14 Table 5-2. Pipes Recently Replaced or Rehabilitated by County............................................................. 15 Table 6-1. Pipe Replacement Unit Costs ................................................................................................ 21 Table 6-2. Manhole Rehabilitation Unit Costs ......................................................................................... 21 Table 6-3. Other Construction Unit Costs ................................................................................................ 21 Table 6-4. Flow Control & Monitoring Vault Construction Unit Costs ....................................................... 21 Table 6-5. Recommended 10-Year Capital Project Cost Estimates (FY 2023 – FY 2033)....................... 24
225
IEC, an Ardurra Company iv
Appendices
Appendix A – 2017 CCTV Report by Pro-Pipe for San Mateo County Appendix B – NASSCO PACP Reference & Defect Codes
Appendix C – Condition Assessment Results
Appendix D – Field Survey Data
Appendix E – Hydraulic Model Results
226
IEC, an Ardurra Company v
Abbreviations
ADWF Average Dry Weather Flow
ASCE American Society of Civil Engineers
BWF Base Wastewater Flow
CCTV Closed Circuit Television
CIP Capital Improvement Program
City (or Belmont) City of Belmont
CMMS Computerized Maintenance Management System
DSMH Downstream manhole
du dwelling unit
DWF Dry Weather Flow
EPA Environmental Protection Agency
Facility ID Unique identifier geodatabase assigned to a facility like pipe, manhole, etc.
FAR Floor Area Ratio
FOG Fats, Oils and Grease
fps feet per second
FY Fiscal Year (e.g., FY 2023 is July 1, 2023, to June 30, 2024) GIS Geographic Information System
gpd gallons per day
Grade NASSCO defect grade
GWI Groundwater Infiltration
HIA-San Carlos Capacity
Agreement
1982 Sanitary Sewerage Treatment Capacity Rights and Services agreement between HISMD and San Carlos
HISMD/HIA Harbor Industrial Sanitary Municipal District/ Harbor Industrial Area I/I infiltration and inflow
IEC Infrastructure Engineering Corporation (now Ardurra) LAFCO Local Agency Formation Commission
lf lineal feet
Master Plan Update Sanitary Sewer Master Plan
mg million gallons
mgd million gallons per day
mgd/ac million gallons per day/acre
MPRI Maintenance Pipe Rating Index
NASSCO National Association of Sewer Service Companies
O&M Operations and Maintenance
OPR O&M Pipe Ratings
OPRI Operational Pipe Rating Index
PACP Pipeline Assessment and Certification Program
PVC Poly-vinyl chloride
PWWF Peak Wet Weather Flow
QMR Quick Maintenance Rating
QSR Quick Structural Rating
RCP Reinforced Concrete Pipe
RDI/I Rainfall Dependent Infiltration and Inflow
Regional Board Quality Control San Francisco Bay Regional Water Board San Carlos City of San Carlos
227
IEC, an Ardurra Company vi
Abbreviations
SPR Structural Pipe Ratings
SPRI Structural Pipe Rating Index
SPRR Southern Pacific Railroad
SSMP Sewer System Management Plan
SSO Sanitary Sewer Overflow
sq. ft. square feet
SVCW Silicon Valley Clean Water, Wastewater Treatment Plant SWRCB State Water Resources Control Board
U.S. United States
USEPA United States Environmental Protection Agency
USMH Upstream manhole
228
Executive Summary Page ES-1
Executive Summary
The City of Belmont (City), in the County of San Mateo, California, has retained the services of Infrastructure Engineering Company (IEC), an Ardurra Company to prepare a sewer master plan for the Harbor Industrial Sewer Maintenance District (HISMD)1 . The
term Harbor Industrial Area (HIA) is used interchangeably with HISMD and an overview of its service area and adjoining municipalities are shown in Figure ES-1. At present, HISMD is owned and governed by the San Mateo County Board of Supervisors (County), but the City has plans to annex the collection system into its service area. This report presents the findings, conclusions, and recommendations regarding the existing and projected state of the HISMD collection system. A 10-year Capital Improvement Plan (CIP) for the HISMD sewer system is developed as shown in Table ES-1 to help determine improvement costs associated with the annexation process.
The general process to prepare the sewer system master plan consisted of evaluating capacity limitations alongside structural deficiencies of the sewer system. Based on deficiencies found, system improvements like rehabilitation, cleaning, remove and replace, and construction of new mains and manholes are recommended. The improvement plan's purpose is to develop capital projects over a 10-year planning horizon and recommend system maintenance procedures to achieve an optimal operating collection system - highly reliable for the most affordable cost. Most system improvements are anticipated to be funded by developers.
A series of field inspections were performed to gather information on the collection system. Field survey and investigations were carried out by both IEC and City staff to fill data gaps as well as determine data discrepancies between GIS and actual sewer network layout. Flow monitoring was also performed to determine flow characteristics of the system. Closed-Circuit Television (CCTV) inspection data was used to identify data discrepancies and deficiencies in the sewer system. Hydraulic modeling was performed to develop a listing of capacity deficiencies. Projects were developed and prioritized based on deficiencies found and capital costs were prepared for a 10-year planning horizon.
Findings
The existing system is estimated to be about 70 years old. The existing pipes in HISMD were found to be in overall fair condition per 2017 CCTV assessment performed by Pro-pipe® and continues to degrade. One Sanitary Sewer Overflow (SSO) occurred in 2018 per County in the 6-inch line along Harbor Boulevard between manholes “SSMH_844” and “SSMH_817” due to debris (e.g., grease, toilet paper, baby wipes, and paper towels). The 2017 CCTV condition assessment indicated severe structural defects in mains along Elmer Street and Old County Road. However, these mains were rehabilitated by the County in 2019. The rest of the system exhibited low to moderate structural defects except for 275 feet of six-inch main on O’Neill Ave which scored a high structural defect rating. Issues found in this main included joint offsets, fractures, sags, roots, grease and sediment deposits. The CCTV inspections also found that maintenance-related issues like grease and sediment deposits were prevalent throughout the system.
Details of the CCTV inspections can be found in Appendix A - 2017 CCTV Report by Pro-Pipe for San Mateo County.
IEC analyzed HISMD flows with respect to existing capacity agreements in the area. The City’s and HISMD’s future average dry weather flow (ADWF) are estimated to be 2.5 mgd and 0.35 mgd respectively. Part of HISMD flows into the City’s system and the pipes generally along Harbor Boulevard and Industrial Way flow into the City of San Carlos system. All flows will ultimately enter the Silicon Valley Clean Water (SVCW) plant, a Joint Powers Authority (JPA) serving the City, San Carlos, Redwood City, and West Bay Sanitary District communities. Upon annexation, the combined City and HISMD flows are expected to exceed the City’s maximum capacity allocation with SVCW.
Based on the 1982 capacity agreement2
between San Carlos and HISMD, the allowable average dry weather flow into San Carlos from HISMD is 0.33 mgd. At the time of this report, a 30% reduction of these flows, that is, approximately 0.099 mgd commensurate with the percentage area of HISMD that was annexed into San Carlos in the late 1990’s is to be allowed from HISMD to San Carlos.
It is estimated that future ADWF from HISMD into the San Carlos system will be approximately 0.30 mgd which would exceed the new 0.099 mgd threshold. Model results predict that the existing collection system will exhibit capacity deficiencies under future wet weather sewer loading.
1 A concurrent sewer master plan for the main Belmont system is being prepared 2 Capacity rights agreement between San Carlos and HSIMD on January 5th, 1982, Section 2 229
Executive Summary Page ES-2
With rising interest in redevelopment projects in the area, capacity deficiencies are predicted to occur in the existing 6-inch pipes along Harbor Boulevard up till it meets the 27-inch on Industrial Way. With future flows no longer going into San Carlos, sewer backup is expected along the 27-inch on Industrial Way and capacity related improvement projects will be required. Manhole inspections were not done as part of the 2017 inspections nor done as part of this project. Therefore, it is recommended that manhole inspections be performed prior to any main replacement work to assess each manhole’s structural integrity in anticipation of future flows.
Recommendations
Due to the capacity limitation and structural defect findings mentioned above, six (6) capital improvement projects are recommended for the HISMD system as shown in Figure ES-2. Projects CIP-1 and CIP-2 are recommended to mitigate capacity deficiencies due to future peak wet weather conditions. Project CIP-1 includes two sub-projects; CIP-1A and CIP-1B. CIP-1A will include construction of a new 18-inch main from the existing manhole “SSMH_820” to an existing City manhole “403423E” on Karen Road. CIP-1B will include construction of a new 27-inch under US Highway 101 from manhole “403423E” to connect to existing City manhole “403700H” on Shoreway Road. From manhole “403700H”, about 210 feet of the existing 18-inch is recommended to be upsized to 27-inch on Shoreway Road. Since CIP-1B mitigates both City and HISMD future flows, the cost for this project will be shared between the City and HISMD CIPs based on contributing flows. Project CIP-2 and CIP-3 will include upsizing of all existing 6-inch mains along Harbor Boulevard to 12-inch and 8-inch mains. Project CIP-1 is recommended to be completed first in order to convey anticipated near-term redevelopment flows from the HISMD area to the SVCW plant. To adhere to the capacity agreement with San Carlos, the 27-inch along Industrial Way is recommended to be capped or abandoned once CIP-1 is completed. Alternatively, the City could install a vault that allows flow control and monitoring capabilities along this 27-inch. Due to uncertainties related to quantity and location of future sewer loads from redevelopment projects, it is recommended that the capacity evaluation be updated as more refined sewer loadings become available for the HISMD area.
The City’s historic maintenance records show that VCP’s in the system have high structural defect scores and a propensity to develop cracks as they age. Structural defects can increase inflow/infiltration (I/I) occurrences. As such, Project CIP-3 is recommended to partly address redevelopment flows and partly address further structural deterioration of the existing approximately 70-year-old, 6- inch VCP pipes from Old County Road to Elmer Street along Harbor Boulevard.
Project CIP-4 was created to abandon the existing 6-inch main that is atop the existing 27-inch main between Industrial Way and Karen Road along Harbor Boulevard per County staff. Maintenance/cleaning of this main will be difficult due to the current configuration so it is recommended that laterals be connected to the new 18-inch main instead, as the area develops.
Like CIP-3, Project CIP-5 is recommended to replace older deteriorating six-inch VCP pipes with newer 8-inch PVC pipes in order to minimize I/I occurrences. It is recommended that the City connect to the new 18-inch on Harbor Boulevard instead of the existing 27- inch on Industrial Way because it is anticipated that flows will no longer be directed to San Carlos in the near future.
Project C-6 is recommended to address structural defects found from the 2017 CCTV inspection results. The six-inch along O’Neill has several joint offsets and fractures and is recommended to be upsized to an 8-inch PVC.
Total CIP cost is estimated at about $8.6 million which includes the optional vault cost of $1.3 million under CIP-1. Cost for FY 2023 – 2027 is estimated at $8.4 million and for FY 2028-2032 is estimated at 0.2 million in 2023 cost. Please note that CIP-1B is a shared project with the City, so HISMD’s shared cost to CIP-1B only amounts to about $320,000 based on its 11% ADWF contribution.
Detailed descriptions of each CIP project and cost estimation methodology are included in Section 6. Table ES-1 is a summary of the CIP recommendations and costs for HISMD rounded to the nearest one thousand. 230
BELMONT
SAN CARLOS
REDWOOD CITY
HARBOR/INDUSTRIAL (UNINC)
City of Belmont
Vicinity Map
±
Figure ES-1
BELMONT
SAN MATEO
SAN CARLOS
UNINCORPORATED
FOSTER CITY
REDWOOD CITY
DEVONSHIRE (UNINC)
PENINSULA GOLF AND COUNTRY CLUB (UNINC)
HARBOR/INDUSTRIAL (UNINC)
DEVONSHIRE (UNINC)
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.125 0.25
Miles
Legend
BELMONT
HARBOR/INDUSTRIAL
REDWOOD CITY
SAN CARLOS
231
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Does Not
Flow to San Carlos
SSMH_825
D
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
CIP-2
CIP-3
CIP-1B
CIP-5
CIP-4
CIP-1A
CIP-6
21''
36''
8''
6''
10''
27''
18''
6''
21''
6''
27''
21''
8''
21''
6''
6''
6''
21''
6''
6''
6''
18''
6''
27''
6''
18''
6''
27''
6''
21''
18''
8''
21'' 8''
21''
8'' 27''
27''
21''
6''
21'' 21''
8''
27''
8''
6''
6''
27''
6''
27''
8'' 8''
6'' 6''
27''
8''
8''
6''
6''
6''
8''
27''
City of Belmont
Recommended
CIP
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
Figure ES-2
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
232
Executive Summary Page ES-5
Table ES-1. Recommended 10-Year Capital Project Cost Estimates (FY 2023 – FY 2033) Project ID Category Purpose Project Description
Existing
Diameter
(in.)
Estimated Capital Costs ($)1
Phase 8 in.
length (ft)
12 in.
length (ft)
18 in.
length (ft)
27 in.
length (ft)
Manhole
Count Total ($)
CIP-1
(CIP-1A) Capacity-Related
Mitigate Capacity Deficiencies along Harbor
Boulevard during Future Peak Wet Weather
Flow Conditions
Install new ~350 feet of 18-inch main from
SSMH_820 to City manhole 403423E (on Karen). - - - 350 - 0 2,027,000 2023-2027 CIP-1
(CIP-1B) Capacity-Related
Mitigate Capacity Deficiencies from HISMD
and City during Future Peak Wet Weather
Flow Conditions. As a result, this project will
be a shared cost between HIA and City CIPs
1. Micro tunnel new ~400 feet of 27-inch main from
City existing manhole 403423E (on Karen) to City manhole 403700H (on Shoreway).
2. Upsize 210 feet of existing 18-inch on Shoreway
from manhole 403700H.
18 - - - 610 2 2,915,000 2 2023-2027
CIP-1
(Optional) Vault To Control and Monitor Flows into San Carlos Construct 8x8 feet vault with flow control device and permanent flow meter in existing manhole SSMH_825 on Industrial Way - - - - - - 1,267,500 2023-2027 CIP-2 Capacity-Related
Mitigate Capacity Deficiencies along Harbor
Boulevard during Future Peak Wet Weather
Flow Conditions
Upsize ~ 1300 feet of six-inch mains along Harbor
Boulevard from Elmer till 27-inch trunk sewer on
Industrial Way; starting from manhole SSMH_844 to
SSMH_820 to 12-inch PVC. Assume all manholes will
need to be replaced.
6 - 1,300 - - 6 1,323,000 2023-2027
CIP-3
Capacity-Related
Mitigate Capacity Deficiencies along Harbor
Boulevard during Future Peak Wet Weather
Flow Conditions
Upsize ~ 250 feet of six-inch main with an 8-inch
PVC from manhole SSMH_847 to SSMH_844 along
Harbor Boulevard. Assume all manholes will need to
be replaced.
6 250 - - - 1 191,000 2023-2027
ConditionRelated Replace older, structurally deteriorating, 6- inch VCP pipes and reduce I/I Upsize ~ 250 feet of six-inch main with an 8-inch
PVC from manhole SSMH_850 to SSMH_847 along
Harbor Boulevard. Assume all manholes will need to
be replaced.
6 250 - - - 3 246,000 2023-2027
CIP-5 Condition- Related Replace older, structurally deteriorating, 6- inch VCP pipes and reduce I/I Upsize ~300-feet of existing 6-inch VCP to 8-inch.
Install ~ 180 feet of 8-inch to connect to the 18-inch
on Harbor instead of connecting to the existing 27-
inch on Industrial Way.
6 480 - - - 3 395,000 2023-2027
5-Yr CIP Total ($) 8,365,000
CIP-4 Condition- Related Reduce maintenance related issues.
Abandon existing ~300-feet of 6-inch VCP that is on
top of 27-inch per County. Assume reconnect 5
laterals from the abandoned 6-inch main to the new
18-inch main on Harbor Boulevard.
6 - - - - 0 26,000 2028-2033
CIP-6 Condition- Related Address severe structural deterioration from 2017 CCTV Upsize ~300-feet of existing 6-inch VCP to 8-inch on O'Neill Ave. 6 300 - - - 1 223,000 2028-2033 10-Yr CIP Total ($) 249,000
TOTAL 1,280 1,300 560 400 16 $8,614,000
1. Costs are based on 2023 unit costs described in Section 6.3 and rounded to nearest thousand dollars 2. HISMD shared cost amounts to approximately $320,000 based on 11% ADWF contribution. It is estimated that two manholes will need to be replaced along this alignment. 233
Introduction Page 1
1. Introduction
This section introduces the sewer master planning process for the HISMD sewer system.
1.1. Background and Purpose
The HISMD is one of ten sewer maintenance and sanitation districts administered by the County of San Mateo (County) to serve unincorporated areas of the County. HISMD was formed on December 18, 1951, and is located between City of Belmont (City) and City of San Carlos (San Carlos) bounded by Harbor Boulevard to the south-east, S.P.R.R. Co./Old County Road to the south-west, O’Neill Avenue to the north-west and the Bayshore Freeway (US 101) to the north-east. Figure 1-1 shows the existing HISMD service area boundary that is surrounded by the City of Belmont and San Carlos sewer systems. The HISMD system is currently owned and maintained by the County. There are approximately 63 lateral connections that convey sewage to the Silicon Valley Clean Water (SVCW) wastewater treatment plant mainly via San Carlos system and some via City system.
There is high interest in redevelopment projects in the HISMD area. The City has recently filed an application with the Local Agency Formation Commission (LAFCO) to annex a portion of HISMD that lies within the City’s Sphere of Influence3. The City would like to expand annexation to include the entire HISMD area in the future. The purpose of this HISMD Sewer Master Plan (HISMD Master Plan) is to assess sanitary sewer infrastructure improvements required and related costs prior to the annexation of HISMD by the City.
1.2. Scope and Authorization
Work on the HISMD Master Plan was performed under an Architectural and Engineering Services Agreement (AESA) entered between Infrastructure Engineering Corporation (IEC), now Ardurra, and the City of Belmont, on February 19th, 2021. The following activities encompassed the scope of the project:
Field Data Collection and Review: Field surveys and investigations were carried out by both IEC and City staff to fill data gaps in invert elevations as well as determine data discrepancies between GIS and actual sewer network in HIA. Flow monitoring was performed to determine flow characteristics of the system.
Capacity Evaluation: A hydraulic model was built and calibrated in the InfoSWMM software environment using the above field data. The model was then used to evaluate existing and future hydraulic deficiencies in the system.
Condition Assessment Evaluation: Closed-Circuit Television (CCTV) inspection data performed in 2017 for the HISMD system was reviewed to evaluate and identify structural and maintenance deficiencies in the sewer system.
Master Plan Documentation: Projects were developed to mitigate existing structural and capacity limitations as well as to mitigate future capacity deficiencies from anticipated developments. Capital costs were developed using recent bid costs from the City and neighboring agencies, and improvement projects were prioritized based on business risk for a 10-year planning horizon. A master plan that documents findings, recommendations, and a 10-year Capital Improvement Plan (CIP) was developed.
1.3. Data Sources
This Master Plan is developed using various data and information, including but not limited to the following:
• City of Belmont Sanitary Sewer Rehabilitation Master Plan prepared by RMC Water and Environment, September 2007 (2007 City of Belmont SMP)
• City of San Carlos Sewer Collection System Master Plan prepared by RMC Water and Environment, January 2013 3 LAFCO File 20-10: 608 Harbor Boulevard Annexation
234
Introduction Page 2
• County of San Mateo Harbor Industrial-Scenic Heights-Oak Knoll-Kensington Square Sewer Master Plan prepared by Brown and Caldwell, July 2000 (2000 County SMP)
• Mapping data from City and County GIS files, City As-builts • Field survey of manholes, and field data investigation by City operators, communications with County staff, and field visit on 5/17/2022.
• San Mateo County CCTV inspection report prepared by Pro-Pipe, 2017 (2017 CCTV Report) • BKF Engineers Technical Memorandums:
o 608 Harbor Blvd, Belmont, CA – Sewer Discharge to Harbor Industrial Sewer Maintenance District o 601 Harbor – Harbor Boulevard Sanitary Sewer Main Capacity Analysis, January 23, 2023 o 608 Harbor Blvd – Sewer Improvements Coordination Memo, October 19, 2021LAFCO Application: LAFCO File 20-10: 608 Harbor Boulevard Annexation
• Water consumption billing data from Mid-Peninsula Water District • IEC Flow Monitoring data
• JPA Agreement - ARTICLE VII – Ownership, Maximum Capacity rights, Transfers and Enforcement • San Mateo County Zoning Regulations, January 2022
• City of Redwood City Engineering Standards, Volume III: Design Criteria 235
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Flows to City of San Carlos
SSMH_825
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
36''
8''
6''
18''
12'' 10''
27''
27''
6''
8''
6''
6''
21''
6''
21''
6''
8''
8''
6''
8''
21''
21''
6''
6'' 6''
21''
27''
6''
18''
6'' 21''
21''
8''
8''
8''
27''
27''
18''
8''
27''
6''
6''
21''
6''
8''
12''
6''
6''
6''
6''
6''
27''
6''
6''
6''
27''
27''
18''
6''
6''
8''
21''
6''
6''
18''
6''
27''
6''
8''
27''
21''
6''
8''
6''
6''
10''
21''
8''
6''
6''
8''
6''
6''
6''
6''
18''
8''
27''
City of Belmont
Existing HISMD System
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
Figure 1-1
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
236
Existing System Description Page 4
2. Existing System Description
The general characteristics of the HISMD sanitary sewer system are described in this section. This description is the basis for evaluation of the system and to determine the system’s ability to convey the City’s current and future wastewater flows.
2.1. Study Area
The study area is bounded by Belmont Creek to the southeast, S.P.R.R. Co./Old County Road to the south-west, O’Neill Avenue to the northwest and Karen Road to the north-east. The topography is relatively flat and slopes southwest to northeast decreasing in elevation from about 30 ft. to 12 ft. Belmont Creek, a stream that flows west-northeast through the City of Belmont to the head of Belmont Slough, flows along the south-eastern boundary of HISMD and San Carlos city limit.
2.1.1. Existing Land Use
As shown in Figure 2-1, HISMD consists of mainly commercial and light industrial land use types currently designated by the County as Zone M-2 (Heavy Industrial District)4. HISMD also includes a small residential area north-east of Karen Road consisting of a mobile home park, that is currently designated as Zone C-2 (General Commercial Districts). According to the County website, HISMD population in 1990 was about 118 which is most probably referring to the area occupied by mobile homes. All flows from the mobile homes enter the 27-inch on Karen Road5 .
2.1.2. Future Developments
As mentioned, the area is seeing an increase in redevelopment projects. It is anticipated that a majority of future developments will connect to sewers along Old County Road and Harbor Boulevard. Figure 2-2 and Table 2-1 show anticipated future development flows in the system. A summary description of each redevelopment project proposed is listed below:
• 601 Harbor – is proposed to be a bio-tech life sciences building with mainly offices and a three-level subterranean parking space with 950 lots. The new development will occupy a space of approximately 380,700 square feet (sq. ft.) at about 65-75 feet in height with four stories. The development will connect to sewers along Harbor Boulevard6 .
• Bio Tech/R&D/Life Sciences Campus – is also proposed to be a bio-tech, research and development (R&D) or life sciences buildings. The development is anticipated to occupy approximately 5.5 acres spread over three parcels (120 Industrial Road, 425 and 435 Harbor Boulevard) and occupy a space of about 830,000 sq. ft. The FAR for this development is estimated to be 3.4. The development will connect to sewers along Harbor Boulevard. • Belmont Village is a proposed mixed-use area in the Belmont main system of which a small portion of parcels as shown in Figure 2-2 will most likely connect to Old County Road and Harbor Boulevard sewer lines. For details on Belmont Village proposed development details, please refer to 2023 Belmont Sewer Master Plan. • HIA Parcels – the FAR assumption for redevelopment projects for the rest of the HISMD system that will ultimately discharge into the San Carlos system in the long-term is estimated to be 3.0. 4 Zoning Regulations, County of San Mateo, January 2022 5 The 27-inch on Karen Road is slated for CIP in the Belmont Sewer Master Plan 6 Technical Memorandum: 601 Harbor – Harbor Boulevard Sanitary Sewer Main Capacity Analysis, BKF Engineers, January 23, 2023 237
Existing System Description Page 5
Table 2-1. Anticipated Future Developments in HIA
Project
# Name Location Life Sciences / Lab (sq. ft.)1 Commercial / Office (sq. ft.)1 Existing Flow (gpd) Development Flow (gpd) Estimated Project Realization 1 601 Harbor BioTech 601-605 Harbor Blvd/ Old County 190,350 190,350 1,944 59,865 Near-Term (within 5 Years) 2 Biotech/R&D/Life Sciences Campus 120 Industrial Road;
425 Harbor
Boulevard; 435
Harbor Boulevard
622,500 207,500 1,525 148,051 2 Near-Term (within 5 Years) 3 Belmont Village Parcels contributing to HIA only Refer to Table 2-9 (Belmont Sewer Master Plan) for Belmont Village Proposed Development Details 246 500 Long-Term (within 10 – 20 Years) 4 The rest of parcels within HIA boundary not proposed for development Estimated Existing FAR = 0.8 Proposed FAR = 3.0 31,648 118,680 3 Long-Term (within 10 – 20 Years) Total 4 35,363 327,096 1 Life Science/Lab demand factor based on City of Redwood City’s domestic water demand for Research & Development sites of 0.21 gpd/sf x 95% (return to sewer ratio), Attachment Q, Engineering Standards. Commercial demand factor is based on City Design Criteria of 0.115 gpd/sf. 2 Assumes Lab and Office flows to be 75% and 25% respectively 3 Existing flow x 3.0/0.8 4 Includes all remaining parcels bounded by and designated as existing HIA service area discharging into Belmont and San Carlos Systems 238
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Flows to City of San Carlos
SSMH_825
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
36''
8''
6''
18''
12'' 10''
27''
27''
6''
8''
6''
6''
21''
6''
21''
6''
8''
8''
6''
8''
21''
21''
6''
6'' 6''
21''
27''
6''
18''
6'' 21''
21''
8''
8''
8''
27''
27''
18''
8''
27''
6''
6''
21''
6''
8''
12''
6''
6''
6''
6''
6''
27''
6''
6''
6''
27''
27''
18''
6''
6''
8''
21''
6''
6''
18''
6''
27''
6''
8''
27''
21''
6''
8''
6''
6''
10''
21''
8''
6''
6''
8''
6''
6''
6''
6''
18''
8''
27''
City of Belmont
Existing San Mateo County
Unicorporated Area
Zone Designations
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
Current San Mateo County
Planning Zones
C-2
M-1
Figure 2-1
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
(General Commercial
Districts)
(Heavy Industrial
Districts)
239
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Flows to City of San Carlos
SSMH_825
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
36''
8''
6''
18''
12'' 10''
27''
27''
6''
8''
6''
6''
21''
6''
21''
6''
8''
8''
6''
8''
21''
21''
6''
6'' 6''
21''
27''
6''
18''
6'' 21''
21''
8''
8''
8''
27''
27''
18''
8''
27''
6''
6''
21''
6''
8''
12''
6''
6''
6''
6''
6''
27''
6''
6''
6''
27''
27''
18''
6''
6''
8''
21''
6''
6''
18''
6''
27''
6''
8''
27''
21''
6''
8''
6''
6''
10''
21''
8''
6''
6''
8''
6''
6''
6''
6''
18''
8''
27''
City of Belmont
Anticipated Future Developments
in HISMD
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
Future Development Parcels
HIA Parcels (FAR 3.0)
Belmont Village
601 Harbor BioTech
425 Harbor BioTech
Figure 2-2
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
240
Existing System Description Page 8
2.2. Existing Sewer System Facilities
The HISMD collection system is approximately 2 miles of gravity mains that consists of 6-inch vitrified clay pipe (VCP), 21-inch, and 27-inch diameter pipes along Karen Road, Harbor Boulevard, and Industrial Way. Due to insufficient data on year of installation, pipe age is assumed to be about 70 years old which ties the construction date of the system to the early 1950s or shortly after the formation of HISMD in 1951.
A 275-foot six-inch main conveys flow from HISMD parcels along O’Neill Avenue to a vault-like structure at the intersection of Karen Road and O’Neill Avenue. The inlet of this vault includes the 6-inch from O’Neill, 21-inch City main, and 27-inch County main collecting wastewater from mostly City parcels. The outlet pipes to this vault are approximately 777 feet of parallel 27-inch and 21-inch mains along Karen Road. The 27-inch main on Karen Road between O’Neill Avenue and Harbor Boulevard is made of reinforced concrete material. Since most of the flow in the 27-inch is from City parcels upstream, this 27-inch is not evaluated in the HISMD Master Plan as it is slated for capital improvement in the concurrent Belmont Sewer Master Plan. The 6-inch pipe on O’Neill Avenue is modeled and evaluated in this master plan.
Approximately 2,400 feet of six-inch VCP mains collect wastewater starting from Old County Road and Elmer Street and along Harbor Boulevard to connect to a 27-inch trunk main on Industrial Way at manhole “SSMH_820”. The 27-inch pipelines along Harbor Boulevard and Industrial Way are made of unreinforced concrete material. All flows from Harbor Boulevard and flows from manhole “SSMH_820” enter the San Carlos system.
Another 302 feet long six-inch main that runs above and parallel to the 27-inch on Harbor Boulevard from Karen Road to Industrial Way, collects wastewater from nearby businesses and connects to the 27-inch on Industrial Way at manhole “SSMH 819”. This 358-foot 27-inch pipe segment between Karen Road and Industrial Way is relatively flat. Very low to no HISMD flow enters this trunk main at manhole “SSMH_819” and into manhole “403423D” which is adjacent to the “El Metate” restaurant at 120 Harbor Blvd. However, flows from the Shoreway lift station7 (across US 101) are known to occasionally back up into this 27-inch main8 and eventually flows in reverse to San Carlos when the wet well at the Shoreway lift station undergoes maintenance. However, it is anticipated that when the lift station is removed in the near future, issues attributed to lift station maintenance activities will cease to exist as well.
County ownership ends and San Carlos ownership begins about halfway between manholes “SSMH_825” and “SSMH_823” (See Figure 2-1).
In 2019, new 8-inch PVC pipes were installed along Elmer Street by the County as part of a capital improvement plan. At the same time, two older six-inch VCP segments at the intersection of Old County Road and Harbor Boulevard were rehabilitated by the County. One segment, between a flushing inlet and manhole “SSMH_850", was rehabilitated via Cured-In-Place Pipe (CIPP) methodology and the segment between manholes “SSMH_850” and “SSMH_846” was replaced with a new six-inch PVC pipe. Per County, the system experienced an SSO on 6/18/2018 between manholes “SSMH_844” and “SSMH_817” along Harbor Boulevard. The SSO was attributed to debris in the pipe (i.e., grease, toilet paper, baby wipes, and paper towels).
There are no existing sewage lift stations within HISMD and all wastewater from the area flows by gravity to the Silicon Valley Clean Water (SVCW) wastewater treatment plant located in Redwood Shores.
7 Shoreway Lift Station is owned and operated by Silicon Valley Clean Water and is also referred to as Belmont Pump Station 8 Also sometimes referred to as a “passive overflow” per discussion with SVCW 241
Wastewater Flow Characteristics and Projections Page 9
3. Wastewater Flow Characteristics and Projections
3.1. Wastewater Flow Components
3.1.1. Average Dry Weather Flow
The Average Dry Weather Flow (ADWF) includes base wastewater flow (BWF) and groundwater infiltration (GWI). BWF is domestic (or sanitary) wastewater flow from residential, commercial, institutional, and industrial wastewater. GWI is defined as groundwater entering the collection system through pipe joints and manhole walls due to structural defects or improper construction. The HISMD’s ADWF was determined based on the flow monitoring data and billing data provided for the HISMD service area.
3.1.2. Peak Dry Weather Flow
Domestic sewer flows vary throughout the day due to different customer water use patterns. Peak Dry Weather Flow (PDWF) is the highest flow during dry period and is determined by multiplying a peaking factor to the ADWF.
3.1.3. Peak Wet Weather Flow
Peak Wet Weather Flow (PWWF) is estimated as Peak Dry Weather Flow (PDWF) plus Peak Design Rainfall Dependent Infiltration/Inflow (RDII). Peak RDII was derived from the data collected from the flow monitoring studies. Estimated peak RDII of the observed storm event was then used to estimate the Peak Design RDII for a 10-year 24-hour storm event.
3.2. Flow Monitoring
3.2.1. Temporary Flow Monitoring Sites
IEC performed a temporary flow monitoring study between November 15th, 2021, and April 20th, 2022, at the City’s main system and the HISMD system. For HISMD flow evaluation, one flow meter was placed in City manhole “SSMH_403423D” and another meter was placed in HISMD manhole “SSMH_825”. At about the same time, a temporary flow monitoring study was performed by BKF Engineers (BKF) in the HISMD system for the 608 Harbor Blvd development. Both IEC and BKF flow meter locations reviewed for this analysis are shown in Figure 3-1.
3.2.2. Flow Monitoring Results
Flow monitoring data collected by IEC and BKF engineers (BKF) was evaluated against the billing data between November 2019 and April 2020 provided by Mid-Peninsula Water District (MPWD) to determine the ADWF, PDWF, and PWWF for the HISMD area.
3.2.2.1. Dry Weather Flow Data
The average indoor water usage for HISMD is estimated from the provided billing data. Indoor water use excludes landscaping irrigation water use which is assumed to not return to the sewer system. As shown in Figure 3-2, sewer flows from a few parcels within the HISMD service boundary flow into the City’s sewer system while the remaining parcels discharge flows into the San Carlos sewer system. Per County, all flows from the largest parcel (APN: 46010270) within the HISMD service boundary discharges to manhole “SSMH-819” on Harbor Boulevard which mostly discharges to the San Carlos system.
From billing data, the average indoor water use of the HISMD service area is estimated to be 0.037 mgd. As shown in Table 3- 1, the average indoor water use of parcels in HISMD discharging into the Belmont system is approximately 0.015 mgd and the average indoor water use of parcels discharging into the San Carlos system is approximately 0.0216 mgd. 242
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Flows to City of San Carlos
SSMH_825
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
36''
8''
15''
6''
12''
18''
10''
27''
8''
27''
27''
6''
21''
6''
18''
6''
6''
6''
21''
27''
6''
6''
21''
21''
6'' 6''
10''
6''
6''
6''
6''
6''
6''
21''
18''
8''
6''
6''
21''
8''
6''
27''
6''
27''
18''
27''
8'' 27''
6''
27''
18''
6''
21''
6''
8'
1 '
2''
6''
21''
6''
8''
6''
18''
21''
6''
6''
6''
21''
8''
6''
10''
6''
6''
6''
10''
27''
6''
8''
6''
6''
6''
6''
6''
8''
6''
6''
8''
6''
6''
6''
27''
27''
6''
27''
6''
12''
8''
6''
8''
6''
8''
27''
6''
10''
10''
6''
6''
6''
8'' 8''
6''
21''
8''
8''
6''
6''
8''
6''
6''
6''
12''
8''
City of Belmont
Temporary Flow Monitoring
Locations
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
Flow Meter Manhole
Figure 3-1
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.075 0.15
Miles
IEC Flow Meter
(403423D)
BKF Flow Meter
(SSMH_844)
BKF Flow Meter
(SSMH_816)
IEC Flow Meter
(SSMH_825)
243
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Flows to City of San Carlos
SSMH_825
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
36''
8''
18''
12'' 10''
6''
27''
6''
6''
8''
6''
6''
18''
21''
10''
27''
8''
21''
8''
6''
6''
8''
6''
12''
6''
8''
8''
6''
6''
8''
6''
27''
6''
6''
21''
6''
6''
6''
8''
8''
8''
21''
6''
27''
6''
21'' 21''
27''
6''
27''
27''
6''
6''
8''
6''
6''
6''
6''
21''
8''
27''
6''
27''
6''
21'' 8''
6''
6'' 6''
6''
27''
27''
27''
21''
8''
8''
6''
6''
6''
21''
18''
6'' 6''
6''
8''
18''
6''
18''
6''
6''
6''
27''
City of Belmont
Parcels Discharging to
Belmont and San Carlos Systems
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
to Belmont System
to San Carlos System
Figure 3-2
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
244
Wastewater Flow Characteristics and Projections Page 12 Table 3-1. Estimated Indoor Water Use for HISMD Service Boundary
A flow meter was installed at manhole “SSMH-825” from the IEC flow monitoring study to collect flow data from parcels discharging to the San Carlos system. Observed ADWF at manhole “SSMH_825” was determined to be 0.13 mgd, which is much higher than the estimated average indoor water use of the parcels discharging into HISMD system and therefore, deemed unreliable and subsequently omitted from the analysis. The observed ADWF at manhole “SSMH_823” from the BKF flow monitoring, which is the nearest upstream manhole of “SSMH_825” is estimated to be 0.0116 mgd, which is approximately 60% of return-to-sewer ratio and is relatively low for commercial and industrial land use types. Flow data at upstream manholes from BKF show consistency in mass balance, therefore, the flow data from BKF was used to determine peaking factors and peak RDII.
For planning purpose, the ADWF for parcels discharging into the San Carlos system, including the largest parcel in the HISMD service boundary, was determined by using the water consumption data with an assumption of 100% return-to-sewer ratio, that is, 0.0216 mgd. Based on the historical influent flow records at the Belmont Pump Station, a return-to-sewer ratio of 90% was assumed for parcels discharging into the Belmont system, that is, 0.015 mgd, as shown in Table 3-2.
Table 3-2. Estimated Existing ADWF for HISMD Service Boundary Parcels Discharging to ADWF (mgd)
Belmont System 0.0138
San Carlos System 0.0216
Total 0.0354
Total existing ADWF flows discharging into San Carlos is less than the maximum allowed flow threshold of 0.099 mgd being discussed between HISMD and San Carlos. Future ADWF flows discharging into San Carlos system is estimated to be 0.30 mgd and was allocated to the model based on proposed developments described in Table 2-1.
Observed PDWF at manhole “SSMH_823” is estimated to be 0.052 mgd, with a peaking factor of 4.6 to the observed ADWF.
3.2.2.2. Rainfall Data
The BKF flow monitoring study obtained rainfall data from four publicly available private weather stations (PWS) from Weather Underground. Collected flow data at Site 1 and Site 2 (into manhole “SSMH_844”) of the BKF Flow Monitoring Study during the week of 12/27/21 to 1/2/22 showed distinct response to the rain events and are selected for RDII analysis. The most significant rain event observed during this week is on 12/27/21 with a total precipitation of 0.655 inches.
3.2.2.3. Wet Weather Flow Data
Observed Peak RDII on 12/27/21 is determined for Site 1 and Site 2. Once Observed Peak RDII is determined, it is used to estimate the Peak Design RDII for a 10-year 24-hour storm assuming RDII is linearly proportional to precipitation. According to the NOAA Atlas 14 Volume 6 Version 2 Point Precipitation Frequency Estimates, a 10-year 24-hour storm within the City’s vicinity has a total precipitation of 3.64 inches, which is approximately 5.56 times the precipitation observed on 12/27/21. This factor is applied to the observed Peak RDII resulting in the Peak Design RDII. The Peak Design RDII is then divided by the meter site tributary area to estimate RDII on a per-acre basis. Peak Design RDII per acre estimated from both meter sites are close, resulting in approximately 0.0157 mgd/ac. The remaining study area is assumed to have a similar RDII response. The Peak Design RDII discharging into the San Carlos system is estimated to be 0.55 mgd based on the tributary area. The Peak Design RDII is allocated in proportion to the tributary acreage to the model manholes within the HISMD system for PWWF analysis.
Parcels Discharging to Average Indoor Water Use (mgd)
Belmont System 0.0150
San Carlos System 0.0216
Total 0.0366
245
Sanitary Sewer Design Criteria Page 13
4. Sanitary Sewer Design Criteria
As part of the concurrent Belmont Sewer Master Plan, the City’s design criteria were reviewed, and the same planning criteria is applied to the HISMD collection system. The City’s design criteria were compared against those criteria used by other Bay Area agencies and related industry standards (2nd Ed. WEF Manual of Practice no. FD-5 Gravity Sanitary Sewer Design and Construction published by the American Society of Civil Engineers (ASCE) and the Water Environment Federation (WEF)).
This section presents the summary of planning criteria recommended and subsequently used for hydraulic analysis, evaluation of system capacity, and sizing of capital improvements to mitigate deficiencies and accommodate future growth. Details of the design criteria development and a comparison of planning criteria with other agencies are included in Appendix B – Sewer Design Criteria of the 2022 Belmont Sewer Master Plan Report.
The planning criteria used to evaluate the capacity of the gravity sewers in HISMD are presented in Table 4-1.
Table 4-1. Planning Criteria for Gravity Mains
Design Criteria Parameter
For existing gravity mains 12 inches or smaller in size maximum depth to Diameter ratio (d/D) shall not exceed
0.7 under PWWF condition
For existing gravity mains greater than 12 inches in size maximum d/D shall not exceed 0.85 under PWWF condition
For new gravity mains 12 inches or smaller in size maximum d/D shall not exceed 0.5 under PWWF condition
For new gravity mains greater than 12 inches in size maximum d/D shall not exceed 0.75 under PWWF condition
Minimum velocity 2 fps when flowing half full
Maximum velocity 10 fps
Minimum size for new pipe 8 inches
Manning's n 0.013
For new manholes in HISMD, the following design criteria shall be applied per Section 3.04 of the Sewer Design Criteria:
Location:
1. At intersections of where two or more sewer mains join.
2. At change in grade, pipe size, or material.
3. At accessible locations for maintenance and emergency service.
Spacing:
1. Maximum spacing of 300 feet on sewers 21-inches or smaller in diameter.
2. Maximum spacing of 400 feet on sewers larger than 21-inches in diameter.
Other Requirements:
1. No laterals shall be connected to manholes.
2. Manholes shall not be located in areas where access would be restricted.
3. No inside drop connection shall be allowed.
246
Capacity Evaluation and Condition Assessment Page 14
5. Capacity Evaluation and Condition Assessment
A hydraulic model was built and calibrated in the InfoSWMM software environment using flow monitoring data detailed in Section 3 and field survey data conducted in 2022 (See Appendix D - Field Survey Data). The calibrated model was used to evaluate hydraulic deficiencies in the system under existing and future PDWF and PWWF scenarios. Model output results for existing and future scenarios including post-improvements are included in Appendix E – Model Results.
A review of the 2017 CCTV inspection performed by Pro-Pipe® was done by IEC to assess the extent of structural deficiencies and prioritize improvements in the HISMD system. CCTV results are included in Appendix A – 2017 CCTV Report by Pro-Pipe for San Mateo County. The CCTV report review performed by IEC is included in Appendix C – Condition Assessment Results.
The following includes a description of the capacity evaluation and condition assessment analysis completed.
5.1. Capacity Evaluation
As referenced in Section 3.2, most flows from HISMD discharges via County pipes into the San Carlos system with the exception of the 6-inch main on O’Neill Avenue which flows to the 27-inch trunk line on Karen Road.
Based on Section 2 of the Sanitary Sewerage Treatment Capacity Rights and Services agreement between HISMD and San Carlos on January 5th, 1982, a total flow of 0.33 mgd can enter the San Carlos system from HISMD. At the time of this report, a 30% reduction of these flows which is proportional to the percentage area of HISMD that was annexed into San Carlos in the late 1990’s was in discussion. Flow analysis results under future ADWF scenario shows that the maximum flow into San Carlos would be approximately 0.30 mgd which would exceed the new 0.099 mgd threshold.
Model results indicate that the existing system does not exhibit any deficiencies under existing or future PDWF conditions. Per City planning design criteria presented in Table 4-1, maximum depth-to-diameter ratio (d/D) shall not exceed 0.7 under PWWF condition for existing gravity mains 12-inches or smaller. Based on this criterion, model results under existing PWWF scenario indicates a d/D of 0.75 for the six-inch main along Harbor Boulevard between manhole “SSMH_816” and manhole “SSMH_820” (intersection of Industrial Way and Harbor Boulevard). Furthermore, model results under future PWWF scenario projects that pipes from Old County Road, Elmer Street, and along Harbor Boulevard till the 27-inch on Industrial Way will be capacitydeficient and experience d/D greater than 0.70 as shown in Figure 5-1. Future scenarios assume that flows will not enter the San Carlos system.
5.2. Condition Assessment
In 2017, a closed-circuit television (CCTV) inspection was performed on approximately twenty-six mains in the HISMD area by Pro-Pipe® for the County of San Mateo. No manhole condition assessments were done. The inspection reports per pipe segment CCTV-ed are included in Appendix A – 2017 CCTV Report. Table 5-1 shows a list of pipes that were not CCTV-ed. It is recommended that these pipes be CCTV-ed in the near future to assess pipe conditions.
Table 5-1. Pipes Not CCTV-ed
GIS
Main Facility ID CCTV Status Location Description
SSMH_847-
SSMH_845 Not CCTV-ed in 2017 6-inch off Harbor Boulevard and north of Old County Road 403423DSSMH_819 Not CCTV-ed in 2017 6-inch parallel and above flat 27-inch segment along Harbor Boulevard
Defects per pipeline segment were described and coded per NASSCO’s Pipeline Assessment Certification Program (PACP) standards. The NASSCO reference and defect codes used in the CCTV report are included in Appendix B. Since the raw data to create the reports was not available, an estimation of defect scores per pipe was calculated to rank severity of pipe defects to prioritize for improvements. Scoring details are included in Appendix C – Condition Assessment Results. 247
Capacity Evaluation and Condition Assessment Page 15
Results of the CCTV scoring which were graded as low to very high depending on count and severity of structural defects. Most pipes along Harbor Industrial Boulevard are graded as having medium to high structural defects. Per NASSCO rating, this means that the pipes have several moderate structural defects that if not addressed, will likely cause the pipes to fail within 10 to 20 years. The 280-foot six-inch pipe along O’Neill Ave exhibited severe structural defects that included joint offsets, fractures, sags, and roots including grease and sediment deposits. This means that if defects are not addressed, the pipe will likely fail within 5 to 10 years. Pipes along Elmer and Old County had severe structural issues; however, per County, these pipes were rehabilitated in 2019. These pipes are listed in Table 5-2.
Table 5-2. Pipes Recently Replaced or Rehabilitated by County GIS
Main Facility ID Rehabilitation Status Location Description SSMH_837-
SSMH_844
CCTV-ed in 2017; replaced in 2019 to 8-inch
by County 6-inch along Elmer Street
SSMH_836-
SSMH_837
CCTV-ed in 2017; replaced in 2019 to 8-inch
by County 6-inch along Elmer Street
SSFI_9917-
SSFI_9918
CCTV-ed in 2017; 6-inch rehabilitated via
CIPP in 2019 by County 6-inch off Old County Road
SSIL_849-
SSMH_850
CCTV-ed in 2017; 6-inch rehabilitated via
CIPP in 2019 by County
6-inch at intersection of Old County Road and
Harbor Boulevard
The 6-inch connecting to the 27-inch trunk on Industrial Way between “SSMH_821” and “SSMH_822” was noted to have a moderate sag and several grease deposits; therefore, was graded as having a medium structural defect. The 27-inch trunk on Industrial Way between manholes “SSMH_822” and “SSMH_823” had an “infiltration dripper” within 8-inches of a joint; hence, graded as having a low structural defect grade.
Maintenance issues related to sediment deposits, roots, and grease were prevalent in HISMD pipes in general.
248
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Does Not
Flow to San Carlos
SSMH_825
D
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
8''
6''
36''
18''
10''
12''
27''
8''
21''
8''
27''
6''
6''
6''
6''
8''
27''
6''
21''
27''
6''
21''
6''
8''
18''
27''
6''
6''
6''
6'' 8''
6''
6''
6''
8''
6''
6''
8''
6''
27''
18''
21''
27''
6''
21''
21'' 6''
27'
2 '
1''
6''
27''
21''
6''
21''
8''
8''
21''
18''
6''
6''
10''
8''
8''
6''
6''
6'' 6''
6''
6''
6''
8''
18''
27''
City of Belmont
Future PWWF
Capacity Deficiencies
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
d/D > 0.7
Figure 5-1
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
Example Depth to Diameter
Ratio (d/D) of 0.46
249
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Flows to San Carlos
SSMH_825
Rehabilitated
by County in 2019
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
36''
8''
6''
18''
10''
27''
12''
21''
6''
6''
18''
21''
8''
6''
8''
27''
8''
6''
27''
6''
21''
8''
27''
6''
6''
8''
8''
6''
6''
10''
8''
6''
6''
6''
6''
6''
6''
6''
21''
6''
27''
18''
6''
27''
6''
21''
27''
6''
21''
6''
27''
6''
27''
8''
6''
27''
6''
6''
21'' 21'' 21''
18''
21''
6''
10''
8''
8''
6'' 6''
6''
8''
6''
6''
8''
6''
27''
City of Belmont
2017 CCTV Structural Defects
±
Figure 5-2
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
Structural Defect Grade
Low
Medium
High
Very High
!O
!O
!O
SSMH_823
SSMH_822
SSMH_821
INDUSTRIAL
No Defects
250
Capital Improvement Program Page 18
6. Capital Improvement Program
6.1. Capacity-Related Improvements
As mentioned in Section 5.1, most mains along Harbor Boulevard will exceed d/D of 0.70 during future PWWF conditions.
Surcharge conditions in pipes are further exacerbated with backup due to future flows not discharging to San Carlos.
Per City design criteria, maximum d/D shall not exceed 0.5 under PWWF condition for new gravity mains 12-inches or smaller in size. Based on these parameters, most mains along Harbor Boulevard will exceed d/D of 0.70 during future PWWF conditions.
Existing pipes exhibiting a d/D greater than 0.70 were upsized in the hydraulic model, one by one, till the d/D of each pipe was less than 0.5. To mitigate these capacity-related deficiencies, Projects CIP-1 and CIP-2 are recommended as shown in Figure 6-
1. Project CIP-1 is divided into two sub-projects; CIP-1A and CIP-1B. CIP-1A will include construction of a new 18-inch main from the existing manhole “SSMH_820” to an existing City manhole “403423E” on Karen Road. CIP-1B will include construction of a new 27-inch under US Highway 101 from manhole “403423E” to connect to an existing City system manhole “403700H” on Shoreway Road. From manhole “403700H”, about 210 feet of the existing 18-inch is recommended to be upsized to 27-inch on Shoreway Road. Since CIP-1B mitigates both City and HISMD future flows, the cost for this project will be shared between the City and HISMD CIPs based on contributing flows. To adhere to the capacity agreement with San Carlos, the 27-inch along Industrial Way is recommended to be capped or abandoned once CIP-1 is completed. Alternatively, the City could install a vault that allows flow control and monitoring capabilities along this 27-inch.
Project CIP-2 will include upsizing about 1,300 feet of existing 6-inch VCP mains along Harbor Boulevard to 12-inch mains from “SSMH_844” (Elmer Street) to “SSMH_820” (Industrial Way). Project CIP-1 is recommended to be completed first in order to transport near-term redevelopment flows from the HISMD area. Downstream effects to the City system due to this 18-inch tie-in will need to be evaluated as part of the Belmont Sewer Master Plan. An additional 250 feet of six-inch main is recommended to be upsized between manholes “SSMH_844” and “SSMH_847” located east of Elmer Street under CIP-3 to increase capacities due to future redevelopments.
Model result tables for existing and future dry and wet-weather scenarios as well as profile plots pre- and post- improvements along Harbor Industrial are located in Appendix E – Hydraulic Model Results.
Finally, due to uncertainties related to location and quantity of future sewer loads from redevelopment projects, it is recommended that the capacity evaluation be updated as more refined sewer loadings become available for the HISMD area.
6.2. Condition-Related Improvements
The last CCTV inspection in HISMD was conducted six years ago and pipes with moderate to high structural defect counts as shown in Figure 5-2 are continuing to deteriorate. The City’s historic maintenance records (refer to Figure 5-3) show that VCP’s in the system have high structural defect scores and due to age, the 70-year-old six-inch mains have a propensity to develop cracks and increase I/I occurrences. As such, Project CIP-3, -5, and -6 are recommended to address further structural deterioration of the existing old 6-inch VCP pipes and reduce I/I.
Project CIP-3 includes upsizing approximately 250-feet of 6-inch VCP mains to 8-inch PVC mains from Old County Road to Elmer Street along Harbor Boulevard.
Project CIP-4 is to abandon the existing 6-inch main that is atop the existing 27-inch main between Industrial Way and Karen Road along Harbor Boulevard per County staff. Maintenance/cleaning of this main will be difficult due to this configuration so it is recommended that laterals be connected to the new 18-inch main instead as the area develops.
Similar to CIP-3, Project CIP-5 is recommended to replace approximately 250-feet of older, structurally deteriorating, six-inch VCP pipes to reduce I/I. When upsizing the existing 6-inch VCP to 8-inch PVC, the City should consider connecting to the new 18-inch on Harbor Boulevard instead of the existing 27-inch on Industrial Way; therefore, it is recommended that the project be done at around or at the same time as CIP-1.
Project CIP-6 is recommended to address structural defects found from the 2017 CCTV inspection results. The 300-feet six-inch pipe along O’Neill Avenue has several joint offsets, sags, and fractures and is recommended to be upsized to an 8-inch PVC. 251
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Does Not
Flow to San Carlos
SSMH_825
D
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
21''
36''
8''
6''
18''
12'' 10''
27''
27''
6''
8''
6''
6''
21''
6''
21''
6''
8''
8''
6''
8''
21''
21''
6''
6'' 6''
21''
27''
6''
18''
6'' 21''
21''
8''
8''
8''
27''
27''
18''
8''
27''
6''
6''
21''
6''
8''
12''
6''
6''
6''
6''
6''
27''
6''
6''
6''
27''
27''
18''
6''
6''
8''
21''
6''
6''
18''
6''
27''
6''
8''
27''
21''
6''
8''
6''
6''
10''
21''
8''
6''
6''
8''
6''
6''
6''
6''
18''
8''
27''
City of Belmont
Recommended
Capacity Improvements
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
Capacity Improvements
Upsize to 12-inch
Upsize to 8-inch
New 18-inch
New 27-inch
Figure 6-1
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
252
Capital Improvement Program Page 20
Figure 6-2. Structure Defect Score by Pipe Material
(Source: Belmont System Maintenance Data)
6.3. Cost Estimates
Tables 6-1, 6-2, and 6-3 includes unit costs associated with pipe and manhole replacement and rehabilitation work. Planninglevel unit costs were developed based on local bid results between 2018 and 2023 and similar studies completed in the past 5 years. The cost estimates in this study are provided for planning purposes and represent “Class 4 for Studies or Feasibility Report” level costs as established by the American Association of Cost Engineers (AACE), with an accuracy of +50% to -30%.
Construction unit costs shown herein represent the typical construction unit cost for the individual item of work (e.g., partial lining, point repair, replacement, etc.) plus additional costs associated with a typical construction project such as mobilization, demobilization, permits, traffic control, sheeting, bypassing, shoring and bracing, easement site restoration, and lateral repairs, etc. Capital unit costs include construction costs plus 30% contingency for costs associated with engineering, construction management and inspection, and project administration and legal activities. Capital unit costs presented herein are in 2023 U.S.
Dollars. Since prices of material and labor fluctuate with time, costs should be re-estimated during the preliminary design of a project to confirm budget amounts.
Tables 6-1 and 6-2 were used to estimate pipe upsizing projects using open trench methodology and manhole installation projects. Table 6-3 includes unit cost estimates from the City’s March 2023 bid comparison for 6-inch main abandonment and lateral reconnection projects. Unit costs from Table 6-3 were used to estimate costs for the six-inch pipe abandonment and lateral reconnection work for CIP-4. It is assumed that five (5) laterals will need to be reconnected to the new 18-inch main. CIP4 can be combined with CIP-1 depending on development trends in the area.
Table 6-3 also includes cost estimates for micro tunneling per IEC’s 2023 project estimates. For Project CIP-1, IEC reviewed cost estimates for micro tunneling and bore and jack methodologies under U.S. Highway 101. The costs for both methodologies, including contingencies for construction and administrative costs, ranged from about $2 million to $4 million. It is unclear which methodology is best suited at a planning-level stage, and for this reason, the more conservative cost is used for this CIP estimate.
An additional optional cost for CIP-1 includes construction of a flow control and monitoring vault along Industrial Way. This vault is assumed to be constructed in the existing manhole “SSMH_825” on Industrial Way. The vault is estimated to be about 8-feet by 8-feet to provide access and room for flow control device such as a slide gate and a permanent flow meter to control and monitor flows into San Carlos. The cost for this vault is estimated to be 1.3 million dollars as shown in Table 6-4. 0 1
2 3
4 5
6 7
8 9
10 PE PVC RCP VCP
Score
Pipe Material
Average of Structural
Total Score
Average of Structural
Ratings Index
253
Capital Improvement Program Page 21
Table 6-1. Pipe Replacement Unit Costs
Table 6-2. Manhole Rehabilitation Unit Costs
Rehabilitation
Method Construction Unit Costs ($ ea.) Capital Unit Cost ($ ea.) Rehab/Repair 10,385 13,500
Replacement 21,250 27,625
Table 6-3. Other Construction Unit Costs
Method Construction Unit Cost Capital Unit Cost
Micro tunneling $3,700/lf $4,800/lf
6-inch Pipe
Abandonment $20/lf $26/lf
6-inch Lateral
Reconnection $2,679 each $3,500 each
Table 6-4. Flow Control & Monitoring Vault Construction Unit Costs Method Construction Unit Cost
($ ea.)
Capital Unit Cost
($ ea.)
Flow Control Vault in existing
Manhole SSMH_825 960,000 1,248,000
Permanent Flow Meter
Installation 15,000 19,500
6.4. Recommended Capital Improvement Plan
Table 6-5 shows the 10-Year Capital Improvement Program (CIP) for HISMD with detailed descriptions and costs phased per fiscal year beginning in June. Due to HISMD’s aging manholes, it is recommended that manholes be inspected and replaced if necessary, during main improvements. Manholes not listed for CIP are recommended to be inspected per NASSCO standards and assessed for structural integrity. Figure 6-2 shows CIP projects that address capacity and condition-related main deficiencies in the system.
Table 6-5 provides details on purpose and description of each recommended project, 2023 construction cost, source(s) of cost estimation as well as project phasing. All costs have been rounded to the nearest one thousand dollars.
Pipe Size (in) Construction Unit Costs ($/lf) Capital Unit Cost ($/lf) 6 477 620
8 500 650
10 646 840
12 685 890
15 715 930
18 762 990
21 923 1,200
24 1054 1,370
27 1185 1,540
254
Capital Improvement Program Page 22
Total CIP cost is estimated at about $8.6 million which includes the $1.3 million optional vault cost under CIP-1. While CIP-1A mitigates capacity deficiencies for HISMD future flows, CIP-1B mitigates effects of both HISMD and City future flows. Per the City’s Sewer Design Guide, developers are responsible for shared costs of the system improvements. HISMD’s shared cost to CIP-1B amounts to about $320,000 based on its 11% ADWF contribution.
Total cost for FY 2023 – 2027 is estimated at $8.4 million with most of the cost attributed to project CIP-1. Cost for FY 2028- 2032 is estimated at 0.2 million. Detailed descriptions of each CIP project and cost estimation methodology are included in Section 6.
255
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
!O
Flows to Silicon Valley Clean Water
Wastewater Treatment Plant
Does Not
Flow to San Carlos
SSMH_825
D
403416
403416A
403416B
SSMH_836
SSMH_847
SSMH_814
SSMH_823
SSMH_819
SSMH_822
SSMH_846
SSMH_845
SSMH_824
SSMH_817
SSMH_821
SSMH_816
SSMH_850
SSMH_837
SSMH_820
SSMH_818
SSMH_844
SSMH_9971
SSMH_6184
CIP-2
CIP-3
CIP-1B
CIP-5
CIP-4
CIP-1A
CIP-6
21''
36''
8''
6''
10''
27''
18''
6''
21''
6''
27''
21''
8''
21''
6''
6''
6''
21''
6''
6''
6''
18''
6''
27''
6''
18''
6''
27''
6''
21''
18''
8''
21'' 8''
21''
8'' 27''
27''
21''
6''
21'' 21''
8''
27''
8''
6''
6''
27''
6''
27''
8'' 8''
6'' 6''
27''
8''
8''
6''
6''
6''
8''
27''
City of Belmont
Recommended 10-Year
Capital Improvement Projects
±
Legend
!O Manhole ID (GIS)
Existing System
HISMD
City of Belmont
City of San Carlos
HISMD Boundary
Figure 6-3
Service Layer Credits: Sources: Esri, HERE, Garmin, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, 0 0.05 0.1
Miles
256
Capital Improvement Program Page 24
Table 6-5. Recommended 10-Year Capital Project Cost Estimates (FY 2023 – FY 2033) Project ID Category Purpose Project Description
Existing
Diameter
(in.)
Estimated Capital Costs ($)1 Total
Length
(feet)
8 in. Phase Cost Source
length
(ft)
12 in.
length
(ft)
18 in.
length
(ft)
27 in.
length
(ft)
Manhole
Count Total ($)
CIP-1
(CIP-1A) Capacity-Related
Mitigate Capacity Deficiencies
along Harbor Boulevard during
Future Peak Wet Weather Flow
Conditions
Micro tunnel new ~350 feet of 18-inch main from
SSMH_820 to City manhole 403423E (on Karen). - - - 350 - 0 2,027,000 350 2023-2027 Unit Costs from Table 6-1 and Table 6-3 CIP-1
(CIP-1B) Capacity-Related
Mitigate Capacity Deficiencies
from HISMD and City during
Future Peak Wet Weather Flow
Conditions. As a result, this
project will be a shared cost
between HIA and City CIPs
1. Micro tunnel new ~400 feet of 27-inch main from City existing manhole 403423E (on Karen) to City manhole 403700H (on Shoreway).
2. Upsize 210 feet of existing 18-inch on Shoreway from manhole 403700H.
18 - - - 610 2 2,915,000 2 610 2023-2027 Unit Costs from Tables 6- 1, 6-2, and 6-3 CIP-1
(Optional) Vault To Control and Monitor Flows into San Carlos Construct 8x8 feet vault with flow control device and permanent flow meter in existing manhole SSMH_825 on Industrial Way - - - - - - 1,267,000 - 2023-2027 Unit Costs from Table 6-4 (IEC planning-level estimates) CIP-2 Capacity-Related
Mitigate Capacity Deficiencies
along Harbor Boulevard during
Future Peak Wet Weather Flow
Conditions
Upsize ~ 1300 feet of six-inch mains along Harbor
Boulevard from Elmer till 27-inch trunk sewer on
Industrial Way; starting from manhole SSMH_844 to
SSMH_820 to 12-inch PVC. Assume all manholes will
need to be replaced.
6 - 1,300 - - 6 1,323,000 1300 2023-2027 Unit Costs from Tables 6-1 and 6-2 CIP-3
Capacity-Related
Mitigate Capacity Deficiencies
along Harbor Boulevard during
Future Peak Wet Weather Flow
Conditions
Upsize ~ 250 feet of six-inch main with an 8-inch PVC
from manhole SSMH_847 to SSMH_844 along Harbor
Boulevard. Assume all manholes will need to be
replaced.
6 250 - - - 1 191,000 250 2023-2027 Unit Costs from Tables 6-1 and 6-2 ConditionRelated Replace older, structurally deteriorating, 6-inch VCP pipes and reduce I/I Upsize ~ 250 feet of six-inch main with an 8-inch PVC from manhole SSMH_850 to SSMH_847 along Harbor Boulevard. Assume all manholes will need to be replaced. 6 250 - - - 3 246,000 250 2023-2027 Unit Costs from Tables 6-1 and 6-2 CIP-5 Condition- Related Replace older, structurally deteriorating, 6-inch VCP pipes and reduce I/I Upsize ~300-feet of existing 6-inch VCP to 8-inch. Install ~ 180 feet of 8-inch to connect to the 18-inch on Harbor instead of connecting to the existing 27-inch on Industrial Way. 6 480 - - - 3 395,000 480 2023-2027 Unit Costs from Tables 6-1 and 6-2 5-Yr CIP Total ($) 8,365,000 3,240
CIP-4 Condition- Related Reduce maintenance related issues.
Abandon existing ~300-feet of 6-inch VCP that is on top of 27-inch per County. Assume reconnect 5 laterals
from the abandoned 6-inch main to the new 18-inch
main on Harbor Boulevard.
6 - - - - 0 26,000 300 2028-2033 Unit Costs from Table 6-3 CIP-6 Condition- Related Address severe structural deterioration from 2017 CCTV Upsize ~300-feet of existing 6-inch VCP to 8-inch on O'Neill Ave. 6 300 - - - 1 223,000 300 2028-2033 Unit Costs from Tables 6-1 and 6-2 10-Yr CIP Total ($) 249,000 600
TOTAL 1,280 1,300 560 400 16 $8,614,000 3,8403
1. Costs are based on 2023 unit costs described in Section 6.3 and rounded to nearest thousand dollars 2. HISMD shared cost amounts to approximately $320,000 based on 11% ADWF contribution. It is estimated that two manholes will need to be replaced along this alignment. 3. Total length includes 300 feet of abandoned main for CIP-4 257
Appendix B. Sewer Design Guide
258
Sewer Design Guide
August 2023
City of Belmont
Public Works Department
1 Twin Pines Lane, Suite 385
Belmont, CA 94002-3890
259
Acronyms
ADWF Average Dry Weather Flow
City City of Belmont
d/D depth of flow over the diameter of the pipe
DIP Ductile Iron Pipe
fps feet per second
HDPE High Density Polyethylene
PDWF Peak Dry Weather Flow
PWWF Peak Wet Weather Flow
PVC Polyvinyl chloride
VCP Vitrified Clay Pipe
GWI Groundwater Infiltration
RDII Rainfall Dependent Infiltration/Inflow
260
Section I. Introduction
The purpose of this Sewer Design Criteria is to establish planning and design criteria of the City’s sanitary sewer system. All sanitary sewer facilities within the City shall be designed in accordance with the design standards recommended herein based on accepted engineering principles and industry best practices as well as City’s Standard Details for design specifications. References used to develop this Sewer Design Guide include, but are not limited to the list below:
1. American Society of Civil Engineers (ASCE) Manuals and Reports on Engineering Practice No. 60/ Water Environment Federation (WEF) Manual of Practice No. FD-5 Gravity Sanitary Sewer Design and Construction
2. City of Redwood Sanitary Sewer System Design Criteria
3. West Bay Sanitary District Standard Specifications for Design and Construction of Sanitary Sewer Collection and Conveyance Facilities
4. Sacramento Area Sewer District Standards and Specifications
5. Marin County Sanitary District No. 2 (Town of Corte Madera) Sewer Standard Specifications and Drawings
6. Novato Sanitary District Standard Specifications and Drawings Addendum No. 1
7. Sausalito-Marin City Sanitary District Standards for the Design and Construction of Sewers in Bay Mud
Section II.Sewer Analysis and Impact Fees
In all existing and newly developed areas where new sanitary sewer pipelines or laterals are required, the design shall include the provisions that the sewer system size and capacity can adequately accommodate the ultimate anticipated conditions and population growth identified in the Buildout of the Belmont General Plan and Belmont Village Specific Plan (BVSP) or its successor whenever applicable. Under no condition shall any type of storm drain system be connected to the sanitary sewer system.
All new development or redevelopment projects will require submittal of a sewer impact study to ensure that the existing system has adequate capacity to accommodate the proposed development. The sewer impact study prepared by the Developer shall determine impacts to the existing system both locally and cumulatively based on the latest sewer model data and including the following components:
1. Determine if there are any deficiencies under peak wet weather flow (PWWF) condition
2. Determine the improvements necessary to accommodate the development flows.
3. Determine the associated improvement cost estimates based on the unit costs provided in the 2021 Sewer System master Plan or its successor and adjusted for inflation. If there are any recent construction projects, the unit costs from the latest bids may be used.
261
Section 2.01 Study Area
The impact analysis must include both collector and trunk systems. Further, the impact analysis must be expanded to include impact on the downstream sewer pipelines and/or pump stations, as described below.
(a) Scenario #1. Small development consisting of 1 or 2 dwellings Applicant shall analyze the sewer main to the nearest minor trunkline. The minor trunkline is defined as a 10-inch sewer main. If the development takes place along the corridor with major trunklines, the Developer shall analyze the system to at least 1/2 mile downstream. If the analyzed pipe shows capacity deficiency ((details listed in Section
3.02 (e)) either under existing or future PWWF conditions, the Developer shall analyze it further downstream until reaching the pipe that shows adequate capacity to handle the development flows in addition to the existing and planned future PWWF. (b) Scenario #2. Large size development consisting of more than 2 dwellings, commercial, or industrial development
1. Applicant shall analyze all components of the sewer system to the nearest pump station. If analysis shows that the pump station is under capacity to accept flows from the proposed development under PWWF condition, the Developer shall also analyze the downstream system starting from the force main to the gravity trunkline that shows sufficient capacity to accept flows.
2. If there are no pump stations located within a 1/2 mile, the Developer shall analyze the sewer system downstream to the major trunkline. The major trunkline is defined as a 15-inch sewer main. If the development takes place along the corridor with major trunklines, the developer shall analyze the system for 1/2 mile downstream. If the analyzed pipe has capacity deficiencies, the developer shall analyze the system downstream to the gravity trunkline that shows sufficient capacity to accept the development flows in addition to the existing and planned future PWWF.
In addition to conducting a sewer impact study, the Developer shall video inspect the existing gravity pipes to assess the structural and flow conditions, and determine if any repairs are needed to be done to accept future flows. The Developer shall submit the video and inspection report to the City, and fix any defects in the existing sewer main that may include, but not limited to cracks, offsets, bellies, etc.
Section 2.02 Flow Estimation
As part of the Sewer Impact Study, sewer flows from the proposed development and of the facilities that will be impacted should be estimated for capacity analysis. Below are the terminology used in this Section.
(a) Average Dry Weather Flow (ADWF)
ADWF is the average daily sanitary flows including groundwater infiltration (GWI) (b) Groundwater Infiltration (GWI)
GWI is groundwater that enters into the sewer system through defects in pipes, pipe joints, and manholes.
262
(c) Peak Dry Weather Flow (PDWF)
PDWF is the highest hourly flow during dry weather day with GWI. (d) Peak Wet Weather Flow (PWWF)
PWWF is the highest hourly flow during a significant rain event. PWWF includes sanitary flow, GWI, and Rainfall Dependent Infiltration and Inflow (RDII). (e) Rainfall Dependent Infiltration and Inflow (RDII)
RDII consists of rainfall that enters the sewer system through sources such as manhole covers, cross connections between storm drains and sanitary sewers. (f) Sewer Generation Factors
ADWF can be estimated based on land use type and the sewer generation factors listed in Table 2.02-1. For developments with land use type not specified herein, methodology of flow estimation should be documented and approved by the City.
Table 2.02-1 Sewer Generation Factors by Land Use Type
Land Use Type Zoning Code Recommended Sewer
Generation Factor Unit
Single-Family Residential R1A, R1B, R1C,
R1E, R1H
160 gpd/unit
1120 1gpd/ac
Hillside Residential HRO1, HRO2,
HRO3
325 gpd/unit
470 2gpd/ac
Duplex/Medium-Density
Residential R2
160 gpd/unit
1600 3gpd/ac
Multi-family/High Desnity
Residential R3, R4, VHDR
160 gpd/unit
4800 4gpd/ac
Office E1, E2.1, E2.2
125 gpd/1,000
sf
2700 5gpd/ac
Commercial NC, SC, RC
110 gpd/1,000
sf
2400 5gpd/ac
Institution and Public Facility SE, PS, PF
35 gpd/1,000
sf
760 5gpd/ac
Mixed Use PD, VC, VSC,
VCMU, HIA
140 gpd/1,000
sf
3050 5 gpd/ac
Hotel 100 6 gpd/room
Research and Development 200 6
gpd/1,000
sf
Notes:
1. assumed a residential density of 7 du/ac.
263
2. assumed a residential density of 1.45 du/ac.
3. assumed a residential density of 10 du/ac.
4. assumed a residential density of 30 du/ac.
5. assumed a FAR of 0.5
6. based on sewer generation factors used by agencies in California. (g) Peaking Factors
PDWF and PWWF shall be determined based on the latest sewer model and will be provided by the City.
(h) Capacity
For flow projections and determination of the need for capacity improvements, the Developer shall consider the following criteria:
1. Tributary areas
2. Land use type
3. PWWF
4. Design criteria for existing and new gravity sewer mains
5. Condition of pipes and connections of the existing system downstream of the development
Tributary area of a sewer shall include all areas that will contribute flow to the sewer.
Capacity of gravity sewers, force mains, and pump stations shall be sufficient to carry the existing and future PWWF of the tributary area. Development flows shall be estimated based on the sewer generation factors listed in Table 2.02-1. If the sewer generation factor of the proposed land use type is not listed in Table 2.02-1, the Developer shall document the methodology of flow estimation for the City’s review and approval. The City will provide the latest sewer model to the applicant. The Developer shall use these criteria to estimate design flows as accurately as possible. Calculations shall be submitted to the Department of Public Works (DPW) for approval and accompanied by the sewer model output performed by the Developer. Based on the model results, the Developer shall determine the type of improvements and cost estimates required to bring the existing system to accept additional capacity, and shall submit that to DPW for review, amendment, and approval. (i) Capacity Improvements
Upon receipt of the sewer impact study prepared by the Developer, the City will review the sewer impact study and run the hydraulic model to validate the findings from the study.
(j) Sewer Impact Fees/Share Costs
Any repairs that need to be performed to the existing sewer system and capacity related improvements, as determined by the City, are the responsibility of the Developer and shall be completed as part of their development project prior to project completion.
For the capacity related off-site improvements, the Developer’s share costs are determined by the following method:
264
Run computer model in ADWF condition (no peaking) and take the percentage of the sewage flow rate that is attributed to the development compared to the total flow in the sewer system. The developer pays their percentage of the total improvement cost proportional to ratio of the development ADWF over the total ADWF of the facilities recommended for improvement in addition to their connection fees. This is their fair share contribution/ sewer impact fee.
The developers may construct improvements to the sewer system themselves in lieu of paying the sewer impact fee. The design of the improvements shall be done by the Developer’s engineer and it shall be approved by the City staff prior to building permit approval.
Section III. Sewer System Design
Section 3.01 General
This section establishes certain standards for design and construction of gravity sewer mains, sewer laterals, pump stations, and force mains.
Section 3.02 Gravity Sewers
(a) Size
The minimum diameter for gravity sewer mains shall be 8-inch. (b) Manning’s n
For gravity flow, use the manning’s formula to determine the relation of slope, design flow, velocity, and diameter. The design “n” value shall be 0.013. (c) Velocity
The minimum design velocity shall be 2 fps when the sewer is flowing half-full for selfcleansing purposes. The maximum design velocity shall be 10 fps using the design PWWF. If obtaining the specified minimum velocity is not possible, the capacity criteria shall be predominant.
(d) Slopes
Slope shall be calculated by dividing the difference in elevation at each end of the pipe by the linear length of the pipe. The minimum slope of gravity sewer shall be designed to provide a minimum velocity of 2 fps at pipes flowing half full. Table 3.03-1 shows the minimum slopes by size based on a minimum velocity of 2 fps with the pipe flowing half full with the considerations of construction tolerance and future minor settlements or sags. Slopes less than those listed in Table 3.03-1 shall not be used. 265
Table 3.03-1. Minimum Slope by Pipe Diameter
Pipe Diameter (in.) Slope (%)
6 0.50
8 0.50
10 0.25
12 0.20
15 0.15
18 0.12
21 0.10
24 0.10
27 0.10
30 0.10
33 0.10
36 0.10
(e) Capacity
For existing gravity sewers, the maximum d/D of gravity sewers 12-inch or smaller in diameter shall not exceed 0.7 under PWWF condition; the maximum d/D of gravity sewers greater than 12-inch in diameter shall not exceed 0.85 under PWWF condition.
For new gravity sewers or improved gravity sewer as part of project, the maximum d/D of gravity sewers 12-inch or smaller in diameter shall not exceed 0.5 under PWWF condition. Maximum d/D of gravity sewers greater than 12-inch in diameter shall not exceed 0.75 under PWWF condition.
(f) Depth of Cover
The minimum depth of cover of the gravity sewers within street rights-of-way shall be 5 feet from the surface to the top of the pipe, and the minimum depth of cover of the gravity sewers within easement, sidewalks, and other rights-of-way not expected to become streets shall be 2 feet from the surface to the top of the pipe. (g) Clearance
In compliance with the California Waterworks Standards, gravity sewers must clear underneath water pipelines with a minimum vertical clearance of 1 foot and a minimum horizontal clearance of 10 feet. Minimum vertical clearance and minimum horizontal clearance from other utilities shall be one foot and 5 feet, respectively. (h) Location
Sewers shall be located along the street centerline within the public street right-of-way where possible. If it is necessary to locate sewers in easements, such easement shall be at least 10 feet in width. Wider easements may be required for sewers 24 inches or larger in diameter. Design engineer shall provide a design report or letter report to the City to demonstrate the justification for locating a sewer within an easement. 266
(i) Alignment
1. Sewer shall be located parallel or perpendicular to the street centerline if possible.
2. Curved alignment is not recommended. If a curved alignment is necessary, a design report or letter report will be required from the design engineer to document the justifications for utilizing a curved alignment.
3. Where a curved alignment is utilized, the curved alignment shall be designed with radii of curvature necessary to limit deflection to 50% of the manufacturer’s recommended allowable deflection. Additional requirements listed below may also be needed:
a. Slope greater than minimum slope requirement
b. Manhole spacing of less than 300 feet
c. Provide a licensed professional land surveyor or engineer to continuously monitor installation of the curved pipe during construction d. Video inspection the curve pipes prior to final acceptance (j) Materials
Gravity sewers shall be constructed of PVC or HDPE pipe conforming to the City’s Sewer Specifications. Any deviation from the specifications must be approved by the City Engineer or his/her designee in written format prior to such materials being used in the work.
(k) Siphons
Inverted siphons shall not be allowed.
(l) Sewer Line Abandonment
Abandoned sewer line shall be plugged and grouted.
(m) Other Requirements
1. pavement restoration shall conform to the City’s pavement restoration standards and Standard Trench Detail.
Section 3.03 Gravity Sewer Lateral
(a) Size
Laterals shall be a minimum of 4 inches in diameter for single-family residential use and a minimum of 6 inches in diameter for multi-family residential, commercial, and industrial uses.
(b) Slope
Laterals shall be designed with a minimum slope of 2% for 4-inch sewers and 1% for 6- inch sewers, or with a slope to provide a minimum velocity of 2 fps. 267
(c) Depth of Cover
Laterals shall have a minimum depth of cover of 3 feet from the property line to connection to sewer main.
(d) Cleanout
A cleanout shall be installed for each lateral a maximum of 5 feet within the property line conforming to the City’s Standard Details. The cleanout shall be the same size as the lateral.
(e) Connections
Lateral connections to sewers shall be made with manufactured wye branches. Other types of connections may be allowed on a case-by-case basis. (f) Backwater Device
Backflow preventer is required for all houses.
(g) Material
Gravity sewers laterals shall be constructed of the same material as the connecting gravity sewer conforming to the City’s Sewer Specifications. Any deviation from the specifications must be approved by the City Engineer in written format prior to such materials being used in the work.
(h) Other Requirements
Only one lateral is allowed per parcel.
Section 3.04 Manhole
(a) Locations
1. At intersections of where two or more sewer mains join
2. At change in grade, pipe size, or material
3. At accessible locations for maintenance and emergency service (b) Spacing
1. Maximum spacing of 300 feet on sewers 21-inches or smaller in diameter
2. Maximum spacing of 400 feet on sewers larger than 21-inches in diameter (c) Manhole Abandonment
Abandoned manhole shall be filled with concrete and paved. (d) Other Requirements
1. No laterals shall be connected to manholes.
2. Manholes shall not be located in areas where access would be restricted.
3. No inside drop connection shall be allowed
268
Section 3.05 Pump Station
(a) Size
1. Pumps shall be sized with firm capacity sufficient to accommodate the PWWF flows.
2. Consider the potential for future expansion of the lift stations to accommodate future needs.
Section 3.06 Force Main
(a) “C” Factor
Force mains shall be designed using a Hazen Williams roughness coefficient (“C” factor) of 130.
(b) Velocity
Force mains shall be sized to provide minimum velocities of at least 3 fps (under PDWF condition) and maximum velocities not exceeding 8 fps (under PWWF condition). (c) Depth of Cover
Force mains shall have a minimum depth of cover of 4 feet as measured from finished surface to the top of the pipe.
(d) Profile
Force mains shall be designed with uniform slope whenever feasible. Suitable air and/or vacuum release valves shall be installed at the high points. (e) Access Vault
Air and/or vacuum release valves and other valves that may not be easily accessible as determined by city staff shall be installed inside a vault to allow access for maintenance. (f) Clearance
1. Force mains must meet the State of California, Department of Public Health, California Regulations Related to Drinking Water, and Title 22 of the California Code of Regulation, Section 64572, “Water main Separation” Requirements.
Force mains shall be at least 10 feet horizontally from and 1.5 feet vertically underneath water pipelines.
2. Force mains must have a minimum horizontal clearance of 5 feet from nonpotable or dry utilities and a minimum vertical clearance of one foot. (g) Discharge Connection
Force mains shall connect to a transition manhole with its centerline perpendicular to the manhole wall and at an invert elevation matching the spring line of the gravity pipe to ensure a smooth transition of flow to the gravity sewers. (h) Materials
1. Force mains shall be constructed of pressure rated DIP, HDPE, or PVC conforming to the City’s Sewer Specifications.
2. Pipes within the wet wells must be of coated and lined DIP material.
3. Force mains shall be encased per Caltrans standards
269
Section 3.07 Sewer System in Bay Mud
Developer shall determine whether or not the Project site is underlain by Bay Mud based on geotechnical report prepared by an approved geotechnical engineer with substantiating evidence in the form of test boring logs. If the Project is found to be underlain by Bay Mud, the Developer’s engineer shall follow the criteria below for sewer system design. (a) Gravity Sewer
1. Gravity sewers shall be designed to slope toward areas of maximum predicted settlement.
2. The installed grading of all sewers shall be at least 150% of the allowable slope per Table 3.03-1
3. The predicted grade of all sewers after 50 years shall be a 150% of the allowable slope per Table 3.03-1
4. All sewers in Bay Mud shall be installed on bedding consisting of a minimum of 12” of crushed rock ¼” or 1-1/2” placed over geofabric laid at the bottom of the trench and extending up each side of the trench to be wrapped over the top of the pipe zone material a minimum of 12” above the top of the pipe
5. The depth of cover over the pipe shall not be less than 4 feet or greater than 10 feet.
6. The vertical clearance between the sewers and adjacent buried utilities or other underground features shall be 1 foot plus 3 times the predicted 50-year settlement of the sewers at the location.
7. Gravity sewers shall connect to pump stations or manholes through a PVC high deflection coupling located no more than 1 foot outside the structure.
8. The invert elevation of any sewer connecting to a pump station shall be a minimum of 6 inches lower than the invert elevation of the nearest upstream manhole.
9. All sewer lines connecting to a pile supported structure shall connect through a flexible telescoping or rotational type of joint to remain watertight through the predicted range of movement over 50 years of settlement between the structure and soil.
(b) Gravity Sewer Lateral
All sewer laterals under pile-supported structures shall not be buried but shall be positively fixed to the pile supported grade beams so they will remain fixed with the structure.
(c) Force Main
1. Force mains shall be designed with uniform slope upward toward the point of discharge. The uniform grade shall be demonstrated after the predicted 50-year settlement has occurred. The force mains shall not have air release valves and be designed to carry the projected PWWF together with any accumulation of air that may occur as the result of settlement.
2. All pressure lines connecting to a pump station structure shall exit the structure through a suitable flexible joint or ball joint.
270
(d) Pump Station
Pump stations shall be located as closed as possible to the area of maximum predicted settlement if required and shall not be pile supported. 271
Appendix C. Planning Criteria Comparison Matrix
272
Facility Type Criteria West Bay Sanitary District1
Sacramento Area Sewer District2City of Redwood City3 Marin County Sanitary District No. 24 ASCE Manual No. 60 Recommendation for the City of Belmont Minimum Diameter 8-inch 8-inch 8-inch except dead end lines of less than 300 ft can be 6 inches in diameter
8-inch 6-inch 8-inch
Manning's n 0.013 0.013 0.013 0.013 depends on material type, recommended design value for most design codes and
reference sources is 0.013
0.013
Velocity min. velocity = 2 fps full or one-half full pipe min. velocity = 2fps at half-full pipe max. velocity = 8 fps
min. velocity = 2 fps
max. velocity = 10 fps
Traditional approach min. velocity = 2fps at
full pipe
new approach: Tractive Force Approach,
using design minimum flow
maximum velcity 10-15 fps
min. velocity = 2 fps at half-full pipe
max. velocity = 10 fps
Pipe Capacity
Criteria (Design
Criteria)
New Pipes,
- Max. d/D under PWWF = 0.67 for 10-inch and
smaller pipes
- Max. d/D under PWWF = 0.8 for 12-inch and
greater pipes
New pipes,
- pipes carried less than 1 mgd of PWWF,
max. d/D = 0.7
- pipes carried more than 1 mgd of PWWF,
max. d/D =1
maximum d/D = 0.75 Max. d/D = 50% for 15-inch or smaller pipe Max. d/D = 75% for pipes greater than 15-
inch in diameter
For existing pipes,
- max. d/D = 0.7 for 12-inch or smaller pipes
- max. d/D = 0.85 for pipes greater than 12"
For new pipes,
- max. d/D = 0.5 for 12-inch or smaller pipes
- max. d/D = 0.75 for pipes greater than 12"
Minimum Slope minimum slope shall be required to obtain 2 fps when flowing full or one-half full
8" (serving less than 6 ESDs) 0.7%
8" 0.35%
10" 0.25%
12"0.2%
15" 0.15%
18" 0.12%
21" 0.11%
> 21" 0.1%
6" 0.5%
8" 0.35%
10" 0.25%
12" 0.2%
15" 0.15%
18" 0.12%
The slope of the sewer shall be such that
the velocity of flow in the pipe when
flowing full shall be equal to or greater than
2 fps.
6" 0.6%
8" 0.4%
10" 0.28%
12" 0.22%
15" 0.15%
18" 0.12%
21" 0.1%
24" 0.08%
Traditional approach min. velocity = 2fps at
full pipe
new approach: Tractive Force Approach,
using design minimum flow
maximum velcity 10-15 fps
6" 0.5%
8" 0.5%
10" 0.25%
12"0.2%
15" 0.15%
18" 0.12%
21" 0.11%
> 21" 0.1%
or slope can provide 2 fps min. velocity
Depth of Cover minimum of 3 ft; If it is impossible to obtain the specified minimum depth, the sewer shall be
either PVC-C900 DR 18 or ductile iron pipe for
the entire length from manhole to manhole.
1' <depth <19', deep enough to provide a
2% min. slope for the lateral
at least 3' -min. 3' for sewer within street rights-ofway - min. 3.5' for sewer within easements or
other rights-of-way not expected to
become streets.
2.5' min. of 5 ft
Min. Vertical
Clearance
- 1 foot from all other utilities and
improvements
-located under all other utilities except
storm sewers
- 18 inches between the water mains and
the sewer mains
- minimum of 1.5 ft under water mains
- minimum verticle clearance of 1 foot from
other utilities
Min. Horizontal
Clearance
-10 feet between water lines and sewer
lines
- 5 feet between all other utilities
-min. 10 ft from domestic water lines and
24 inches from all other utilities
- 10 feet from water mains
- 5 feet from other utilities
Location - 6 feet south or east of street centerlines
(minor and primary street)
- 1st drive lane south or east of street
centerlines (Large Streets)
- min. width of all sewer easement over
mains is 20 ft.
- 5 feet south or west of the street right-ofway centerline - if located in easement, min. 15 feet wide
easement
- all easements shall be 15' in width and
shall be centered on the sewer line; 10 feet
easements may be provided under special
circumstances
- 5 feet south or west of the street right-ofway centerline - if located in easement, min. 15 feet wide
easement
Gravity Main
Appendix C. Design Criteria Comparison Matrix
273
Facility Type Criteria West Bay Sanitary District1
Sacramento Area Sewer District2City of Redwood City3 Marin County Sanitary District No. 24 ASCE Manual No. 60 Recommendation for the City of Belmont Appendix C. Design Criteria Comparison Matrix
Alignment - parallel or perpendicular to the street
centerline wherever possible
- min. radius for line 8"-12" in diameter
must be 191 ft using 6-foot section pipe.
- use a larger radius where necessary to
avoid joint deflection in excess of 75% of
the pipe manufacturer's recommended
max.
- For pipes larger than 12-inch in diameter,
use radius to avoid defelction in excess of
75% of the pipe manufacturer's
recommended max.
- sewers 24 inches or less in diameter
should be laid on straight alignment and
uniform grade between consecutive
manholes.
- Horizontal and veritcle curves are not
recommended. Limited use of such designs
will be considered and require
documentation.
-Radii of curvature must be of sufficient
length to limit deflection to 1/2 the
manufacturer's recommended allowable
deflection.
- curved alignment shall has slope greater
than minimum slope for the size of pipe;
manhole spacing less than 300 feet;
continuous monitoring of installation by
licensed professional land surveyor or
engineer during construction; video
inspection prior to final acceptance.
- Horizontal curves may be used on curved
streets when the alignment can be kept
concentric with street improvements and
when pipe
deflection requirements can be met.
-Vertical curves may be used in hilly
terrain, when permitted by the District, in
order to reduce the number of required
manholes.
- The deflection in the joint between any
two successive pipe sections shall not
exceed
70% of the maximum deflection as
recommended in writing by the pipe
manufacturer.
- Where sewer lines are to be installed
within street rights-of-way,
they shall, wherever practical, be designed
and installed five (5) feet off the center line
of the existing or future street (usually the
side opposite the water line).
- In streets in hilly areas, the sewer shall be
installed on the uphill side of the street
where possible. Where practical, all sewer
lines within easements shall be designed
and
installed with not less than five (5) feet
between the center line of sewer and the
- curved alignment is acceptable for largediameter sewers. - radius of curvature can be determined
based on deflection angle per pipe joint,
pipe diameter, and pipe section length.
- parallel or perpendicular to the street
centerline whereever possible
- curved alignment shall be designed with
radii of curvature necessary to limit
deflection to 50% of the manuafcturer's
recommended allowable deflection.
Material - (C5.02) extra strength vitrified clay or PVC C900 DR 25 for main lines in general
- any acceptable pipe material may be used in
accordance with the indicated strength,
bedding, and trench width requirements and
subject to the specfications, standard details,
and general regulations of the District.
unless approved by SASD, use VCP for
gravity pipelines
-PVC conforming to the City's Standard
Technical Specifications
-PVC plastic pipe, polyethylene pipe, ductile
iron pipe, cast iron pipe, or reinforced
concrete
-Rigid pipe: concrete pipes/ VCP pipes
- Flexible pipe: DIP, Thermoplastic pipe,
Thermoset Plastic Pipe; Corrugated Steel
Pipe
- PVC or extra strength VCP pipe conforming
to the City’s Sewer Specification
(placeholders)
Siphon Siphon shall be avoided if at all possible. Siphon shall be avoided if at all possible Size min. of 4-inch
for lateral serving
commercial/industrial/multiple family living
unit, min. of 6-inch 14
min. of 4-inch for single family residential
min. of 6-inch for multi-family and
commercial
min. of more than 6-inch for schools and
other developments expected to
contribute high sewage flows
min. 4" in diameter for single family
rediences and 6" for commercial, duplex,
and multi-family lots
min. 4-inch or same size as the building
plumbing stub, whichever is greater., min.
6" for connection with more than 150
fixture units
4-6 inches in diameter min. of 4-inch
for lateral serving
commercial/industrial/multiple family living
unit, min. of 6-inch 14
Slope 4-inch 2%
6-inch 1%
2% 4-inch 2%
6-inch 1%
2% 4-inch 2%
6-inch 1%
Velocity 2 fps when flowing full or one-half full 2 fps when flowing one-half full Verticle Clearance 3' 4-5' to crown of pipe measured from wxisting ground surface or edge of adjacent
roadway whatever is lower
3' 3'-6' 3 '
Cleanout with a cleanout installed at the property line as shown on District Standard Drawing No.7.
shall be same size as the lateral
- install cleanouts for all lower laterals that
do not require a manhole at the property
or easement line as specified in the SASD
Sewer Ordinance
installed with a cleanout per City Standard
Detail S-1
installed a cleanout at property line per City
Standard Detail
Connection manufactured wye or tee branch Use a manufactured wye fitting of the same materials
wye or tee branches wye or tee branches
Backflow
Prevention Device
required for houses having a finished floor
elevation less than 12" above the top elevation
of the nearest upstream structure
required when a structure has a finished
floor elevation or any wastewater drainage
fixure in any space that is lower than the
nearest upstream manhole or flusher
branch
where the house plubmbing discharges to
the house sewers
required for structures having a finished floor
elevation 1 foot less than the nearest
upstream manhole or flusher
Material lateral sewers shall be of the same material
as the main sewer to which they are
connected.
VCP, ABS Schedule 40 solid pipe (cellular or
foam core is not allowed), HDPE DR 17, PVC
C900, and SDR 26.
not specified -PVC plastic pipe, polyethylene pipe, ductile iron pipe, cast iron pipe, or reinforced
concrete
Materials, joints, and workmanship for
service laterals should be equalto those of
the street sewer
# of Lateral a separate and independent lateral for
every lot, building, and structure
one lateral is allowed per parcel one lateral is allowed per parcel Lateral
274
Facility Type Criteria West Bay Sanitary District1
Sacramento Area Sewer District2City of Redwood City3 Marin County Sanitary District No. 24 ASCE Manual No. 60 Recommendation for the City of Belmont Appendix C. Design Criteria Comparison Matrix
Location - every line or grade change
- point where the sewer changes size or material
- intersections of all main lines
- at all changes in main line size
- at the end of all main lines terminating
with a cul-de-sac having five or more
fronting lots
- at the end of all permanent main lines 120
feet or more in length
- at the end of temporary main lines more
than 200 feet in length
- where two or more sewer mains joint
- at intermediate points on long pipe runs,
maximum spacing of 300 feet
- where the conduit changes in size
- at sharp curves or angle points in excess
of 10 degrees
- points where an abrupt change of the
grade occurs
- at all intersections of sewer lines, all
vertical or horizontal angle points, at
intervals not greater than 350'
- near the center of street intersections
- at the terminus of all main sewers in
street
- junctions of sanitary sewers
- at any change in grade, pipe size, or
alignment, except in curved alignments
- at locations that provide ready access to
the sewer for precentive maintenance and
emergency service
- intersections of two or more sewer mains
- at change in grade, pipe size, or alignment,
except in curved alignments
Spacing max. 300 feet on sewers 21-inches in diameter
and smaller, and 400 feet on sewers larger than
21-inches in diameter
-400 feet for all straight collector main lines
-500 feet for trunk main lines
- 200 feet on a continuous curve of 191 foot
radius
- spacing will be adjusted proportionately
for curved main lines of radius between 191
ft and 400 ft
300 feet
less than 300 feet for curved alignments
intervals not greater than 350' - 400 feet for sewers 15 inches or less - 500-600 feet for sewers 18 to 30 inches
- 1000 feet for larger sewers
-max. 300 feet on sewers 21-inches in
diameter and smaller, and 400 feet on
sewers larger than 21-inches in diameter
Lift Station Lift Station Criteria Firm Capacity Firm Capacity Size -2-inch for grinder pump system
- 3-inch for septic tank effluent pumping
systems,
- 4-inch for raw wastewater pump stations
Velocity Criteria - Max. velocity = 8 fps
minimum velocity of 2 fps
Min. velocity = 3fps
max. velocity = 6 fps
Normal velocity = 3fps
Max. velocity = 8 fps
Hazen-Williams
Roughness
Coefficient
100 for non-plastic pipe
130 for plastic pipe
130 100 - 140 130
Material any pressure pipe material listed in Article C5.02 pressure rated DIP, HDPE, PVC, or approved equal
reinforced concrete pressure pipe,
prestressed concrete pressure pipes, DIP,
thermoplastic pipe (ABS, PE, PVC)
pressure rated DIP, HDPE, PVC, or approved
equal
Profile - uniform slope preventing high spots formining possible pocket traps
- if high spots cannot be prevented, suitable air
and/or vacuum release valve shall be installed at
the high points
-min depth of cover of 4 feet
'-continuous upward slope from the pump
station to the discharge point whenever
feasible
- min. depth of cover of 3 feet - air lease valves at high points - min. depth of cover of 4 feet - uniform slope whenever feasible
- suitable air and/or vacuum release valve
shall be installed at the high points
Connection Each forcemain shall terminate in a vented
transition structure designed to provide
hydraulic characteristics compatible with the
pump performance curve
must enter the transition manhole with its
centerline perpendicular to the manhole
wall and at an invert elevation matching
the spring line of the gravity pipeline to
ensure a smooth transition of flow to the
gravity collection system
terminate in a transition manhole with its
centerline perpendicular to the manhole wall
and at an invert elevation matching the
spring line of the gravity pipeline to ensure a
smooth transition of flow to the gravity
collection system
Access Point Not specified Not specified Not specified Not specified air release/vacuum valves and other valves at difficultly accessible locations shall be
installed in a vault for access for maintenance
Source:
1. WBSD Standard Specifications for Design and Construction of Sanitary Sewer Collection and Converyance Facilities (June 2015)
2. Sacramento Area Sewer District Standards and Specifications (April 16, 2021)
3. City of Redwood City Engineering Standards Volume III Design Criteria
4. Town of Corte Madera Sewer Standard Specifications and Drawings 20180801 Manhole
Force Main
275
Appendix D. Sewer Generation Factors Calculations
276
Zoning Code Zoning Description Acres Percent
Residential Density (Dwelling Units per
Acre)1
Max. Floor Area Ratio
(FAR)1
CMU Corridor Mixed Use (CMU) 57.4 1.9% 45 - 60 1.75 - 2.2 E1 Professional Office (E1) 0.3 0.0% - 1.5
E2.1 Executive Office (E2.1) 1.7 0.1% - 1.5
E2.2 Executive Office & Warehouse (E2.2) 17.8 0.6% - 1.5 HIA-1 Harbor Industrial Area-1 (HIA-1) 4.7 0.2% not specified 5 HIA-2 Harbor Industrial Area-2 (HIA-2) 54.5 1.8% not specified 5 HRO1 Hillside Res. & Open Space (unsubdivided) (HRO1) 71.2 2.4% Determined by slope - HRO2 Hillside Res. & Open Space (subdivided) (HRO2) 64.2 2.1% Determined by slope - HRO3 Hillside Res. & Open Space (Western Hills) (HRO3) 114.3 3.8% Determined by slope - HWY HWY 101 (HWY) 54.6 1.8% - -
NC Neighborhood Commercial (NC) 16.3 0.5% - 1.5
OS Open Space (OS) 353.1 11.7% -
PD Planned Unit Development (PD) 333.6 11.1% Up to 30 as a conditional use 2 PF Public Facility (PF) 3.8 0.1% - -
PP Park/Plaza (PP) 5.3 0.2% - -
PS Public Space (PS) 160.8 5.3% - -
R1A Single Family Residential- 9600 sq. ft./D.U. (R1A) 215.4 7.1% 1-7 - R1B Single Family Residential- 6000 sq. ft./D.U. (R1B) 874.1 29.0% 1-7 - R1C Single Family Residential- 5000 sq.ft./D.U. (R1C) 239.2 7.9% 1-7 - R1E Single Family Residential- 1 acre/D.U. (R1E) 14.7 0.5% 1-7 - R1H Single Family Residential- 1/2 acre/D.U. (R1H) 61.0 2.0% 1-7 - R2 Duplex- 3000 sq.ft./D.U. (R2) 18.9 0.6% 8-20 -
R3 Multi-Family Residential- 1950 sq.ft./D.U. (R3) 31.5 1.0% 8-20 - R4 Multi-Family Residential- 1450 sq.ft./D.U. (R4) 94.0 3.1% 21-30 - RC Regional Commercial (RC) 44.1 1.5% - 1.8
S-1/R1B Special (Setback) Combining (S-1/R1B) 9.1 0.3% - - SC Service Commercial (SC) 24.9 0.8% - 1.5
SE School and Other Educational Uses (SE) 2.7 0.1% - -
VC Village Core (VC) 28.3 0.9% - 2 - 2.5
VCMU Village Corridor Mixed Use (VCMU) 29.7 1.0% - 2 - 2.5 VCS Village Station Core (VCS) 9.2 0.3% - 1.5 - 2
VHDR Village High Density Residential (VHDR) 6.4 0.2% 45 - 60 - Total 3016.9 100.0%
Sources:
1. Table 2-4 of 2035 General Plan.
Appendix D1. Sewer Generation Factor Calculations
277
M"
M"
M"
M"
M"
M"
M"
M"
M"
M"
![
![
![
![
![![
![
![![ FM # 4 FM # 8
FM # 9
FM # 17
FM # 24
FM # 10
FM # 25
FM # 23
FM # 18
City of Belmont
2023 Sewer Master Plan Update
Selected Meters and Corresponding
Tributary Areas for Sewer Generation
Factors Calculation ±
Legend ![ Flow Meter Site M" Pump Station
Gravity Main
Force Main
Tributary Area
#4
#8 and #9
#10
#17
#18
#23
#24
#25
Appendix D 0 875 1,750
Feet
278
2021-2022 Flow Meter Metered Area Land
Use Type
Acres
Land Use % to
Total Units Building Area (sq. ft) Residential Density FAR 11/2019-4/2020
AverageWater Use
(gpd)
11/2019-4/2020
AverageWater Use
excluding Irrigation
Use (gpd)
Assumed RTS Calculated ADWF
(mgd) gpd/unit gpd/ac gpd/1000 sf Notes
442701A PS 5.45 2.1% 0 0 0 0 0 0.0000
Meter #4 HRO3 15.99 6.3% 32 143,677 2.0 0.206 5,812 5,812 0.5 0.0029 91 181 20 Near 2100 Ralston Ave OS 154.74 60.9% 0 0 0 0 0 0.0000
PD 68.47 27.0% 498 1,223,774 7.3 0.410 63,305 62,027 0.64 0.0405 81 591 33 R3 9.26 3.6% 344 387,308 37.2 0.960 39,803 39,782 0.723 0.0288 84 3111 74 Total 253.90 100% 874 1,754,759 108,920 107,621 0.0722
Metered ADWF (mgd) 0.0722
450415/450409 PS 30.77 12.4% 2 480,825 0.1 0.359 18,636 16,926 0.85 0.0158 7900 514 33 Meters # 8 & #9 E1 0.24 0.1% 4 5,161 16.9 0.500 279 279 0.88 0.0002 50 843 39 Near 1011 Alameda De Las Pulgas/ E2.1 1.00 0.4% 1 53,928 1.0 1.237 7,912 7,912 0.85 0.0067 6700 6694 124 Near 2043 Ralston Ave HRO3 99.06 39.9% 4 23,844 0.0 0.006 2,109 2,109 0.60 0.0013 325 13 55 NC 8.44 3.4% 63 176,597 7.5 0.480 13,181 13,181 0.85 0.0112 178 1327 63 OS 34.25 13.8% 0 0 0 0 0.00 0.0000
PD 28.37 11.4% 171 644,037 6.0 0.521 29,967 29,967 0.80 0.0240 140 846 37 R1B 16.79 6.8% 98 236,094 5.8 0.323 17,423 17,423 0.77 0.0134 137 798 57 R4 27.59 11.1% 712 1,132,780 25.8 0.943 96,540 96,375 0.88 0.0850 119 3081 75 SC 2.06 0.8% 40 72,432 19.4 0.808 8,742 8,742 0.88 0.0077 193 3742 106 Total 248.56 100% 1095 2,825,700 194,789 192,915 0.1653 Metered ADWF (mgd) 0.165
443205 PS 5.87 2.0% 4 49,818 0.68 0.195 1,418 304 0.2 0.0003 75 51 6 Meter #10 R1C 52.95 18.3% 417 994,305 7.88 0.431 65,323 65,323 0.773 0.0505 121 954 51 In Nortre Dame Ave approximately PD 6.67 2.3% 2 56,324 0.30 0.194 7,386 2,392 0.3 0.0022 1100 330 39 120 ft south of Clee St R1B 224.23 77.4% 1158 3,229,678 5.16 0.331 210,285 210,199 0.76 0.1598 138 713 49 Total 289.72 100% 1581 4,330,124 284,412 278,218 0.2128 Metered ADWF (mgd) 0.213
443606 PS 0.22 1.7% 0 0 - - 0 0 0 0
Meter #23 R1A 6.93 51.1% 18 67,282 2.6 0.22 3,905 3,905 0.4 0.00139 77 200 21 In Nortre Dame De Namur University R1B 4.38 32.3% 28 75,931 6.4 0.40 5,808 5,808 0.4 0.00207 74 473 27 approximately 200 ft north of Laxague Dr R1E 2.03 15.0% 0 0 - - 0 0 0 0 Total 13.56 100% 46 143,214 9,712 9,712 0.00346
Metered ADWF (mgd) 0.003
452404 R1C 21.94 27.6% 163 443,091 7.4 0.464 25,939 25,939 0.51 0.01323 81 603 30 Meter #17 VCMU 1.16 1.5% 3 1,375 2.6 0.027 251 251 0.75 0.00019 63 162 137 Near 1334 El Camino Real From San Carlos 11.37 14.3% 50 165,000 4.4 0.333 8,750 8,750 0.52 0.00455 91 400 28 CMU 4.39 5.5% 43 98,769 9.8 0.516 6,609 6,609 0.75 0.00496 115 1128 50 R1A 39.24 49.4% 116 423,006 3.0 0.247 21,332 21,332 0.463 0.00988 85 252 23 VC 1.38 1.7% 11 28,868 7.9 0.479 2,022 2,022 0.75 0.00152 138 1096 53 Total 79.48 100% 386 1,160,109 64,903 64,903 0.03432
Metered ADWF (mgd) 0.034
4028PS (Hiller PS) PS 12.71 9.9% 2 101,393 0.2 0.183 6,009 0 0 0.00000 Meter #18 R1C 54.42 42.5% 429 964,178 7.9 0.407 61,431 61,151 0.651 0.03999 93 735 41 In Hiller St approximately 180 ft west R2 5.32 4.1% 58 82,767 10.9 0.357 7,070 6,745 0.75 0.00530 91 997 64 of Cambridge St VCMU 1.65 1.3% 40 65,445 24.2 0.909 3,379 3,379 0.88 0.00297 74 1799 45 VHDR 3.77 2.9% 113 135,989 30.0 0.828 10,292 8,372 0.88 0.00906 80 2402 67 PD 5.97 4.7% 22 117,797 3.7 0.453 4,238 4,238 0.8 0.00339 154 568 29 PF 0.30 0.2% 2 12,636 6.7 0.972 279 279 0.88 0.00025 123 824 19 R1B 1.96 1.5% 12 40,519 6.1 0.476 2,688 2,688 0.651 0.00175 146 895 43 R3 2.02 1.6% 81 61,681 40.1 0.701 8,734 8,734 0.88 0.00769 95 3805 125 R4 20.56 16.0% 460 733,316 22.4 0.819 93,009 93,009 0.76 0.07069 154 3438 96 SC 12.44 9.7% 131 367,839 10.5 0.679 7,304 7,304 0.88 0.00643 49 517 17 VCS 7.02 5.5% 87 218,891 12.4 0.715 10,830 10,830 0.88 0.00953 110 1357 44 Total 128.14 100% 1437 2,902,451 215,262 206,730 0.15704 Metered ADWF (mgd) 0.157
403317 VCMU 3.21 89.3% 27 98,841 8.4 0.708 2,828 2,828 0.85 0.00240 89 749 24 1. metered flow may be inaccurate Meter #24 VHDR 0.38 10.7% 10 16,002 26.1 0.960 1,369 1,369 0.85 0.00116 116 3041 73 due to minimal flow Near 641 Waltermire St
Total 3.59 100% 37 114,843 4,196 4,196 0.00357
Metered ADWF (mgd) 0.000
403610 PS 12.76 15.4% 1 10,521 0.1 0.019 234 234 0.5 0.00012 117 9 11 1. metered flow may be inaccurate Meter #25 OS 22.61 27.3% 1 1,144 0.0 0.001 0 0 0 0.00000 as it is higher than water use.
In Island Pkwy approximately PD 47.52 57.3% 130 1,026,615 2.7 0.496 53,683 30,465 0.5 0.02684 206 565 26 330 ft south of Concourse Dr
Total 82.90 100% 132 1,038,280 53,917 30,699 0.02696
Metered ADWF (mgd) 0.065
Sewer Generation Factors
Appendix D2. Sewer Generation Factor Calculations
279
Appendix E. Dry Weather Calibration Results
280
Model Meter Percent Difference Absolute Diff.
Peak Flow (mgd) 0.114 0.092 23.4% 0.022
Average Flow (mgd) 0.057 0.057 -0.1% 0.000
Max. Depth (in.) 1.648 1.897 -13.1% -0.249
Model Meter Percent Difference Average Depth (in.) 1.177 1.419 -17.0% -0.241 Peak Flow (mgd) 0.114 0.092 23.4%
431601 (Basin 15) Dry Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0
0.05 0.1
0.15 0.2
0.25 0.3
Flow (mgd)
Date
431601- Dry Weather Flow
Modeled
Metered
0 0.5
1 1.5
2 2.5
3 3.5
4 0
0.5 1
1.5 2
2.5 3
3.5 4
Depth (in.)
Date
431601- Dry Weather Depth
Modeled
Metered
281
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.033 0.041 -20.5% -0.008 Peak Flow (mgd) 0.033 0.041 -20.5% Average Flow (mgd) 0.014 0.014 -0.2% 0.000 Max. Depth (in.) 1.468 1.516 -3.1% Max. Depth (in.) 1.468 1.516 -3.1% -0.048 Average Depth (in.) 0.964 0.926 4.0% Average Depth (in.) 0.964 0.926 4.0% 0.037 Min. Depth (in.) 0.487 0.552 -11.7%
Haskins (Basin 14) Dry Weather Calibration
0 0.01
0.02 0.03
0.04 0.05
0.06 0.07
0.08 0.09
0.1 0
0.01 0.02
0.03 0.04
0.05 0.06
0.07 0.08
0.09 0.1
Flow (mgd)
Date
Haskins PS- Dry Weather Flow
Modeled
Metered
0 0.5
1 1.5
2 2.5
3 0
0.5 1
1.5 2
2.5 3
Depth (in.)
Date
Haskins PS- Dry Weather Depth
Modeled
Metered
282
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.104 0.180 -42.1% -0.076 Peak Flow (mgd) 0.104 0.180 -42.1% Average Flow (mgd) 0.049 0.049 0.0% 0.000 Max. Depth (in.) 2.070 3.212 -35.6% Max. Depth (in.) 2.070 3.212 -35.6% -1.142 Average Depth (in.) 1.356 1.331 1.9% Average Depth (in.) 1.356 1.331 1.9% 0.025 Min. Depth (in.) 0.709 0.666 6.5%
431604 (Basin 13) Dry Weather Calibration
0 0.02
0.04 0.06
0.08 0.1
0.12 0.14
0.16 0.18
0.2 0
0.02 0.04
0.06 0.08
0.1 0.12
0.14 0.16
0.18 0.2
Flow (mgd)
Date
431604- Dry Weather Flow
Modeled
Metered
0 0.5
1 1.5
2 2.5
3 3.5
4 0
0.5 1
1.5 2
2.5 3
3.5 Depth (in.)
Date
431604- Dry Weather Depth
Modeled
Metered
283
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.211 0.195 8.1% 0.016 Peak Flow (mgd) 0.211 0.195 8.1% 0.016 Average Flow (mgd) 0.117 0.118 -0.4% 0.000 Max. Depth (in.) 2.335 3.528 -33.8% -1.193 Max. Depth (in.) 2.335 3.528 -33.8% -1.193 Average Depth (in.) 1.717 2.858 -39.9% -1.141 Average Depth (in.) 1.717 2.858 -39.9% -1.141 Min. Depth (in.) 1.141 2.192 -47.9% -1.051
453710 (Basin 12) Dry Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0 0.05
0.1 0.15
0.2 0.25
Flow (mgd)
Date
453710- Dry Weather Flow
Modeled
Metered
0 0.5
1 1.5
2 2.5
3 3.5
4 4.5
5 0
0.5 1
1.5 2
2.5 3
3.5 4
4.5 5
Depth (in.)
Date
453710- Dry Weather Depth
Modeled
Metered
284
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.161 0.165 -2.2% -0.004 Peak Flow (mgd) 0.161 0.165 -2.2% -0.004 Average Flow (mgd) 0.085 0.086 -1.2% -0.001 Max. Depth (in.) 2.052 2.960 -30.7% -0.908 Max. Depth (in.) 2.052 2.960 -30.7% -0.908 Average Depth (in.) 1.472 2.151 -31.6% -0.679 Average Depth (in.) 1.472 2.151 -31.6% -0.679 Min. Depth (in.) 0.849 1.002 -15.2% -0.153
442701 (Basin 11) Dry Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0 0.05
0.1 0.15
0.2 0.25
Flow (mgd)
Date
442701A- Dry Weather Flow
Modeled
Metered
0 0.5
1 1.5
2 2.5
3 3.5
4 4.5
5 0
0.5 1
1.5 2
2.5 3
3.5 4
4.5 5
Depth (in.)
Date
442701A- Dry Weather Depth
Modeled
Metered
285
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.281 0.825 -65.9% -0.544 Peak Flow (mgd) 0.281 0.825 -65.9% -0.544 Average Flow (mgd) 0.148 0.152 -2.7% -0.004 Max. Depth (in.) 3.134 17.438 -82.0% -14.304 Max. Depth (in.) 3.134 17.438 -82.0% -14.304 Average Depth (in.) 2.185 3.348 -34.7% -1.162 Average Depth (in.) 2.185 3.348 -34.7% -1.162 Min. Depth (in.) 1.392 2.206 -36.9% -0.814
450409 (Basin 9) Dry Weather Calibration
0 0.1
0.2 0.3
0.4 0.5
0.6 0.7
0.8 0.9
0 0.1
0.2 0.3
0.4 0.5
0.6 0.7
0.8 0.9
Flow (mgd)
Date
450409- Dry Weather Flow
Modeled
Metered
0 2
4 6
8 10
12 14
16 18
20 0
2 4
6 8
10 12
14 16
18 20
Depth (in.)
Date
450409- Dry Weather Depth
Modeled
Metered
286
Model Meter Percent Difference
Peak Flow (mgd)0.410 0.543 -24.5% -0.133 Model Meter Percent Difference Absolute Diff.
Max. Depth (in.) 3.972 3.434 15.7% 0.538 Peak Flow (mgd) 0.410 0.543 -24.5% -0.133 Average Depth (in.) 2.799 2.033 37.7% 0.766 Average Flow (mgd) 0.216 0.216 0.0% 0.000 Min. Depth (in.) 1.536 0.928 65.5% 0.608 Max. Depth (in.) 3.972 3.434 15.7% 0.538 Total Volume (MG) #REF! #REF! #REF! #REF! Average Depth (in.) 2.799 2.033 37.7% 0.766 Average flow (mgd) 0.21598 0.216 0.0% 1.000445
443205 (Basin 8) Dry Weather Calibration
0 0.1
0.2 0.3
0.4 0.5
0.6 0
0.1 0.2
0.3 0.4
0.5 0.6
Flow (mgd)
Date
443205- Dry Weather Flow
Modeled
Metered
0 1
2 3
4 5
6 7
8 0
1 2
3 4
5 6
7 8
Depth (in.)
Date
443205- Dry Weather Depth
Modeled
Metered
287
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.161 0.195 -17.6% -0.034 Peak Flow (mgd) 0.161 0.195 -17.6% -0.034 Average Flow (mgd) 0.095 0.095 -0.3% 0.000 Max. Depth (in.) 1.790 2.157 -17.0% -0.367 Max. Depth (in.) 1.790 2.157 -17.0% -0.367 Average Depth (in.) 1.366 1.562 -12.6% -0.197 Average Depth (in.) 1.366 1.562 -12.6% -0.197 Min. Depth (in.) 0.986 0.831 18.7% 0.155
441501(Basin 6) Dry Weather Calibration
0 0.02
0.04 0.06
0.08 0.1
0.12 0.14
0.16 0.18
0.2 0
0.02 0.04
0.06 0.08
0.1 0.12
0.14 0.16
0.18 0.2
Flow (mgd)
Date
441501- Dry Weather Flow
Modeled
Metered
0 0.5
1 1.5
2 2.5
3 3.5
4 4.5
5 0
0.5 1
1.5 2
2.5 3
3.5 4
4.5 5
Depth (in.)
Date
441501- Dry Weather Depth
Modeled
Metered
288
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.211 0.209 1.2% 0.002 Peak Flow (mgd) 0.211 0.209 1.2% 0.002 Average Flow (mgd) 0.109 0.112 -3.1% -0.004 Max. Depth (in.) 3.364 6.120 -45.0% -2.756 Max. Depth (in.) 3.364 6.120 -45.0% -2.756 Average Depth (in.) 2.386 4.916 -51.5% -2.530 Average Depth (in.) 2.386 4.916 -51.5% -2.530 Min. Depth (in.) 1.580 3.879 -59.3% -2.299
452404(Basin 4) Dry Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0
0.05 0.1
0.15 0.2
0.25 0.3
0.35 0.4
Flow (mgd)
Date
452404- Dry Weather Flow
Modeled
Metered
0 1
2 3
4 5
6 7
8 9
10 0
1 2
3 4
5 6
7 8
9 10
Depth (in.)
Date
452404- Dry Weather Depth
Modeled
Metered
289
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.279 0.351 -20.5% -0.072 Peak Flow (mgd) 0.279 0.351 -20.5% -0.072 Average Flow (mgd) 0.170 0.170 0.1% 0.000 Max. Depth (in.) 4.319 6.705 -35.6% -2.386 Max. Depth (in.) 4.319 6.705 -35.6% -2.386 Average Depth (in.) 3.338 5.049 -33.9% -1.711 Average Depth (in.) 3.338 5.049 -33.9% -1.711 Min. Depth (in.) 2.390 3.614 -33.9% -1.224
Hiller PS (Basin 3) Dry Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0
0.05 0.1
0.15 0.2
0.25 0.3
0.35 0.4
Flow (mgd)
Date
Hiller PS- Dry Weather Flow
Modeled
Metered
0 1
2 3
4 5
6 7
8 0
1 2
3 4
5 6
7 8
Depth (in.)
Date
Hiller PS- Dry Weather Depth
Modeled
Metered
290
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.134 0.105 28.0% 0.029 Peak Flow (mgd) 0.134 0.105 28.0% 0.029 Average Flow (mgd) 0.022 0.020 7.5% 0.002 Max. Depth (in.) 5.789 4.089 41.6% 1.700 Max. Depth (in.) 5.789 4.089 41.6% 1.700 Average Depth (in.) 3.909 1.890 106.8% 2.019 Average Depth (in.) 3.909 1.890 106.8% 2.019 Min. Depth (in.) 2.081 0.189 1001.0% 1.892
403404 (Basin 2) Dry Weather Calibration
-0.4
-0.3
-0.2
-0.1
0 0.1
0.2 0.3
0.4 -0.4
-0.3
-0.2
-0.1
0 0.1
0.2 0.3
0.4 Flow (mgd)
Date
403404- Dry Weather Flow
Modeled
Metered
-1
0 1
2 3
4 5
6 7
8 -1
0 1
2 3
4 5
6 7
8 Depth (in.)
Date
403404- Dry Weather Flow
Modeled
Metered
291
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.160 0.193 -17.3% -0.033 Peak Flow (mgd) 0.160 0.193 -17.3% -0.033 Average Flow (mgd) 0.067 0.071 -5.4% -0.004 Max. Depth (in.) 2.172 3.119 -30.4% -0.947 Max. Depth (in.) 2.172 3.119 -30.4% -0.947 Average Depth (in.) 1.319 2.112 -37.6% -0.793 Average Depth (in.) 1.319 2.112 -37.6% -0.793 Min. Depth (in.) 0.624 1.027 -39.3% -0.403
403610 (Basin 1) Dry Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0
0.05 0.1
0.15 0.2
0.25 0.3
0.35 0.4
Flow (mgd)
Date
403610- Dry Weather Flow
Modeled
Metered
0 0.5
1 1.5
2 2.5
3 3.5
4 4.5
5 0
0.5 1
1.5 2
2.5 3
3.5 4
4.5 5
Depth (in.)
Date
403610- Dry Weather Depth
Modeled
Metered
292
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 1.118 1.294 -13.6% -0.176 Peak Flow (mgd) 1.118 1.294 -13.6% -0.176 Average Flow (mgd) 0.425 0.434 -2.1% -0.009 Max. Depth (in.) 3.913 4.459 -12.2% -0.546 Max. Depth (in.) 3.913 4.459 -12.2% -0.546 Average Depth (in.) 2.364 2.387 -0.9% -0.022 Average Depth (in.) 2.364 2.387 -0.9% -0.022 Min. Depth (in.) 1.249 1.570 -20.4% -0.321
420419 (Trunk Line) Dry Weather Calibration
0 0.2
0.4 0.6
0.8 1
1.2 1.4
1.6 1.8
2 0
0.2 0.4
0.6 0.8
1 1.2
1.4 1.6
1.8 2
Flow (mgd)
Date
420419- Dry Weather Flow
Modeled
Metered
0 1
2 3
4 5
6 7
0 1
2 3
4 5
6 7
Depth (in.)
Date
420419- Dry Weather Depth
Modeled
Metered
293
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 0.823 0.938 -12.2% -0.115 Peak Flow (mgd) 0.823 0.938 -12.2% -0.115 Average Flow (mgd) 0.440 0.344 28.1% 0.097 Max. Depth (in.) 4.781 5.731 -16.6% -0.950 Max. Depth (in.) 4.781 5.731 -16.6% -0.950 Average Depth (in.) 3.436 3.279 4.8% 0.157 Average Depth (in.) 3.436 3.279 4.8% 0.157 Min. Depth (in.) 1.840 1.561 17.9% 0.279
451808 (Trunk Line) Dry Weather Calibration
0 0.2
0.4 0.6
0.8 1
1.2 1.4
1.6 1.8
2 0
0.2 0.4
0.6 0.8
1 1.2
1.4 1.6
1.8 2
Flow (mgd)
Date
451808- Dry Weather Flow
Modeled
Metered
0 1
2 3
4 5
6 7
0 1
2 3
4 5
6 7
Depth (in.)
Date
451808- Dry Weather Depth
Modeled
Metered
294
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 1.177 1.256 -6.3% -0.079 Peak Flow (mgd) 1.177 1.256 -6.3% -0.079 Average Flow (mgd) 0.613 0.632 -3.0% -0.019 Max. Depth (in.) 6.099 6.715 -9.2% -0.616 Max. Depth (in.) 6.099 6.715 -9.2% -0.616 Average Depth (in.) 4.324 4.844 -10.7% -0.520 Average Depth (in.) 4.324 4.844 -10.7% -0.520 Min. Depth (in.) 2.340 2.981 -21.5% -0.641
451803E (Trunk Line) Dry Weather Calibration
0 0.2
0.4 0.6
0.8 1
1.2 1.4
1.6 1.8
2 0
0.2 0.4
0.6 0.8
1 1.2
1.4 1.6
1.8 2
Flow (mgd)
Date
451803E- Dry Weather Flow
Modeled
Metered
0 1
2 3
4 5
6 7
0 1
2 3
4 5
6 7
Depth (in.)
Date
451803E- Dry Weather Depth
Modeled
Metered
295
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Peak Flow (mgd) 2.265 2.535 -10.7% -0.270 Peak Flow (mgd) 2.265 2.535 -10.7% -0.270 Average Flow (mgd) 1.379 1.345 2.5% 0.034 Max. Depth (in.) 5.537 0.000 #DIV/0! 5.537 Max. Depth (in.) 5.537 - - - Average Depth (in.) 4.280 #DIV/0! #DIV/0! #DIV/0! Average Depth (in.) 4.280 - - - Min. Depth (in.) 2.666 0.000 #DIV/0! 2.666
BPS Dry Weather Calibration
0 0.5
1 1.5
2 2.5
3 0
0.5 1
1.5 2
2.5 3
Flow (mgd)
Date
BPS- Dry Weather Flow
Modeled
Metered
0 1
2 3
4 5
6 7
0 1
2 3
4 5
6 7
Depth (in.)
Date
BPS- Dry Weather Depth
Modeled
Metered
296
Appendix F. Wet Weather Calibration Results
297
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.373 0.383 -2.7% -0.010 Peak Flow (mgd) 0.373 0.383 -2.7% -0.010 Average Flow (mgd) 0.126 0.113 11.2% 0.013 Max. Depth (in.) 3.184 4.290 -25.8% -1.106 Max Depth (in.) 3.184 4.290 -25.8% -1.106 Average Depth (in.) 1.728 2.033 -15.0% -0.305 Average Depth (in.) 1.728 2.033 -15.0% -0.305 Min. Depth (in.) 0.791 0.780 1.5% 0.011
442701A (Basin 11) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.1 0.2
0.3 0.4
0.5 0.6
0.7 0.8
0.9 1
Precipitation (in.)
Flow (mgd)
Date
442701A- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
Precipitation (in.)
Depth (in.)
Date
442701A- Wet Weather Depth
Metered
Modeled
Naughton PS
298
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.467 0.921 -49.3% -0.454 Peak Flow (mgd) 0.467 0.921 -49.3% -0.454 Average Flow (mgd) 0.182 0.163 11.5% 0.019 Max. Depth (in.) 4.371 21.560 -79.7% -17.189 Max Depth (in.) 4.371 21.560 -79.7% -17.189 Average Depth (in.) 2.434 3.508 -30.6% -1.075 Average Depth (in.) 2.434 3.508 -30.6% -1.075 Min. Depth (in.) 1.397 1.940 -28.0% -0.543
450409 (Basin 9) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.2 0.4
0.6 0.8
1 1.2
Precipitation (in.)
Flow (mgd)
Date
450409- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
4 8
12 16
20 24
Precipitation (in.)
Depth (in.)
Date
450409- Wet Weather Depth
Metered
Modeled
Naughton PS
299
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.104 0.116 -10.1% -0.012 Peak Flow (mgd) 0.104 0.116 -10.1% -0.012 Average Flow (mgd) 0.022 0.012 88.7% 0.010 Max. Depth (in.) 1.421 2.020 -29.7% -0.599 Max Depth (in.) 1.421 2.020 -29.7% -0.599 Average Depth (in.) 0.069 0.319 -78.2% -0.250 Average Depth (in.) 0.069 0.319 -78.2% -0.250 Min. Depth (in.) 0.001 -1.780 -100.1% 1.781
450415 (Basin 9) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.05 0.1
0.15 0.2
0.25 0.3
Precpitation (in.)
Flow (mgd)
Date
450415- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
1 2
3 4
5 6
7 8
9 10
Precpitation (in.)
Depth (in.)
Date
450415- Wet Weather Depth
Metered
Modeled
Naughton PS
300
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 1.584 1.700 -6.8% -0.116 Peak Flow (mgd) 1.584 1.700 -6.8% -0.116 Average Flow (mgd) 0.507 0.466 8.9% 0.041 Max. Depth (in.) 8.232 6.080 35.4% 2.152 Max Depth (in.) 8.232 6.080 35.4% 2.152 Average Depth (in.) 4.110 2.737 50.2% 1.373 Average Depth (in.) 4.110 2.737 50.2% 1.373 Min. Depth (in.) 1.526 0.987 54.7% 0.539
443205 (Basin 8) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.5 1
1.5 2
2.5 3
Precipitation (in.)
Flow (mgd)
Date
443205- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
Precipitation (in.)
Depth (in.)
Date
443205- Wet Weather Depth
Metered
Modeled
Naughton PS
301
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.253 0.304 -16.7% -0.051 Peak Flow (mgd) 0.253 0.304 -16.7% -0.051 Average Flow (mgd) 0.111 0.111 0.7% 0.001 Max. Depth (in.) 1.999 2.328 -14.1% -0.329 Max Depth (in.) 1.999 2.328 -14.1% -0.329 Average Depth (in.) 1.646 1.416 16.2% 0.230 Average Depth (in.) 1.646 1.416 16.2% 0.230 Min. Depth (in.) 1.293 0.913 41.6% 0.380
441501 (Basin 6) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.05 0.1
0.15 0.2
0.25 0.3
0.35 0.4
0.45 0.5
Precipitation (in.)
Flow (mgd)
Date
441501- Wet Weather Flow
Metered
Modeled
SanJuan
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
1 2
3 4
5 6
7 8
9 10
Precipitation (in.)
Depth (in.)
Date
441501- Wet Weather Depth
Metered
Modeled
SanJuan
302
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.615 0.574 7.1% 0.041 Peak Flow (mgd) 0.615 0.574 7.1% 0.041 Average Flow (mgd) 0.197 0.198 -1.0% -0.002 Max. Depth (in.) 5.998 9.190 -34.7% -3.192 Max Depth (in.) 5.998 9.190 -34.7% -3.192 Average Depth (in.) 3.115 5.911 -47.3% -2.796 Average Depth (in.) 3.115 5.911 -47.3% -2.796 Min. Depth (in.) 1.580 3.990 -60.4% -2.410
452404 (Basin 4) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.1 0.2
0.3 0.4
0.5 0.6
0.7 0.8
0.9 1
Precipitation (in.)
Flow (mgd)
Date
452404- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
Precipitation (in.)
Depth (in.)
Date
452404- Wet Weather Depth
Metered
Modeled
Naughton PS
303
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.763 0.753 1.3% 0.010 Peak Flow (mgd) 0.763 0.753 1.3% 0.010 Average Flow (mgd) 0.274 0.252 8.6% 0.022 Max. Depth (in.) 7.488 6.520 14.8% 0.968 Max Depth (in.) 7.488 6.520 14.8% 0.968 Average Depth (in.) 4.127 3.896 5.9% 0.231 Average Depth (in.) 4.127 3.896 5.9% 0.231 Min. Depth (in.) 2.303 3.020 -23.7% -0.717
Hiller PS (Basin 3) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.2 0.4
0.6 0.8
1 1.2
1.4 1.6
1.8 2
Precipitation (in.)
Flow (mgd)
Date
Hiller PS Wet Well- Wet Weather Flow
Metered
Modeled
Naughton PS
0.15 0.15
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
Precipitation (in.)
Depth (in.)
Date
Hiller PS Wet Well- Wet Weather Depth
Metered
Modeled
Naughton PS
304
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.151 0.292 -48.3% -0.141 Peak Flow (mgd) 0.151 0.292 -48.3% -0.141 Average Flow (mgd) 0.034 0.040 -15.9% -0.006 Max. Depth (in.) 12.000 8.730 37.5% 3.270 Max Depth (in.) 12.000 8.730 37.5% 3.270 Average Depth (in.) 5.766 2.517 129.0% 3.248 Average Depth (in.) 5.766 2.517 129.0% 3.248 Min. Depth (in.) 1.599 0.108 1380.3% 1.491
403404 (Basin 2) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.05 0.1
0.15 0.2
0.25 0.3
0.35 0.4
0.45 0.5
Precipitation (in.)
Flow (mgd)
Date
403404- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
18 Precipitation (in.)
Flow (mgd)
Date
403404- Wet Weather Depth
Metered
Modeled
Naughton PS
305
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 0.269 0.269 -0.1% 0.000 Peak Flow (mgd) 0.269 0.269 -0.1% 0.000 Average Flow (mgd) 0.093 0.080 16.8% 0.013 Max. Depth (in.) 2.852 4.360 -34.6% -1.508 Max Depth (in.) 2.852 4.360 -34.6% -1.508 Average Depth (in.) 1.574 2.185 -28.0% -0.611 Average Depth (in.) 1.574 2.185 -28.0% -0.611 Min. Depth (in.) 0.624 1.120 -44.3% -0.496
403610 (Basin 1) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
0.05 0.1
0.15 0.2
0.25 0.3
0.35 0.4
0.45 0.5
Precipitation (in.)
Flow (mgd)
Date
403610- Wet Weather Flow
Metered
Modeled
Naughton
PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
1 2
3 4
5 6
7 8
9 10
Precipitation (in.)
Depth (in.)
Date
403610- Wet Weather Depth
Metered
Modeled
Naughton
PS
306
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 4.363 2.660 64.0% 1.703 Peak Flow (mgd) 4.363 2.660 64.0% 1.703 Average Flow (mgd) 1.240 0.923 34.3% 0.317 Max. Depth (in.) 8.018 6.280 27.7% 1.738 Max Depth (in.) 8.018 6.280 27.7% 1.738 Average Depth (in.) 3.728 3.543 5.2% 0.185 Average Depth (in.) 3.728 3.543 5.2% 0.185 Min. Depth (in.) 1.262 1.940 -35.0% -0.678
450419 (Trunk Line) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
1 2
3 4
5 6
7 8
9 10
Precipitation (in.)
Flow (mgd)
Date
450419- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
Precipitation (in.)
Depth (in.)
Date
450419- Wet Weather Depth
Metered
Modeled
Naughton PS
307
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 4.201 3.950 6.4% 0.251 Peak Flow (mgd) 4.201 3.950 6.4% 0.251 Average Flow (mgd) 1.204 0.921 30.7% 0.283 Max. Depth (in.) 11.965 10.020 19.4% 1.945 Max Depth (in.) 11.965 10.020 19.4% 1.945 Average Depth (in.) 5.366 4.486 19.6% 0.881 Average Depth (in.) 5.366 4.486 19.6% 0.881 Min. Depth (in.) 1.927 1.710 12.7% 0.217
451808 (Trunk Line) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
1 2
3 4
5 6
7 8
9 10
Precipitation (in.)
Flow (mgd)
Date
451808- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
18 Precipitation (in.)
Depth (in.)
Date
451808- Wet Weather Depth
Metered
Modeled
Naughton PS
308
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 4.963 4.420 12.3% 0.543 Peak Flow (mgd) 4.963 4.420 12.3% 0.543 Average Flow (mgd) 1.776 1.346 31.9% 0.429 Max. Depth (in.) 13.938 10.340 34.8% 3.598 Max Depth (in.) 13.938 10.340 34.8% 3.598 Average Depth (in.) 7.222 5.968 21.0% 1.254 Average Depth (in.) 7.222 5.968 21.0% 1.254 Min. Depth (in.) 2.425 2.550 -4.9% -0.125
451803E (Trunk Line) Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
1 2
3 4
5 6
7 8
9 10
Precipitation (in.)
Flow (mgd)
Date
451803E- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
18 20
22 24
Precipitation (in.)
Depth (in.)
Date
451803E- Wet Weather Depth
Metered
Modeled
Naughton PS
309
Model Meter Percent Difference Absolute Diff.
Model Meter Percent Difference Absolute Diff. Peak Flow (mgd) 11.075 10.540 5.1% 0.535 Peak Flow (mgd) 11.075 10.540 5.1% 0.535 Average Flow (mgd) 3.925 3.105 26.4% 0.820 Max. Depth (in.) 12.518 #DIV/0! 12.518 Max Depth (in.) 12.518 - - - Average Depth (in.) 7.005 #DIV/0! 7.005 Average Depth (in.) 7.005 - - - Min. Depth (in.) 3.079 #DIV/0! 3.079
BPS Wet Weather Calibration
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
18 20
Precipitation (in.)
Flow (mgd)
Date
BPS- Wet Weather Flow
Metered
Modeled
Naughton PS
0 0.05
0.1 0.15
0.2 0.25
0.3 0.35
0.4 0.45
0 0.5
2 4
6 8
10 12
14 16
18 20
Precipitation (in.)
Depth (in.)
Date
BPS- Wet Weather Depth
Modeled
Naughton PS
310
Appendix G. Model Results
311
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient 10 450804 4508036 90.0 7.4 0.013 0.004 Free Surface 0.048 No6 No 100 431206LH 4312056 181.5 4.5 0.013 0.014 Free Surface 0.140 No6 No 1000 432204 4322036 146.2 4.6 0.013 0.264 Free Surface 0.701 No6 Yes 1001 432220 4322196 227.5 18.7 0.013 0.080 Free Surface 0.161 No6 No 1003 441422 441421
6 283.2 2.1 0.013 0.194 Free Surface 0.424 No6 No
1004 441516 441514A6 258.8 7.6 0.013 0.004 Free Surface 0.062 No6 No 1005 441421 4414086 92.1 2.1 0.013 0.200 Free Surface 0.429 No6 No 1006 441513 4415126 300.4 6.8 0.013 0.002 Free Surface 0.040 No6 No 1007 441512 4415116 51.0 8.4 0.013 0.004 Free Surface 0.100 No6 No 1008 441514 4415116 125.0 11.5 0.013 0.023 Free Surface 0.126 No6 No 1009 441518 4415176 201.3 3.1 0.013 0.014 Free Surface 0.109 No6 No 101 403106 403106A6 33.3 4.6 0.013 0.023 Free Surface 0.132 No6 No 1010 441501 4415198 195.5 3.0 0.013 0.577 Free Surface 0.455 No8 No 1011 402412 4025066 277.5 0.4 0.013 0.012 Free Surface 0.173 No6 No 1012 402411 4024126 282.7 0.5 0.013 0.005 Free Surface 0.129 No6 No 1013 450107 4501066 139.3 15.6 0.013 0.010 Free Surface 0.059 No6 No 1014 450801 450201 10 307.7 0.6 0.013 0.202 Free Surface 0.244 No 10 No 1015 450106 4501046 44.3 6.9 0.013 0.016 Free Surface 0.137 No6 No 1016 450101 4501028 131.4 4.1 0.013 0.321 Free Surface 0.338 No8 No 1017 433413 4334148 287.0 4.2 0.013 0.969 Free Surface 0.589 No8 No 1018 450214 4502156 142.5 7.9 0.013 0.091 Free Surface 0.215 No6 No 1019 433414 4334158 72.6 4.4 0.013 0.971 Free Surface 0.538 No8 No 102 431205 4312046 323.1 7.5 0.013 0.079 Free Surface 0.191 No6 No 1020 433415 4334168 100.5 8.4 0.013 0.974 Free Surface 0.655 No8 No 1021 453705 453706 10 225.9 1.9 0.013 0.997 Free Surface 0.458 No 10 No 1022 450211 4502106 161.3 12.9 0.013 0.326 Free Surface 0.423 No6 No 1023 450215 4502026 184.0 6.2 0.013 0.104 Free Surface 0.420 No6 No 1024 450104 4501058 192.4 1.6 0.013 0.040 Free Surface 0.136 No8 No 1025 453719 4537188 351.5 13.9 0.013 0.023 Free Surface 0.066 No8 No 1027 453718 4537178 320.3 13.3 0.013 0.028 Free Surface 0.080 No8 No 1028 454415 4544146 220.9 5.7 0.013 0.003 Free Surface 0.044 No6 No 1029 450504 4505036 238.6 8.3 0.013 0.004 Free Surface 0.073 No6 No 103 433313 4333096 156.2 8.5 0.013 0.344 Free Surface 0.399 No6 No 1030 450503 4506106 365.1 13.0 0.013 0.026 Free Surface 0.152 No6 No 1032 454424 4544256 406.2 2.3 0.013 0.013 Free Surface 0.101 No6 No 1033 454302 4543048 326.9 9.5 0.013 0.117 Free Surface 0.158 No8 No 1034 454425 4544266 94.0 6.9 0.013 0.015 Free Surface 0.080 No6 No 1035 450501 4502226 127.1 7.7 0.013 0.015 Free Surface 0.098 No6 No 1036 454305 4543018 43.5 11.4 0.013 0.136 Free Surface 0.201 No8 No 1037 454304 4543018 51.9 6.2 0.013 0.117 Free Surface 0.206 No8 No 1038 454301 4503018 50.7 5.5 0.013 0.248 Free Surface 0.273 No8 No 1039 450220 4502196 94.8 15.4 0.013 0.009 Free Surface 0.075 No6 No 104 431118LH 4311176 233.4 10.1 0.013 0.004 Free Surface 0.075 No6 No 1040 454427 4544286 121.7 1.6 0.013 0.016 Free Surface 0.123 No6 No 1041 450219 4502186 165.2 13.9 0.013 0.025 Free Surface 0.127 No6 No 1042 450222 4502186 138.1 4.5 0.013 0.019 Free Surface 0.135 No6 No 1043 450221 4502206 78.4 2.8 0.013 0.006 Free Surface 0.065 No6 No 1044 450301 4503028 142.5 2.8 0.013 0.248 Free Surface 0.307 No8 No 1045 450813 4508126 150.7 17.5 0.013 0.034 Free Surface 0.136 No6 No 1048 450203 450204 10 266.3 1.3 0.013 0.319 Free Surface 0.301 No 10 No 105 430717 NAUGHTON_WW4 201.2 1.8 0.013 0.008 Free Surface 0.556 No4 No 1050 450206 450205 10 142.9 1.9 0.013 0.384 Free Surface 0.317 No 10 No 1052 442441 4424426 57.6 31.4 0.013 0.007 Free Surface 0.051 No6 No 1053 442442 4424436 11.0 23.5 0.013 0.012 Free Surface 0.068 No6 No 1054 442443 4424366 132.5 8.7 0.013 0.013 Free Surface 0.102 No6 No 1055 431709 4317086 161.0 10.2 0.013 0.478 Free Surface 0.497 No6 No 1056 440420 440420A6 73.6 8.6 0.013 0.002 Free Surface 0.049 No6 No 1057 440422 4404216 148.6 8.3 0.013 0.005 Free Surface 0.047 No6 No 1058 443320 4433216 170.1 6.3 0.013 0.105 Free Surface 0.229 No6 No 1059 440106 4401056 133.5 8.3 0.013 0.002 Free Surface 0.067 No6 No 106 430504 4305036 70.7 53.0 0.013 0.018 Free Surface 0.060 No6 No 1060 440116 4404316 138.3 26.6 0.013 0.242 Free Surface 0.243 No6 No 1061 440836 4408206 158.8 4.8 0.013 0.001 Free Surface 0.055 No6 No 1062 440804 4408026 85.1 3.2 0.013 0.007 Free Surface 0.081 No6 No 1063 440820 4408336 13.8 39.5 0.013 0.036 Free Surface 0.097 No6 No 1064 440833 4408296 79.2 17.2 0.013 0.036 Free Surface 0.112 No6 No 1065 440828 4408296 164.3 5.1 0.013 0.006 Free Surface 0.089 No6 No 1067 440542 4405436 121.8 5.3 0.013 0.051 Free Surface 0.155 No6 No 1068 440530 4408336 187.4 5.8 0.013 0.001 Free Surface 0.063 No6 No 1069 440834 4408046 103.0 8.2 0.013 0.007 Free Surface 0.067 No6 No 107 430408 4304076 98.1 11.6 0.013 0.266 Free Surface 0.296 No6 No 1070 440541 4405426 95.2 7.0 0.013 0.035 Free Surface 0.154 No6 No 1071 441203 4412046 239.6 10.9 0.013 0.004 Free Surface 0.049 No6 No 1072 440529 4405286 105.1 4.3 0.013 0.002 Free Surface 0.122 No6 No 1073 440516 4405316 143.5 8.7 0.013 0.062 Free Surface 0.177 No6 No 1074 440538 4405396 312.1 0.2 0.013 0.002 Free Surface 0.083 No6 No 1075 440539 4405406 150.9 8.2 0.013 0.027 Free Surface 0.119 No6 No 1076 440209 4402106 222.1 0.4 0.013 0.175 Free Surface 0.626 No6 Yes 1077 440426LH 4404256 48.6 18.7 0.013 0.003 Free Surface 0.031 No6 No 1078 440424 440425
8 105.1 17.2 0.013 0.008 Free Surface 0.037 No8 No
1079 440425 4404276 78.6 13.1 0.013 0.013 Free Surface 0.070 No6 No 108 431411 4314106 213.2 8.1 0.013 0.047 Free Surface 0.166 No6 No 1080 440214 4402116 246.7 4.9 0.013 0.008 Free Surface 0.155 No6 No 1081 440409 4404086 146.3 14.7 0.013 0.010 Free Surface 0.095 No6 No 1082 440420A 4404186 269.1 8.4 0.013 0.009 Free Surface 0.066 No6 No 1083 443318 4433176 150.6 4.4 0.013 0.038 Free Surface 0.160 No6 No 1084 440921 4433188 202.6 1.0 0.013 0.033 Free Surface 0.131 No8 No 1085 450418A 4504188 86.1 1.8 0.013 0.005 Free Surface 0.046 No8 No 1086 450901 450925 12 103.5 2.4 0.013 0.665 Free Surface 0.293 No 12 No 1087 452723 4527246 245.9 9.0 0.013 0.009 Free Surface 0.111 No6 No 1088 452726LH 4527256 92.0 0.6 0.013 0.004 Free Surface 0.063 No6 No 1089 442708 4427076 206.7 1.0 0.013 0.011 Free Surface 0.111 No6 No 109 431409 4314106 176.3 4.9 0.013 0.107 Free Surface 0.225 No6 No 1090 442428 4424296 80.8 3.7 0.013 0.024 Free Surface 0.117 No6 No 1091 441413 4414126 164.2 16.6 0.013 0.006 Free Surface 0.079 No6 No 1092 452713 4527116 285.9 6.7 0.013 0.005 Free Surface 0.066 No6 No 1093 442711 4427126 112.0 1.5 0.013 0.003 Free Surface 0.063 No6 No 1094 441113LH 4411126 134.8 6.0 0.013 0.011 Free Surface 0.083 No6 No 1095 441922 4419236 268.6 0.2 0.013 0.006 Free Surface 0.100 No6 No 1096 441104 4411036 109.6 23.5 0.013 0.018 Free Surface 0.084 No6 No 1097 441207 4411026 220.8 8.5 0.013 0.023 Free Surface 0.091 No6 No 1098 443821 4416066 139.9 1.5 0.013 0.054 Free Surface 0.204 No6 No 1099 441112 4411118 231.9 8.1 0.013 0.020 Free Surface 0.082 No8 No 11 433417 4537018 126.0 8.2 0.013 0.977 Free Surface 0.523 No8 No 110 451116LH 4511156 158.7 1.1 0.013 0.002 Free Surface 0.053 No6 No 1100 443811 4438096 54.5 1.8 0.013 0.003 Free Surface 0.060 No6 No 1101 443809 4438216 123.3 11.4 0.013 0.010 Free Surface 0.159 No6 No 1102 443820 4438216 131.6 0.0 0.013 0.041 Free Surface 0.391 No6 No 1103 441105 4411146 274.2 0.0 0.013 0.018 Free Surface 0.270 No6 No 1104 443810 4438096 40.5 16.5 0.013 0.003 Free Surface 0.048 No6 No 1105 441133 4411306 297.8 4.0 0.013 0.009 Free Surface 0.092 No6 No 1106 441137 4410216 174.5 9.2 0.013 0.140 Free Surface 0.253 No6 No 1107 441138 4411376 130.0 32.6 0.013 0.012 Free Surface 0.147 No6 No 1108 402707 4027066 249.9 1.2 0.013 0.004 Free Surface 0.093 No6 No 1109 441124 4411236 346.8 7.1 0.013 0.124 Free Surface 0.259 No6 No 111 431412 4314116 128.2 2.7 0.013 0.042 Free Surface 0.168 No6 No 1110 441123 4411226 87.7 5.1 0.013 0.127 Free Surface 0.255 No6 No 1111 441121 4411376 114.4 6.8 0.013 0.129 Free Surface 0.247 No6 No 1112 451019 4510116 299.3 0.6 0.013 0.058 Free Surface 0.324 No6 No 1113 451012 4510118 193.3 12.2 0.013 0.176 Free Surface 0.290 No8 No 1114 443210WYE 4509046 217.8 1.0 0.013 0.008 Free Surface 0.099 No6 No 1115 450910 451001 24 371.7 1.6 0.013 3.519 Free Surface 0.323 No 24 No 1116 452525 4525266 110.1 6.8 0.013 0.019 Free Surface 0.095 No6 No 1118 452711 4527106 303.5 6.8 0.013 0.011 Free Surface 0.074 No6 No 1119 443211 443210WYE6 67.6 2.7 0.013 0.006 Free Surface 0.085 No6 No 112 433807LH 4338066 67.9 4.5 0.013 0.002 Free Surface 0.095 No6 No 1120 443111 4431106 258.7 1.3 0.013 0.012 Free Surface 0.145 No6 No 1121 452526 4525276 180.9 12.2 0.013 0.021 Free Surface 0.093 No6 No 1122 452010 4520116 152.4 25.3 0.013 0.062 Free Surface 0.126 No6 No 1124 443205 450905 15 222.7 0.4 0.013 2.155 Free Surface 0.666 No 15 No 1125 452710 4526076 108.5 17.9 0.013 0.015 Free Surface 0.085 No6 No 1126 451006 451007 18 354.8 1.0 0.013 3.329 Free Surface 0.480 No 18 No 1127 443110 443110A6 150.6 2.5 0.013 0.037 Free Surface 0.285 No6 No 1128 443215 4432148 313.9 0.6 0.013 0.010 Free Surface 0.123 No8 No 1129 433420 4334226 297.6 3.1 0.013 0.108 Free Surface 0.226 No6 No 113 431408 4314096 165.3 0.3 0.013 0.103 Free Surface 0.404 No6 No 1131 442619 4426026 135.5 1.4 0.013 0.021 Free Surface 0.130 No6 No 1132 442620 4426196 178.6 5.2 0.013 0.002 Free Surface 0.101 No6 No 1133 453722 4537238 179.7 8.2 0.013 0.084 Free Surface 0.129 No8 No 1134 453723 4537248 228.4 11.3 0.013 0.084 Free Surface 0.127 No8 No 1135 442612 4426116 211.5 14.1 0.013 0.124 Free Surface 0.213 No6 No 1136 442611 4426106 268.2 10.6 0.013 0.127 Free Surface 0.240 No6 No 1137 442613 4426126 203.4 11.0 0.013 0.118 Free Surface 0.209 No6 No 1138 442701 442701A 15 168.5 5.1 0.013 1.787 Free Surface 0.295 No 15 No 1139 442616 4426186 54.2 21.5 0.013 0.010 Free Surface 0.067 No6 No 1140 442816 4427026 102.4 12.7 0.013 0.175 Free Surface 0.253 No6 No 1141 442514 4425136 68.8 15.7 0.013 0.004 Free Surface 0.052 No6 No 1142 442724 4427066 216.6 9.4 0.013 0.012 Free Surface 0.092 No6 No 1143 442516 4425028 115.1 14.2 0.013 0.005 Free Surface 0.030 No8 No 1144 442610 4427036 254.1 8.6 0.013 0.155 Free Surface 0.413 No6 No 1145 442703 4428166 31.9 13.4 0.013 0.160 Free Surface 0.241 No6 No 1146 442506 4425086 190.7 9.8 0.013 0.002 Free Surface 0.035 No6 No 1147 442721 4426126 208.0 1.2 0.013 0.005 Free Surface 0.142 No6 No 1148 442412 4424116 199.1 3.6 0.013 0.002 Free Surface 0.066 No6 No 1149 442411 4424096 192.9 18.3 0.013 0.025 Free Surface 0.171 No6 No 115 453716 453716C8 28.9 8.6 0.013 0.175 Free Surface 0.181 No8 No 1150 443021 4430206 308.0 5.9 0.013 0.008 Free Surface 0.079 No6 No 1151 440537 4405426 130.1 4.7 0.013 0.013 Free Surface 0.134 No6 No 1152 432501 4325026 174.9 8.1 0.013 0.015 Free Surface 0.204 No6 No 1153 440536 4405376 130.6 4.4 0.013 0.010 Free Surface 0.085 No6 No 1154 440535 4405366 129.0 10.7 0.013 0.004 Free Surface 0.060 No6 No 1155 440534LH 4405336 109.0 4.0 0.013 0.003 Free Surface 0.127 No6 No 1156 440801LH 4325016 243.3 7.6 0.013 0.014 Free Surface 0.083 No6 No 1157 440531 4405326 121.6 6.3 0.013 0.072 Free Surface 0.221 No6 No 1158 440533 4405316 82.5 0.0 0.013 0.007 Free Surface 0.198 No6 No 1159 440556 4408286 141.0 2.0 0.013 0.003 Free Surface 0.055 No6 No 116 431415 4314146 207.8 2.9 0.013 0.028 Free Surface 0.155 No6 No 1160 450411 450901 12 120.0 3.0 0.013 0.546 Free Surface 0.250 No 12 No 1161 443106LH 4431048 81.9 1.4 0.013 0.004 Free Surface 0.054 No8 No 1162 432902 4329036 63.4 4.3 0.013 0.098 Free Surface 0.212 No6 No 1163 442415 4424146 138.1 9.1 0.013 0.007 Free Surface 0.062 No6 No 1164 442414 4424116 77.4 37.7 0.013 0.021 Free Surface 0.078 No6 No 1165 442447 4424346 146.1 13.3 0.013 0.007 Free Surface 0.089 No6 No 1166 442448LH 4424496 87.8 7.5 0.013 0.003 Free Surface 0.041 No6 No 1167 442449 4424296 138.6 9.4 0.013 0.004 Free Surface 0.072 No6 No 1168 442416 4424146 104.4 3.9 0.013 0.013 Free Surface 0.084 No6 No 1169 441025LH 4410246 274.4 10.8 0.013 0.029 Free Surface 0.117 No6 No 117 431414 4314126 188.5 2.7 0.013 0.035 Free Surface 0.177 No6 No 1172 443022 4504106 326.5 2.3 0.013 0.008 Free Surface 0.083 No6 No 1175 443002 4504118 273.1 1.5 0.013 0.013 Free Surface 0.199 No8 No 1176 433205 4332046 235.4 4.1 0.013 0.044 Free Surface 0.209 No6 No G1. Model Results for Existing PWWF
312
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
1177 443019 4430156 116.6 5.3 0.013 0.025 Free Surface 0.136 No6 No 1178 443015 4430146 50.4 3.7 0.013 0.035 Free Surface 0.179 No6 No 1179 433204 4332036 224.6 1.8 0.013 0.061 Free Surface 0.217 No6 No 118 453726 4537258 98.9 20.1 0.013 0.044 Free Surface 0.079 No8 No 1181 443014 4430136 188.4 1.2 0.013 0.037 Free Surface 0.204 No6 No 1182 433207 4332086 371.4 1.2 0.013 0.010 Free Surface 0.133 No6 No 1183 431813 4318146 124.4 58.0 0.013 0.033 Free Surface 0.102 No6 No 1184 443003LH 4430028 264.1 1.0 0.013 0.004 Free Surface 0.068 No8 No 1185 443012 4430138 92.9 9.4 0.013 0.007 Free Surface 0.040 No8 No 1186 443005 4430046 54.2 4.1 0.013 0.012 Free Surface 0.142 No6 No 1187 443013 4430048 158.9 0.9 0.013 0.046 Free Surface 0.160 No8 No 1188 442804 4428036 241.3 13.7 0.013 0.005 Free Surface 0.048 No6 No 1189 443011 4430128 236.0 11.0 0.013 0.005 Free Surface 0.037 No8 No 119 453725 4537168 188.6 5.0 0.013 0.147 Free Surface 0.198 No8 No 1190 443006 4430056 149.2 8.1 0.013 0.009 Free Surface 0.078 No6 No 1191 442809 4428086 184.2 3.2 0.013 0.018 Free Surface 0.187 No6 No 1192 433102 4331016 125.2 0.8 0.013 0.005 Free Surface 0.094 No6 No 1193 443010 4430116 78.7 10.6 0.013 0.004 Free Surface 0.044 No6 No 1195 454414 4544136 89.5 8.4 0.013 0.004 Free Surface 0.042 No6 No 1196 454413 4544116 152.8 18.2 0.013 0.004 Free Surface 0.178 No6 No 1197 453724 4537258 210.2 12.7 0.013 0.102 Free Surface 0.164 No8 No 1198 433421 4334206 398.0 0.2 0.013 0.064 Free Surface 0.397 No6 No 12 433416 4334178 100.8 2.3 0.013 0.977 Free Surface 0.657 No8 No 120 450807 4508086 225.4 15.8 0.013 0.061 Free Surface 0.168 No6 No 1200 442609LH 4426086 169.5 2.2 0.013 0.003 Free Surface 0.052 No6 No 1202 442602 4426038 77.4 6.6 0.013 0.022 Free Surface 0.078 No8 No 1203 442705LH 4427026 183.9 7.9 0.013 0.008 Free Surface 0.160 No6 No 1204 442702 4427016 146.4 12.3 0.013 0.183 Free Surface 0.257 No6 No 1205 442622 4426216 88.6 4.1 0.013 0.004 Free Surface 0.049 No6 No 1206 442618 4426196 127.1 10.1 0.013 0.015 Free Surface 0.121 No6 No 1207 442450LH 4424286 110.2 9.3 0.013 0.002 Free Surface 0.084 No6 No 1208 442830 4428124 175.1 6.3 0.013 0.003 Free Surface 0.125 No4 No 1209 433201 4318016 129.0 4.2 0.013 0.142 Free Surface 0.319 No6 No 1210 443020 4430196 497.4 10.7 0.013 0.019 Free Surface 0.104 No6 No 1211 442805LH 4428046 113.4 4.8 0.013 0.001 Free Surface 0.038 No6 No 1212 442440LH 4424416 170.7 7.7 0.013 0.003 Free Surface 0.042 No6 No 1213 443105 4431048 184.8 0.6 0.013 0.006 Free Surface 0.065 No8 No 1214 443104 4431036 103.5 10.3 0.013 0.014 Free Surface 0.102 No6 No 1215 440305 4329136 142.1 16.9 0.013 0.005 Free Surface 0.138 No6 No 1216 440306LH 4403056 71.6 9.0 0.013 0.003 Free Surface 0.039 No6 No 1217 442813 4428126 143.5 2.8 0.013 0.007 Free Surface 0.099 No6 No 1218 442417 4424166 106.7 20.2 0.013 0.010 Free Surface 0.077 No6 No 1219 440201 4328126 242.4 8.3 0.013 0.004 Free Surface 0.137 No6 No 1220 432901 4329026 270.8 3.2 0.013 0.087 Free Surface 0.264 No6 No 1221 442418 4424176 155.5 3.7 0.013 0.005 Free Surface 0.060 No6 No 1222 442454LH 4424556 52.3 12.0 0.013 0.001 Free Surface 0.025 No6 No 1223 442917 4429186 155.5 5.3 0.013 0.012 Free Surface 0.092 No6 No 1224 443331 4433306 17.7 11.4 0.013 0.003 Free Surface 0.060 No6 No 1225 442423 4424226 64.0 7.4 0.013 0.001 Free Surface 0.022 No6 No 1226 442921 4409066 144.0 17.1 0.013 0.013 Free Surface 0.065 No6 No 1227 443332 4433316 147.0 5.6 0.013 0.003 Free Surface 0.039 No6 No 1228 440906 4409076 51.5 31.6 0.013 0.016 Free Surface 0.085 No6 No 1229 442909 4433026 249.4 1.3 0.013 0.056 Free Surface 0.250 No6 No 123 450808 4508096 120.0 4.4 0.013 0.063 Free Surface 0.252 No6 No 1230 432802 4328016 259.6 0.9 0.013 0.016 Free Surface 0.125 No6 No 1231 442402 4424036 282.6 4.5 0.013 0.006 Free Surface 0.072 No6 No 1232 440213 4328106 207.9 12.8 0.013 0.004 Free Surface 0.041 No6 No 1233 440911 4429096 132.0 1.1 0.013 0.045 Free Surface 0.241 No6 No 1234 432724 4327256 96.2 6.0 0.013 0.060 Free Surface 0.182 No6 No 1235 440904 4404036 300.7 3.1 0.013 0.018 Free Surface 0.121 No6 No 1237 443325 4433246 138.6 1.2 0.013 0.008 Free Surface 0.085 No6 No 1238 443323LH 4433246 49.0 3.3 0.013 0.004 Free Surface 0.061 No6 No 1239 432728 4328106 250.6 9.7 0.013 0.088 Free Surface 0.209 No6 No 124 450921 4509206 153.3 1.0 0.013 0.005 Free Surface 0.089 No6 No 1240 440908 4409246 51.3 34.1 0.013 0.026 Free Surface 0.093 No6 No 1241 440207 4402086 168.2 7.8 0.013 0.131 Free Surface 0.230 No6 No 1242 440320 4402086 124.7 32.5 0.013 0.015 Free Surface 0.133 No6 No 1243 440909 4409106 93.2 2.1 0.013 0.037 Free Surface 0.164 No6 No 1244 440924 4409226 40.2 15.5 0.013 0.035 Free Surface 0.129 No6 No 1245 440922 4409096 50.1 4.0 0.013 0.035 Free Surface 0.170 No6 No 1246 440208 4402096 94.0 19.1 0.013 0.148 Free Surface 0.467 No6 No 1247 440325 440325A6 109.1 2.5 0.013 0.023 Free Surface 0.187 No6 No 1248 440324 4403256 279.0 1.9 0.013 0.018 Free Surface 0.134 No6 No 1249 440421 440420A6 52.7 43.9 0.013 0.008 Free Surface 0.055 No6 No 125 442501 453715 10 296.7 9.3 0.013 1.904 Free Surface 0.465 No 10 No 1250 443319 4433206 198.2 4.9 0.013 0.097 Free Surface 0.233 No6 No 1251 440923LH 4409246 162.7 10.2 0.013 0.009 Free Surface 0.085 No6 No 1252 440410 4404096 158.2 0.6 0.013 0.008 Free Surface 0.098 No6 No 1253 440902 440903 10 263.6 0.6 0.013 0.982 Free Surface 0.627 No 10 Yes 1254 440912 4433198 298.8 3.2 0.013 0.091 Free Surface 0.175 No8 No 1255 440211 440207
6 318.2 7.7 0.013 0.127 Free Surface 0.247 No6 No
1256 440423 4404248 132.5 10.2 0.013 0.003 Free Surface 0.032 No8 No 1257 440215 4402166 158.5 2.3 0.013 0.005 Free Surface 0.075 No6 No 1259 440429 4404176 158.7 13.4 0.013 0.023 Free Surface 0.106 No6 No 126 430801 4308028 277.4 3.0 0.013 0.012 Free Surface 0.073 No8 No 1260 440418 4404176 128.1 10.3 0.013 0.009 Free Surface 0.093 No6 No 1261 440408 4404076 144.1 2.1 0.013 0.016 Free Surface 0.105 No6 No 1262 440103 4401046 139.4 21.9 0.013 0.013 Free Surface 0.076 No6 No 1263 440913 4409128 240.0 4.9 0.013 0.084 Free Surface 0.161 No8 No 1264 440427 4404286 54.1 14.1 0.013 0.013 Free Surface 0.077 No6 No 1265 440901 440902 10 308.8 3.7 0.013 0.491 Free Surface 0.615 No 10 No 1266 440608LH 4406076 139.2 2.4 0.013 0.004 Free Surface 0.182 No6 No 1267 440723LH 4407226 57.8 16.9 0.013 0.004 Free Surface 0.045 No6 No 1268 440132 4401318 248.1 2.8 0.013 0.005 Free Surface 0.070 No8 No 1269 440639 4406016 206.7 3.4 0.013 0.037 Free Surface 0.161 No6 No 127 431417 4314056 244.7 0.5 0.013 0.007 Free Surface 0.181 No6 No 1270 440124 4401236 221.6 0.5 0.013 0.002 Free Surface 0.095 No6 No 1271 440626 4406286 191.4 1.6 0.013 0.038 Free Surface 0.192 No6 No 1272 440627LH 4406266 95.1 25.4 0.013 0.005 Free Surface 0.117 No6 No 1273 440133LH 4401346 239.8 11.4 0.013 0.007 Free Surface 0.065 No6 No 1274 440817 4325366 165.2 5.1 0.013 0.009 Free Surface 0.149 No6 No 1275 440830 4408316 188.3 2.7 0.013 0.005 Free Surface 0.084 No6 No 1276 440823 4408246 159.6 5.5 0.013 0.004 Free Surface 0.050 No6 No 1277 440803 4325296 130.6 11.7 0.013 0.016 Free Surface 0.093 No6 No 1278 432508ALH 432508A6 177.5 15.0 0.013 0.004 Free Surface 0.045 No6 No 1279 440614 4406156 360.9 7.8 0.013 0.005 Free Surface 0.067 No6 No 128 430802 4308038 287.3 2.0 0.013 0.013 Free Surface 0.076 No8 No 1280 440816 4408176 115.1 7.1 0.013 0.005 Free Surface 0.065 No6 No 1281 440550 4405516 242.7 6.9 0.013 0.005 Free Surface 0.055 No6 No 1282 440822LH 4408236 81.5 11.5 0.013 0.001 Free Surface 0.036 No6 No 1283 440544 4405456 281.3 7.5 0.013 0.072 Free Surface 0.184 No6 No 1284 441202 4406226 194.5 0.5 0.013 0.018 Free Surface 0.196 No6 No 1285 440548 4408306 178.8 7.3 0.013 0.001 Free Surface 0.046 No6 No 1286 440827 4408266 400.5 3.0 0.013 0.134 Free Surface 0.302 No6 No 1287 440733 4412026 137.8 0.7 0.013 0.014 Free Surface 0.161 No6 No 1288 432507 SSFI_216 22.7 9.1 0.013 0.005 Free Surface 0.055 No6 No 1289 432506LH 4325056 152.0 3.8 0.013 0.000 Free Surface 0.000 No6 No 129 431001LH 4310026 155.8 1.5 0.013 0.003 Free Surface 0.076 No6 No 1291 440819 4408186 298.7 5.5 0.013 0.004 Free Surface 0.053 No6 No 1292 440815LH 4408166 122.8 4.1 0.013 0.002 Free Surface 0.045 No6 No 1293 432505 4325036 139.4 9.1 0.013 0.009 Free Surface 0.081 No6 No 1294 432504 4325036 59.9 3.1 0.013 0.001 Free Surface 0.062 No6 No 1295 440837 4408216 117.2 12.3 0.013 0.001 Free Surface 0.084 No6 No 1296 440216 4401046 220.5 4.4 0.013 0.010 Free Surface 0.085 No6 No 1297 440413LH 4404126 43.9 16.9 0.013 0.003 Free Surface 0.032 No6 No 1298 440412 4404076 152.3 19.9 0.013 0.006 Free Surface 0.045 No6 No 1299 440104 4401056 51.8 22.8 0.013 0.028 Free Surface 0.094 No6 No 13 433402 4334038 139.1 2.7 0.013 0.842 Free Surface 0.593 No8 No 1300 440403 4404026 300.4 5.5 0.013 0.029 Free Surface 0.413 No6 No 1302 440407 4404046 56.8 25.7 0.013 0.025 Free Surface 0.092 No6 No 1303 440430 4404296 111.9 16.9 0.013 0.005 Free Surface 0.066 No6 No 1304 440417 4404166 193.3 7.8 0.013 0.032 Free Surface 0.254 No6 No 1305 440920 4409218 154.1 5.1 0.013 0.028 Free Surface 0.118 No8 No 1306 440914 4409136 250.7 4.0 0.013 0.068 Free Surface 0.204 No6 No 1307 440210 4401166 293.9 2.5 0.013 0.177 Free Surface 0.380 No6 No 1308 440404 4404016 229.5 14.5 0.013 0.030 Free Surface 0.102 No6 No 1309 440401 4404028 77.0 3.4 0.013 0.938 Free Surface 0.576 No8 No 1310 440915 4409146 217.7 6.5 0.013 0.061 Free Surface 0.191 No6 No 1311 440105 4401156 164.0 22.2 0.013 0.034 Free Surface 0.098 No6 No 1312 440115 4401166 114.3 1.1 0.013 0.064 Free Surface 0.278 No6 No 1313 440705 4407066 250.1 2.5 0.013 0.051 Free Surface 0.192 No6 No 1314 440416 4404156 67.8 8.8 0.013 0.338 Free Surface 0.386 No6 No 1315 440704 4407056 141.9 0.3 0.013 0.045 Free Surface 0.289 No6 No 1316 440102 4401036 324.1 0.9 0.013 0.011 Free Surface 0.098 No6 No 1317 440415 4404146 103.5 10.9 0.013 0.370 Free Surface 0.445 No6 No 1318 440101 4401026 165.7 5.4 0.013 0.004 Free Surface 0.091 No6 No 1319 440431 4401296 133.7 29.4 0.013 0.247 Free Surface 0.308 No6 No 132 442615 4426168 69.3 20.9 0.013 0.003 Free Surface 0.023 No8 No 1320 440129 4404166 139.4 7.8 0.013 0.305 Free Surface 0.381 No6 No 1321 440707 4407046 75.4 33.4 0.013 0.009 Free Surface 0.209 No6 No 1322 440703 4407046 139.9 1.0 0.013 0.036 Free Surface 0.291 No6 No 1323 440917 4409166 100.5 1.0 0.013 0.058 Free Surface 0.247 No6 No 1324 440114 4401156 198.0 0.1 0.013 0.030 Free Surface 0.542 No6 Yes 1325 440107 4401086 104.6 1.2 0.013 0.002 Free Surface 0.050 No6 No 1326 440918 440918A
8 241.7 3.9 0.013 0.018 Free Surface 0.080 No8 No
1327 440702 4407036 202.1 8.2 0.013 0.033 Free Surface 0.167 No6 No 1328 440128 4401296 132.9 2.6 0.013 0.059 Free Surface 0.295 No6 No 1329 440708LH 4407076 246.1 0.9 0.013 0.003 Free Surface 0.062 No6 No 133 442617LH 4426166 102.4 15.7 0.013 0.004 Free Surface 0.038 No6 No 1330 440633 4409176 92.3 6.5 0.013 0.058 Free Surface 0.228 No6 No 1331 440130 4404158 230.5 1.0 0.013 0.028 Free Surface 0.129 No8 No 1332 440604 4404018 268.4 6.9 0.013 0.906 Free Surface 0.465 No8 No 1333 440701 4407026 79.4 16.8 0.013 0.030 Free Surface 0.111 No6 No 1334 440724 4407016 338.9 3.2 0.013 0.025 Free Surface 0.121 No6 No 1335 440721 4407246 280.0 3.7 0.013 0.018 Free Surface 0.126 No6 No 1336 440632 4409186 101.1 10.0 0.013 0.009 Free Surface 0.081 No6 No 1337 440414 4401366 219.4 4.4 0.013 0.370 Free Surface 0.476 No6 No 1338 440109 4401086 226.8 1.1 0.013 0.013 Free Surface 0.128 No6 No 1339 440607 4406048 270.6 2.5 0.013 0.139 Free Surface 0.308 No8 No 134 442720 4426136 121.9 6.5 0.013 0.011 Free Surface 0.145 No6 No 1340 440406 4406036 142.4 5.8 0.013 0.013 Free Surface 0.086 No6 No 1341 440603 4406048 146.2 9.8 0.013 0.751 Free Surface 0.381 No8 No 1342 440136 4401376 158.1 7.4 0.013 0.382 Free Surface 0.420 No6 No 1343 440631 4406326 108.1 10.4 0.013 0.004 Free Surface 0.052 No6 No 1344 440118 4401436 170.7 19.6 0.013 0.018 Free Surface 0.153 No6 No 1345 440143 4401286 207.2 2.0 0.013 0.058 Free Surface 0.223 No6 No 1346 440112 4401136 159.4 0.1 0.013 0.006 Free Surface 0.175 No6 No 1347 440722 4407216 104.7 18.1 0.013 0.008 Free Surface 0.081 No6 No 1348 440111 4401126 147.0 8.4 0.013 0.001 Free Surface 0.092 No6 No 1349 440137 4406028 155.4 7.0 0.013 0.395 Free Surface 0.297 No8 No 135 442614 4426168 73.8 56.1 0.013 0.003 Free Surface 0.017 No8 No 313
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
1350 440602 4406038 103.6 6.0 0.013 0.737 Free Surface 0.417 No8 No 1351 440720 4407216 136.3 3.9 0.013 0.009 Free Surface 0.095 No6 No 1352 440135 4401366 289.7 4.3 0.013 0.011 Free Surface 0.265 No6 No 1353 440635 4406346 264.1 6.5 0.013 0.055 Free Surface 0.190 No6 No 1354 440127 4401436 225.6 4.0 0.013 0.040 Free Surface 0.195 No6 No 1355 440122 4401216 157.3 15.0 0.013 0.005 Free Surface 0.052 No6 No 1356 432512 4325116 192.4 7.6 0.013 0.075 Free Surface 0.195 No6 No 1357 440131 4401308 394.1 2.2 0.013 0.021 Free Surface 0.111 No8 No 1358 440121 4401206 116.9 9.1 0.013 0.009 Free Surface 0.078 No6 No 1359 440119 4401206 185.4 0.9 0.013 0.003 Free Surface 0.082 No6 No 136 430712 4307136 69.5 0.6 0.013 0.038 Free Surface 0.289 No6 No 1360 440120 4401276 220.9 11.7 0.013 0.022 Free Surface 0.126 No6 No 1361 440719 4407206 214.7 4.3 0.013 0.009 Free Surface 0.080 No6 No 1362 440629 4406356 142.6 3.9 0.013 0.055 Free Surface 0.178 No6 No 1363 440630 4406296 126.2 33.1 0.013 0.009 Free Surface 0.120 No6 No 1364 440617 4406166 161.3 8.3 0.013 0.017 Free Surface 0.104 No6 No 1365 440616 4406096 164.8 4.6 0.013 0.024 Free Surface 0.215 No6 No 1366 440123 4401206 66.3 0.5 0.013 0.007 Free Surface 0.108 No6 No 1367 440601 4406026 227.9 5.2 0.013 0.318 Free Surface 0.431 No6 No 1368 432511 4325106 261.9 5.6 0.013 0.079 Free Surface 0.204 No6 No 1369 440636 4406376 384.0 3.7 0.013 0.008 Free Surface 0.083 No6 No 1370 440713 4407148 28.2 1.4 0.013 0.027 Free Surface 0.110 No8 No 1371 440718LH 4407176 46.0 4.1 0.013 0.003 Free Surface 0.043 No6 No 1372 440715 4407148 92.4 22.7 0.013 0.014 Free Surface 0.071 No8 No 1373 440618 4406176 227.5 5.7 0.013 0.015 Free Surface 0.089 No6 No 1374 440134 4401356 276.4 4.5 0.013 0.009 Free Surface 0.081 No6 No 1375 440717 4407168 29.3 35.5 0.013 0.005 Free Surface 0.046 No8 No 1376 440716 4407158 144.2 1.9 0.013 0.008 Free Surface 0.055 No8 No 1377 440610 4406096 377.7 5.3 0.013 0.097 Free Surface 0.270 No6 No 1378 440126 4401276 351.3 1.4 0.013 0.011 Free Surface 0.134 No6 No 1379 440619 4406186 215.0 3.1 0.013 0.011 Free Surface 0.091 No6 No 138 432013LH 4320146 155.4 4.3 0.013 0.012 Free Surface 0.077 No6 No 1380 432510 4325096 252.1 7.1 0.013 0.084 Free Surface 0.195 No6 No 1381 440832 4406396 161.4 9.6 0.013 0.029 Free Surface 0.136 No6 No 1382 440125 4401246 118.4 0.5 0.013 0.000 Free Surface 0.043 No6 No 1383 440125 4401266 122.7 18.8 0.013 0.001 Free Surface 0.064 No6 No 1384 440623 4406266 106.2 1.3 0.013 0.033 Free Surface 0.192 No6 No 1385 440624 4406236 102.1 22.0 0.013 0.008 Free Surface 0.118 No6 No 1386 440734 4407356 52.9 11.8 0.013 0.023 Free Surface 0.132 No6 No 1387 440625 4406246 149.5 2.9 0.013 0.004 Free Surface 0.052 No6 No 1388 440637 4406386 343.8 5.8 0.013 0.015 Free Surface 0.126 No6 No 1389 440638 4407346 236.0 1.1 0.013 0.018 Free Surface 0.128 No6 No 139 403418 4034176 368.2 0.2 0.013 0.022 Free Surface 0.636 No6 Yes 1390 440826 4401406 141.5 5.0 0.013 0.143 Free Surface 0.639 No6 No 1391 440615 440639
6 259.3 2.5 0.013 0.008 Free Surface 0.122 No6 No
1392 440141 4401406 233.5 11.0 0.013 0.131 Free Surface 0.608 No6 No 1393 440142 4401416 113.0 10.5 0.013 0.126 Free Surface 0.222 No6 No 1394 440620 4406196 187.3 11.3 0.013 0.007 Free Surface 0.074 No6 No 1395 432527 4325236 191.5 13.0 0.013 0.007 Free Surface 0.072 No6 No 1396 440831 4408326 166.7 3.2 0.013 0.014 Free Surface 0.106 No6 No 1397 432536 4401426 190.4 9.4 0.013 0.121 Free Surface 0.222 No6 No 1398 440824 4408266 145.9 9.9 0.013 0.005 Free Surface 0.166 No6 No 1399 440545 4406106 272.7 8.9 0.013 0.082 Free Surface 0.209 No6 No 14 433401 4334028 53.6 3.9 0.013 0.842 Free Surface 0.560 No8 No 140 442511 4423356 76.9 41.6 0.013 0.013 Free Surface 0.077 No6 No 1400 432509 4325356 165.8 10.3 0.013 0.088 Free Surface 0.185 No6 No 1401 432535 4325366 29.6 17.2 0.013 0.110 Free Surface 0.203 No6 No 1402 440825 4401416 114.1 3.1 0.013 0.004 Free Surface 0.139 No6 No 1403 440551 4406136 98.8 10.4 0.013 0.008 Free Surface 0.083 No6 No 1404 432529 4325356 88.5 4.9 0.013 0.019 Free Surface 0.145 No6 No 1405 440621 4406206 108.7 13.8 0.013 0.004 Free Surface 0.048 No6 No 1406 440818 4401426 117.5 3.5 0.013 0.004 Free Surface 0.138 No6 No 1407 440622 4406236 292.2 0.5 0.013 0.025 Free Surface 0.202 No6 No 1408 440821 4408276 102.6 8.0 0.013 0.046 Free Surface 0.232 No6 No 1409 440543 440543A6 17.8 20.3 0.013 0.061 Free Surface 0.145 No6 No 141 431107 4311086 137.9 2.0 0.013 0.029 Free Surface 0.160 No6 No 1410 441201LH 4405436 228.3 0.6 0.013 0.009 Free Surface 0.125 No6 No 1411 440546 440543A6 397.6 4.2 0.013 0.000 Free Surface 0.079 No6 No 1412 440829 4408216 22.0 17.0 0.013 0.044 Free Surface 0.131 No6 No 1413 440802 4408036 269.7 4.1 0.013 0.011 Free Surface 0.083 No6 No 1414 432503 4325026 222.3 2.2 0.013 0.011 Free Surface 0.210 No6 No 1415 440532 4408276 261.3 2.3 0.013 0.077 Free Surface 0.286 No6 No 1416 440547 4405326 218.7 2.1 0.013 0.001 Free Surface 0.146 No6 No 1417 440528 4405276 102.2 1.5 0.013 0.039 Free Surface 0.194 No6 No 1418 440527 4405166 60.7 2.5 0.013 0.039 Free Surface 0.173 No6 No 1419 440520 4405216 59.2 2.2 0.013 0.000 Free Surface 0.041 No6 No 142 442301 4425046 174.5 5.4 0.013 0.037 Free Surface 0.143 No6 No 1420 440553 4405286 106.2 5.7 0.013 0.037 Free Surface 0.174 No6 No 1421 441213 4412126 230.3 10.8 0.013 0.006 Free Surface 0.060 No6 No 1422 440501 4405026 205.0 5.6 0.013 0.002 Free Surface 0.055 No6 No 1423 440514 4405156 239.4 8.6 0.013 0.013 Free Surface 0.080 No6 No 1424 440513 4405126 256.5 1.8 0.013 0.005 Free Surface 0.066 No6 No 1425 440502 4405036 100.2 4.5 0.013 0.008 Free Surface 0.071 No6 No 1428 440504 4405036 154.8 1.2 0.013 0.002 Free Surface 0.058 No6 No 1429 441001LH 4410026 185.5 3.8 0.013 0.004 Free Surface 0.062 No6 No 143 431010 4310126 62.2 4.0 0.013 0.014 Free Surface 0.104 No6 No 1430 440507 4405066 303.1 0.8 0.013 0.003 Free Surface 0.078 No6 No 1431 440505 4405146 150.6 6.1 0.013 0.013 Free Surface 0.081 No6 No 1432 440506 4405056 134.2 4.5 0.013 0.012 Free Surface 0.085 No6 No 1433 441003LH 4410026 187.6 1.1 0.013 0.018 Free Surface 0.149 No6 No 1434 441013 4410168 354.3 8.9 0.013 0.119 Free Surface 0.154 No8 No 1435 441011 4410106 54.7 11.0 0.013 0.074 Free Surface 0.180 No6 No 144 430713 4307146 190.8 0.4 0.013 0.040 Free Surface 0.222 No6 No 1441 455003 HASTINGS_WW6 270.5 2.6 0.013 0.135 Free Surface 0.326 No6 No 1443 454901 4549026 149.6 3.8 0.013 0.001 Free Surface 0.038 No6 No 1444 450104A 4501046 167.6 2.1 0.013 0.020 Free Surface 0.158 No6 No 1445 453707 453708 10 75.8 3.7 0.013 1.021 Free Surface 0.474 No 10 No 1446 450111 4501126 36.7 6.8 0.013 0.000 Free Surface 0.000 No6 No 1447 450102 4501038 356.6 1.7 0.013 0.343 Free Surface 0.457 No8 No 1448 454803 4548048 178.0 9.9 0.013 0.288 Free Surface 0.223 No8 No 1449 442913 4429146 233.2 4.2 0.013 0.010 Free Surface 0.109 No6 No 145 430707 4307086 97.2 18.3 0.013 0.004 Free Surface 0.054 No6 No 1450 440307 4423076 248.9 1.6 0.013 0.009 Free Surface 0.110 No6 No 1451 442436 4424356 166.0 8.7 0.013 0.037 Free Surface 0.140 No6 No 1452 452504 452504A6 106.8 2.6 0.013 0.001 Free Surface 0.047 No6 No 1453 443503 4435026 163.2 0.9 0.013 0.049 Free Surface 0.383 No6 No 1454 442102 4421036 113.8 6.8 0.013 0.031 Free Surface 0.129 No6 No 1455 441827LH 4418276 138.7 3.2 0.013 0.001 Free Surface 0.029 No6 No 1456 441824 4418226 94.5 2.1 0.013 0.006 Free Surface 0.073 No6 No 1457 441823 4418216 114.7 13.0 0.013 0.002 Free Surface 0.069 No6 No 1458 402408 4024076 350.3 1.5 0.013 0.001 Free Surface 0.122 No6 No 1459 441518A 4415186 141.7 19.4 0.013 0.006 Free Surface 0.073 No6 No 146 442727LH 4427266 46.3 6.5 0.013 0.002 Free Surface 0.051 No6 No 1460 441406 4414078 287.1 3.0 0.013 0.269 Free Surface 0.303 No8 No 1461 441408 4414076 131.8 16.7 0.013 0.283 Free Surface 0.297 No6 No 1464 VMH_47 4024146 64.9 4.9 0.013 0.000 Free Surface 0.027 No6 No 1465 441511 4415056 154.4 1.8 0.013 0.026 Free Surface 0.281 No6 No 1466 441506 4415058 249.6 0.4 0.013 0.335 Free Surface 0.576 No8 Yes 1468 402414 4025016 88.4 3.7 0.013 0.004 Free Surface 0.124 No6 No 147 442512 442511
6 132.8 10.4 0.013 0.004 Free Surface 0.048 No6 No
1470 402501 4025026 356.7 0.4 0.013 0.083 Free Surface 0.708 No6 Yes 1471 441517 4415046 261.0 4.4 0.013 0.021 Free Surface 0.558 No6 No 1472 441505 4415048 168.8 2.2 0.013 0.381 Free Surface 0.697 No8 No 1474 402407 4024066 364.0 1.3 0.013 0.043 Free Surface 0.213 No6 No 1475 441520 441502 15 17.9 1.2 0.013 0.544 Free Surface 0.264 No 15 No 1478 441504 4415038 157.6 0.1 0.013 0.405 Free Surface 0.779 No8 Yes 148 432110 4321096 38.9 5.1 0.013 0.005 Free Surface 0.059 No6 No 1480 402406 4024056 218.5 1.6 0.013 0.044 Free Surface 0.218 No6 No 1481 402404 4025016 375.6 0.3 0.013 0.074 Free Surface 0.390 No6 No 1482 402416LH 4024156 126.9 0.8 0.013 0.000 Free Surface 0.052 No6 No 1483 402410LH 4024046 134.2 0.5 0.013 0.002 Free Surface 0.065 No6 No 1484 402415 4024016 115.1 0.4 0.013 0.003 Free Surface 0.101 No6 No 1485 402405 4024036 275.5 1.5 0.013 0.050 Free Surface 0.284 No6 No 1487 402409LH 4024036 116.8 0.6 0.013 0.003 Free Surface 0.208 No6 No 1488 402401 4024026 273.3 0.4 0.013 0.007 Free Surface 0.132 No6 No 1489 450805LH 4508046 164.5 2.4 0.013 0.001 Free Surface 0.041 No6 No 149 430705 4307046 172.8 7.7 0.013 0.310 Free Surface 0.384 No6 No 1490 450818LH 4508176 149.8 7.2 0.013 0.004 Free Surface 0.055 No6 No 1491 451118 4511196 115.4 9.1 0.013 0.002 Free Surface 0.039 No6 No 1492 451111 4511106 258.9 7.2 0.013 0.012 Free Surface 0.080 No6 No 1493 450816LH 4508156 94.3 6.7 0.013 0.003 Free Surface 0.046 No6 No 1494 451117LH 4511186 92.7 0.7 0.013 0.001 Free Surface 0.035 No6 No 1495 450824LH 4508236 76.5 0.4 0.013 0.002 Free Surface 0.073 No6 No 1496 450822 4508236 106.4 4.2 0.013 0.012 Free Surface 0.086 No6 No 1497 450611 4506126 245.3 0.6 0.013 0.002 Free Surface 0.090 No6 No 1499 454804 4548058 303.5 14.7 0.013 0.289 Free Surface 0.210 No8 No 15 431504 4315038 187.6 2.2 0.013 0.630 Free Surface 0.517 No8 No 150 432008 4320076 149.7 7.7 0.013 0.146 Free Surface 0.245 No6 No 1500 454814 4548136 152.8 0.7 0.013 0.004 Free Surface 0.073 No6 No 1501 451107 4511066 151.9 2.3 0.013 0.067 Free Surface 0.212 No6 No 1502 451106 4511056 27.1 8.7 0.013 0.068 Free Surface 0.230 No6 No 1503 454815 4548146 139.8 0.7 0.013 0.003 Free Surface 0.073 No6 No 1504 454805 4548068 144.4 14.6 0.013 0.290 Free Surface 0.210 No8 No 1505 454811 4548066 166.4 2.9 0.013 0.010 Free Surface 0.185 No6 No 1506 454813 4548116 216.3 1.9 0.013 0.004 Free Surface 0.079 No6 No 1507 454812 4548116 111.1 1.1 0.013 0.005 Free Surface 0.084 No6 No 1508 451108 4511056 196.2 3.0 0.013 0.023 Free Surface 0.210 No6 No 1509 454806 4548078 113.2 15.8 0.013 0.300 Free Surface 0.211 No8 No 151 432014 4320096 104.4 46.1 0.013 0.018 Free Surface 0.152 No6 No 1510 454306 4543058 430.1 0.6 0.013 0.136 Free Surface 0.262 No8 No 1511 450602 4506038 85.2 0.5 0.013 0.119 Free Surface 0.275 No8 No 1512 450603 4506048 56.5 3.2 0.013 0.119 Free Surface 0.246 No8 No 1513 451109 4511086 259.9 7.1 0.013 0.020 Free Surface 0.115 No6 No 1514 450802 4506026 311.9 6.3 0.013 0.026 Free Surface 0.293 No6 No 1515 451121 4508026 202.7 4.0 0.013 0.012 Free Surface 0.103 No6 No 1516 451120 4511216 127.2 6.9 0.013 0.009 Free Surface 0.080 No6 No 1517 450820 4508026 292.9 12.8 0.013 0.004 Free Surface 0.079 No6 No 1518 450305 4501076 195.0 7.0 0.013 0.000 Free Surface 0.030 No6 No 1519 451110 4511096 321.1 10.1 0.013 0.016 Free Surface 0.090 No6 No 152 432009 4320086 259.8 8.1 0.013 0.139 Free Surface 0.258 No6 No 1520 450803 4508026 266.2 13.8 0.013 0.007 Free Surface 0.084 No6 No 1521 451119 4511206 333.6 14.3 0.013 0.006 Free Surface 0.060 No6 No 1522 450105 450209A8 145.9 2.4 0.013 0.041 Free Surface 0.116 No8 No 1523 450108 4501036 53.9 1.1 0.013 0.005 Free Surface 0.084 No6 No 1524 450110LH 4501028 256.6 6.5 0.013 0.019 Free Surface 0.234 No8 No 1525 450109 4501086 191.5 3.0 0.013 0.005 Free Surface 0.074 No6 No 1528 442801 4504176 164.1 4.0 0.013 0.180 Free Surface 0.339 No6 No 1529 442510 4423356 207.9 0.5 0.013 0.006 Free Surface 0.104 No6 No 153 430605 4306048 355.2 1.2 0.013 0.268 Free Surface 0.343 No8 No 1530 442333 4423326 127.7 3.5 0.013 0.024 Free Surface 0.162 No6 No 1531 442332 4426136 210.2 12.5 0.013 0.107 Free Surface 0.205 No6 No 314
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
1532 442335 4423346 60.0 6.7 0.013 0.020 Free Surface 0.102 No6 No 1533 442334 4423336 194.8 6.0 0.013 0.021 Free Surface 0.117 No6 No 1534 452736 4527376 201.9 2.6 0.013 0.004 Free Surface 0.066 No6 No 1535 441714 4416018 51.4 2.9 0.013 0.146 Free Surface 0.324 No8 No 1536 403007 4030066 252.9 0.4 0.013 0.008 Free Surface 0.142 No6 No 1537 441703 4417046 132.4 8.4 0.013 0.010 Free Surface 0.081 No6 No 1538 402705 4027046 268.9 0.3 0.013 0.017 Free Surface 0.196 No6 No 1539 441416 4414176 221.6 2.3 0.013 0.002 Free Surface 0.083 No6 No 154 441012LH 4410116 243.4 5.0 0.013 0.013 Free Surface 0.127 No6 No 1540 441418 4414176 161.6 12.7 0.013 0.017 Free Surface 0.102 No6 No 1541 441709 4417086 48.8 9.4 0.013 0.004 Free Surface 0.047 No6 No 1542 441402 441402A6 55.8 8.8 0.013 0.382 Free Surface 0.465 No6 No 1543 441412 4414116 271.8 10.1 0.013 0.030 Free Surface 0.125 No6 No 1544 442305 4423046 295.1 0.8 0.013 0.029 Free Surface 0.188 No6 No 1545 442328 4423296 112.9 0.9 0.013 0.062 Free Surface 0.303 No6 No 1546 452705 4527046 81.8 10.1 0.013 0.003 Free Surface 0.066 No6 No 1547 442728 4427146 92.5 21.6 0.013 0.004 Free Surface 0.051 No6 No 1548 442419 4424206 100.1 15.6 0.013 0.005 Free Surface 0.064 No6 No 1549 440315 4403166 217.9 8.3 0.013 0.009 Free Surface 0.069 No6 No 155 402712 4027026 152.5 2.5 0.013 0.094 Free Surface 0.273 No6 No 1550 442404 4424056 202.3 3.2 0.013 0.026 Free Surface 0.132 No6 No 1551 442456 4424278 156.2 5.1 0.013 0.002 Free Surface 0.053 No8 No 1552 443324 4433016 162.6 21.3 0.013 0.015 Free Surface 0.287 No6 No 1553 440910 4409116 136.0 7.8 0.013 0.042 Free Surface 0.185 No6 No 1554 450113 4501126 190.9 3.5 0.013 0.008 Free Surface 0.078 No6 No 1555 450117 4501166 30.0 5.3 0.013 0.001 Free Surface 0.026 No6 No 1556 450115 450115A6 123.1 3.9 0.013 0.008 Free Surface 0.072 No6 No 1558 450911 4508066 136.2 8.1 0.013 0.037 Free Surface 0.130 No6 No 1559 450806 4508076 231.7 17.4 0.013 0.056 Free Surface 0.136 No6 No 1560 452720 04C142M6 116.9 5.0 0.013 0.048 Free Surface 0.165 No6 No 1562 442508 4425096 165.1 4.3 0.013 0.002 Free Surface 0.059 No6 No 1563 VMH_86 4527216 96.2 0.1 0.013 0.000 Free Surface 0.025 No6 No 1564 452721 4527228 157.1 0.8 0.013 0.002 Free Surface 0.040 No8 No 1565 452735LH 4527346 99.0 0.9 0.013 0.002 Free Surface 0.059 No6 No 1566 442706 4426106 116.2 8.6 0.013 0.027 Free Surface 0.183 No6 No 1567 450811 4509018 292.2 0.4 0.013 0.120 Free Surface 0.324 No8 No 1568 450417 450420 18 258.4 3.8 0.013 0.000 Free Surface 0.000 No 18 No 1569 450420 450410 12 27.9 0.2 0.013 0.003 Free Surface 0.057 No 12 No 157 430905 4309046 141.5 0.5 0.013 0.018 Free Surface 0.204 No6 No 1570 442707 4427066 68.8 3.3 0.013 0.013 Free Surface 0.103 No6 No 1572 442815 4428166 108.9 0.1 0.013 0.013 Free Surface 0.229 No6 No 1573 442725 4427246 108.3 3.7 0.013 0.009 Free Surface 0.076 No6 No 1574 442408 4424096 59.1 5.2 0.013 0.032 Free Surface 0.193 No6 No 1575 442430 4424316 58.3 11.8 0.013 0.046 Free Surface 0.169 No6 No 1578 441908 4419076 196.9 9.2 0.013 0.051 Free Surface 0.195 No6 No 1579 441131 4411306 211.6 4.6 0.013 0.011 Free Surface 0.093 No6 No 158 430903 4309046 108.9 6.0 0.013 0.283 Free Surface 0.388 No6 No 1580 442513 4425116 206.8 4.8 0.013 0.007 Free Surface 0.060 No6 No 1581 442722 4427216 205.0 3.1 0.013 0.003 Free Surface 0.063 No6 No 1582 442457LH 4424466 19.7 8.3 0.013 0.003 Free Surface 0.046 No6 No 1583 442446 4424476 47.7 6.0 0.013 0.005 Free Surface 0.053 No6 No 1584 442407 4424086 153.5 1.2 0.013 0.030 Free Surface 0.168 No6 No 1585 442406 4424076 115.5 1.7 0.013 0.030 Free Surface 0.186 No6 No 1586 442429 4424306 99.2 13.8 0.013 0.029 Free Surface 0.117 No6 No 1587 443025 4429056 157.2 1.7 0.013 0.001 Free Surface 0.039 No6 No 1588 440308 4403076 269.3 7.6 0.013 0.006 Free Surface 0.075 No6 No 1589 452502 4524278 222.4 0.4 0.013 0.004 Free Surface 0.084 No8 No 159 432915LH 4329146 112.3 4.6 0.013 0.004 Free Surface 0.073 No6 No 1590 441414 4414126 141.6 13.8 0.013 0.018 Free Surface 0.096 No6 No 1591 403002 4030018 256.5 0.4 0.013 0.057 Free Surface 0.224 No8 No 1592 403203 4030028 190.7 0.6 0.013 0.019 Free Surface 0.119 No8 No 1593 402706 4027056 245.1 1.3 0.013 0.011 Free Surface 0.173 No6 No 1594 441022 4414026 106.7 9.4 0.013 0.379 Free Surface 0.407 No6 No 1595 441702 4417036 157.7 1.4 0.013 0.006 Free Surface 0.076 No6 No 1596 403004 4030038 113.4 1.2 0.013 0.030 Free Surface 0.176 No8 No 1597 441602 4416018 239.7 4.6 0.013 0.203 Free Surface 0.329 No8 No 1599 442626 4026046 165.0 2.5 0.013 0.036 Free Surface 0.171 No6 No 16 431503 4315028 163.0 3.9 0.013 0.784 Free Surface 0.539 No8 No 160 430706 4307056 154.9 7.7 0.013 0.315 Free Surface 0.382 No6 No 1600 402801 4030076 102.8 0.5 0.013 0.004 Free Surface 0.106 No6 No 1601 403008 4028016 63.1 1.8 0.013 0.002 Free Surface 0.065 No6 No 1602 402809 4028016 49.0 1.2 0.013 0.002 Free Surface 0.066 No6 No 1602 402809 4028016 49.0 1.2 0.013 0.002 Free Surface 0.066 No6 No 1603 441701 4414206 271.7 16.3 0.013 0.010 Free Surface 0.072 No6 No 1605 441411 4414106 197.6 6.5 0.013 0.039 Free Surface 0.193 No6 No 1606 441601 4417128 305.4 2.0 0.013 0.388 Free Surface 0.389 No8 No 1607 441708 4417076 109.6 10.5 0.013 0.006 Free Surface 0.058 No6 No 1608 402607LHB 4026066 56.8 3.5 0.013 0.001 Free Surface 0.038 No6 No 1609 441420 441420A6 59.4 10.7 0.013 0.018 Free Surface 0.105 No6 No 161 431621LH 4316226 160.0 5.4 0.013 0.007 Free Surface 0.063 No6 No 1611 402803 4028086 92.5 1.2 0.013 0.007 Free Surface 0.162 No6 No 1612 452101 4520246 134.9 6.6 0.013 0.018 Free Surface 0.147 No6 No 1613 442331 4423326 273.6 5.9 0.013 0.081 Free Surface 0.201 No6 No 1614 442802 4428016 249.6 2.4 0.013 0.163 Free Surface 0.356 No6 No 1615 452724 4527276 120.4 0.7 0.013 0.014 Free Surface 0.123 No6 No 1616 442814 4428156 343.4 1.1 0.013 0.009 Free Surface 0.158 No6 No 1617 452715 4527146 78.2 2.9 0.013 0.002 Free Surface 0.038 No6 No 1618 442304 4423036 328.4 2.8 0.013 0.032 Free Surface 0.141 No6 No 1619 442709 4427086 195.8 11.1 0.013 0.007 Free Surface 0.089 No6 No 162 430210 4302096 169.4 7.1 0.013 0.414 Free Surface 0.436 No6 No 1620 452714 4527136 22.8 12.3 0.013 0.003 Free Surface 0.045 No6 No 1621 442806 4428026 194.7 8.2 0.013 0.153 Free Surface 0.317 No6 No 1622 442330 4423316 198.7 1.0 0.013 0.078 Free Surface 0.275 No6 No 1623 452727 4527286 204.4 6.4 0.013 0.015 Free Surface 0.089 No6 No 1624 442723 4427116 157.6 1.5 0.013 0.000 Free Surface 0.028 No6 No 1625 442324 4423256 223.6 6.5 0.013 0.006 Free Surface 0.056 No6 No 1626 442325 4423296 98.6 44.4 0.013 0.014 Free Surface 0.185 No6 No 1627 442803 4428026 301.0 12.8 0.013 0.007 Free Surface 0.213 No6 No 1628 452009 4520106 102.2 25.3 0.013 0.058 Free Surface 0.125 No6 No 1629 452706 4527056 156.2 16.2 0.013 0.002 Free Surface 0.032 No6 No 163 431623 4316316 98.1 49.5 0.013 0.066 Free Surface 0.196 No6 No 1630 452728 4525256 189.5 7.7 0.013 0.017 Free Surface 0.095 No6 No 1632 452704 4527036 68.4 0.7 0.013 0.005 Free Surface 0.075 No6 No 1633 443016 4430156 315.1 7.6 0.013 0.010 Free Surface 0.112 No6 No 1634 442438 4424378 106.6 0.9 0.013 0.019 Free Surface 0.104 No8 No 1635 442327 4423286 173.4 0.6 0.013 0.062 Free Surface 0.309 No6 No 1636 452524 4525236 299.9 3.6 0.013 0.002 Free Surface 0.045 No6 No 1637 442306 4423056 248.2 1.9 0.013 0.025 Free Surface 0.183 No6 No 1639 443017 4430166 179.1 14.6 0.013 0.003 Free Surface 0.053 No6 No 164 431622 4316236 62.6 8.5 0.013 0.009 Free Surface 0.064 No6 No 1640 442808 4428076 321.0 5.6 0.013 0.128 Free Surface 0.262 No6 No 1641 442437 4424368 150.6 2.5 0.013 0.022 Free Surface 0.093 No8 No 1642 442308 4423066 145.3 5.0 0.013 0.015 Free Surface 0.123 No6 No 1643 490102 4901016 82.9 1.6 0.013 0.007 Free Surface 0.109 No6 No 1644 454303 4543028 326.2 7.4 0.013 0.088 Free Surface 0.144 No8 No 1645 442509 4425106 267.4 0.7 0.013 0.004 Free Surface 0.094 No6 No 1646 452707LH 4527066 53.3 3.0 0.013 0.002 Free Surface 0.032 No6 No 1647 442807 4428066 297.7 6.0 0.013 0.134 Free Surface 0.262 No6 No 1648 442329 4423306 163.3 0.9 0.013 0.076 Free Surface 0.330 No6 No 1649 452702LH 4527016 62.3 18.1 0.013 0.003 Free Surface 0.045 No6 No 1650 452703 4527016 186.3 8.7 0.013 0.007 Free Surface 0.057 No6 No 1651 452531 4524196 97.3 9.9 0.013 0.003 Free Surface 0.035 No6 No 1652 443007 4430066 103.2 1.2 0.013 0.007 Free Surface 0.083 No6 No 1653 443018LH 4430176 114.6 2.0 0.013 0.003 Free Surface 0.049 No6 No 1654 443008 4430076 34.3 4.9 0.013 0.007 Free Surface 0.082 No6 No 1655 442307 4423066 136.9 0.8 0.013 0.011 Free Surface 0.139 No6 No 1656 442410 4423276 237.9 0.2 0.013 0.060 Free Surface 0.400 No6 No 1657 442409 4424106 85.8 1.4 0.013 0.059 Free Surface 0.361 No6 No 1658 442433 4424326 188.9 8.4 0.013 0.050 Free Surface 0.165 No6 No 1659 442435 4424346 146.8 6.1 0.013 0.042 Free Surface 0.139 No6 No 166 430214 4302136 64.1 50.8 0.013 0.057 Free Surface 0.105 No6 No 1660 442434 4424336 54.3 15.6 0.013 0.048 Free Surface 0.137 No6 No 1661 442432 4424316 126.3 3.9 0.013 0.051 Free Surface 0.194 No6 No 1662 442431 4428086 198.4 8.3 0.013 0.097 Free Surface 0.233 No6 No 1663 443009 4430086 276.4 12.0 0.013 0.004 Free Surface 0.054 No6 No 1664 442445 4424356 121.8 28.0 0.013 0.005 Free Surface 0.094 No6 No 1665 442812 4424306 137.4 1.9 0.013 0.016 Free Surface 0.127 No6 No 1666 442905 4429066 319.7 6.8 0.013 0.045 Free Surface 0.210 No6 No 1667 442424 4424256 162.8 14.0 0.013 0.002 Free Surface 0.040 No6 No 1668 442903 4429056 297.9 13.2 0.013 0.023 Free Surface 0.091 No6 No 1669 442901 4429026 250.6 14.7 0.013 0.007 Free Surface 0.061 No6 No 167 431627 4316286 202.2 5.9 0.013 0.007 Free Surface 0.175 No6 No 1670 442902 4429036 128.0 15.6 0.013 0.015 Free Surface 0.081 No6 No 1671 442425 4424266 221.7 9.0 0.013 0.005 Free Surface 0.063 No6 No 1672 442906 4429076 254.0 1.6 0.013 0.067 Free Surface 0.243 No6 No 1673 442455 4424256 68.9 57.4 0.013 0.003 Free Surface 0.038 No6 No 1674 442426 4424276 370.8 8.7 0.013 0.012 Free Surface 0.092 No6 No 1675 442427 4424286 180.1 5.1 0.013 0.021 Free Surface 0.121 No6 No 1676 440309 4403086 292.0 10.5 0.013 0.003 Free Surface 0.045 No6 No 1677 442915 4429056 229.6 1.0 0.013 0.017 Free Surface 0.149 No6 No 1678 442405 4424068 293.1 4.0 0.013 0.029 Free Surface 0.111 No8 No 1679 442451 4424276 267.7 20.9 0.013 0.005 Free Surface 0.074 No6 No 168 430203 4302046 137.6 14.0 0.013 0.461 Free Surface 0.408 No6 No 1680 440310 4403116 109.8 10.2 0.013 0.001 Free Surface 0.040 No6 No 1681 442914 4429156 172.6 1.1 0.013 0.015 Free Surface 0.142 No6 No 1682 443304 443305 12 317.1 1.0 0.013 1.079 Free Surface 0.486 No 12 No 1683 440314 4403156 151.9 11.2 0.013 0.005 Free Surface 0.055 No6 No 1684 440311 4403226 317.3 8.2 0.013 0.006 Free Surface 0.075 No6 No 1685 440313 4403146 63.3 0.4 0.013 0.001 Free Surface 0.045 No6 No 1686 440709 4407106 92.7 5.7 0.013 0.005 Free Surface 0.068 No6 No 1687 442107 4421086 87.9 25.6 0.013 0.025 Free Surface 0.082 No6 No 1688 443421 4434206 71.5 6.8 0.013 0.008 Free Surface 0.088 No6 No 1689 443420 4418036 174.1 20.8 0.013 0.041 Free Surface 0.109 No6 No 169 431626LH 4316256 80.9 0.5 0.013 0.043 Free Surface 0.264 No6 No 1690 443411 4434106 316.5 6.7 0.013 0.007 Free Surface 0.075 No6 No 1691 441804 4418036 35.3 1.8 0.013 0.281 Free Surface 0.566 No6 No 1692 442912LH 4429116 199.2 5.6 0.013 0.006 Free Surface 0.052 No6 No 1693 443302 443303 10 170.4 11.8 0.013 1.064 Free Surface 0.496 No 10 No 1694 440312 4403116 257.3 8.6 0.013 0.002 Free Surface 0.041 No6 No 1695 440322 4403236 237.4 3.3 0.013 0.012 Free Surface 0.094 No6 No 1696 442911 4429106 67.9 31.2 0.013 0.008 Free Surface 0.055 No6 No 1697 442910 4429136 132.1 8.0 0.013 0.009 Free Surface 0.074 No6 No 1698 440205 4402046 199.5 0.5 0.013 0.003 Free Surface 0.081 No6 No 1699 443301 443302 10 86.2 12.5 0.013 1.007 Free Surface 0.305 No 10 No 17 433412 4334138 193.2 7.6 0.013 0.966 Free Surface 0.515 No8 No 170 432003 4320046 132.5 6.7 0.013 0.106 Free Surface 0.194 No6 No 1700 440905 4409046 166.4 2.5 0.013 0.005 Free Surface 0.092 No6 No 1701 442401 4424026 174.8 11.5 0.013 0.002 Free Surface 0.046 No6 No 1702 440907 4409086 189.0 6.0 0.013 0.019 Free Surface 0.093 No6 No 1703 440206 4402076 147.6 7.5 0.013 0.002 Free Surface 0.143 No6 No 1704 440323 4403246 203.3 6.0 0.013 0.015 Free Surface 0.111 No6 No 315
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
1705 440411 4404106 126.8 3.9 0.013 0.004 Free Surface 0.095 No6 No 1706 443502 4435016 206.0 0.2 0.013 0.059 Free Surface 0.342 No6 No 1707 443513 4433096 142.3 5.3 0.013 0.010 Free Surface 0.078 No6 No 1708 443321 443322LH8 243.7 5.0 0.013 0.113 Free Surface 0.181 No8 No 1709 443512 4435136 123.7 13.8 0.013 0.004 Free Surface 0.060 No6 No 171 440303 4403026 141.5 4.9 0.013 0.036 Free Surface 0.141 No6 No 1710 443603 4436028 99.7 8.6 0.013 0.051 Free Surface 0.101 No8 No 1711 443509 4435046 113.3 2.6 0.013 0.013 Free Surface 0.115 No6 No 1712 443504 4435036 117.3 10.3 0.013 0.040 Free Surface 0.191 No6 No 1713 443505 4435046 115.7 7.1 0.013 0.024 Free Surface 0.117 No6 No 1714 443506 4435056 57.4 12.3 0.013 0.022 Free Surface 0.100 No6 No 1715 443507 4435066 182.1 10.9 0.013 0.009 Free Surface 0.077 No6 No 1716 443322LH 4433128 299.9 4.1 0.013 0.125 Free Surface 0.261 No8 No 1717 443312 4433118 156.6 11.0 0.013 0.613 Free Surface 0.330 No8 No 1718 443510 4435096 163.7 12.9 0.013 0.013 Free Surface 0.088 No6 No 1719 443511 4435106 207.4 4.1 0.013 0.006 Free Surface 0.067 No6 No 172 432923A 4329166 158.0 0.7 0.013 0.052 Free Surface 0.230 No6 No 1720 443410 4434096 134.6 4.4 0.013 0.012 Free Surface 0.087 No6 No 1721 443418 4434196 198.3 2.5 0.013 0.019 Free Surface 0.117 No6 No 1722 443422 4434216 174.1 14.9 0.013 0.005 Free Surface 0.055 No6 No 1723 441805 4418046 142.6 1.3 0.013 0.080 Free Surface 0.420 No6 No 1724 441838 4418056 157.4 1.3 0.013 0.025 Free Surface 0.231 No6 No 1726 441312 4413106 154.7 3.2 0.013 0.004 Free Surface 0.089 No6 No 1727 442114 4421136 89.9 19.7 0.013 0.004 Free Surface 0.063 No6 No 1728 441306 4413086 315.9 5.8 0.013 0.059 Free Surface 0.194 No6 No 1729 442202 442203 16 259.7 0.8 0.013 1.558 Free Surface 0.376 No 16 No 1731 441313LH 4413106 163.8 1.0 0.013 0.005 Free Surface 0.102 No6 No 1732 441106LH 4411076 127.4 4.1 0.013 0.004 Free Surface 0.051 No6 No 1733 441924 4419126 43.5 20.0 0.013 0.025 Free Surface 0.100 No6 No 1734 443508 4435066 130.0 12.2 0.013 0.010 Free Surface 0.078 No6 No 1735 443604 4436038 273.7 17.3 0.013 0.044 Free Surface 0.093 No8 No 1736 443316 4433156 127.5 1.5 0.013 0.050 Free Surface 0.190 No6 No 1737 443605 4436048 89.3 23.3 0.013 0.004 Free Surface 0.053 No8 No 1738 443315 4433136 123.9 20.2 0.013 0.054 Free Surface 0.124 No6 No 1739 443313 4433126 279.5 27.4 0.013 0.060 Free Surface 0.282 No6 No 174 432007 4320056 155.1 15.1 0.013 0.152 Free Surface 0.267 No6 No 1740 443405 4434046 110.5 10.5 0.013 0.010 Free Surface 0.087 No6 No 1741 442115 4421166 143.5 1.8 0.013 0.001 Free Surface 0.043 No6 No 1742 443407 4434066 72.1 1.0 0.013 0.003 Free Surface 0.081 No6 No 1743 443406 4434046 110.3 17.8 0.013 0.030 Free Surface 0.103 No6 No 1745 443414 4434156 219.4 10.2 0.013 0.007 Free Surface 0.064 No6 No 1747 443408 4434066 52.8 16.0 0.013 0.024 Free Surface 0.093 No6 No 1748 441821 4418206 67.0 1.5 0.013 0.011 Free Surface 0.109 No6 No 1749 441822 4418216 32.5 3.1 0.013 0.007 Free Surface 0.090 No6 No 175 432004 4320056 75.0 67.1 0.013 0.112 Free Surface 0.222 No6 No 1750 441834 4418376 123.3 0.8 0.013 0.024 Free Surface 0.222 No6 No 1751 443426 4434086 62.3 26.8 0.013 0.022 Free Surface 0.083 No6 No 1752 441828 4418276 133.5 1.3 0.013 0.014 Free Surface 0.127 No6 No 1753 441835 4418346 141.0 2.6 0.013 0.012 Free Surface 0.142 No6 No 1754 440710 4407116 105.2 3.6 0.013 0.009 Free Surface 0.105 No6 No 1755 441819 4418206 344.3 11.4 0.013 0.008 Free Surface 0.083 No6 No 1756 442112 4421116 129.3 17.3 0.013 0.014 Free Surface 0.070 No6 No 1757 443417 4434186 189.6 10.5 0.013 0.010 Free Surface 0.097 No6 No 1758 442105 4421066 247.7 9.0 0.013 0.037 Free Surface 0.123 No6 No 1759 443413 4434146 331.2 7.9 0.013 0.006 Free Surface 0.056 No6 No 176 432005 4320066 112.1 11.9 0.013 0.265 Free Surface 0.344 No6 No 1760 441826 4418246 225.9 10.7 0.013 0.003 Free Surface 0.056 No6 No 1761 440711 4407126 177.0 0.7 0.013 0.010 Free Surface 0.114 No6 No 1762 442113 4421126 176.1 3.4 0.013 0.010 Free Surface 0.078 No6 No 1763 442109 4421076 99.4 5.2 0.013 0.024 Free Surface 0.104 No6 No 1764 443419 4434206 168.9 9.8 0.013 0.026 Free Surface 0.107 No6 No 1765 443427 4434116 50.2 2.0 0.013 0.002 Free Surface 0.051 No6 No 1768 443423 4434246 264.3 4.8 0.013 0.007 Free Surface 0.090 No6 No 1769 441806 4418056 182.5 0.6 0.013 0.056 Free Surface 0.304 No6 No 177 432816 4328156 64.8 3.4 0.013 0.009 Free Surface 0.115 No6 No 1770 443424 4407286 115.6 1.5 0.013 0.013 Free Surface 0.197 No6 No 1771 441307 4413066 22.0 17.7 0.013 0.057 Free Surface 0.154 No6 No 1772 441931 4419326 127.4 16.8 0.013 0.005 Free Surface 0.048 No6 No 1773 440728 4407296 133.2 6.2 0.013 0.153 Free Surface 0.360 No6 No 1774 443808 4438076 277.9 8.2 0.013 0.005 Free Surface 0.054 No6 No 1775 403116 4031156 245.7 0.4 0.013 0.008 Free Surface 0.120 No6 No 1776 442206 442206A6 162.2 1.5 0.013 0.012 Free Surface 0.117 No6 No 1778 441913 4419126 112.1 8.2 0.013 0.011 Free Surface 0.093 No6 No 1779 441132LH 4411316 113.8 9.8 0.013 0.007 Free Surface 0.069 No6 No 178 431703 4317026 199.5 2.1 0.013 0.628 Exceeds Capacity 1.000 No6 Yes 1780 443806 4438056 130.5 13.2 0.013 0.017 Free Surface 0.092 No6 No 1781 441916 441913
6 43.4 7.7 0.013 0.004 Free Surface 0.057 No6 No
1782 441107 4411086 143.1 10.6 0.013 0.006 Free Surface 0.119 No6 No 1783 441108 4411096 146.6 1.7 0.013 0.035 Free Surface 0.177 No6 No 1784 441917LH 4419166 86.5 7.4 0.013 0.003 Free Surface 0.041 No6 No 1786 441907 4419066 276.2 1.8 0.013 0.056 Free Surface 0.209 No6 No 1787 441111 4411086 80.6 4.4 0.013 0.028 Free Surface 0.158 No6 No 1788 443801 4438026 110.9 16.0 0.013 0.001 Free Surface 0.031 No6 No 179 440202 4403046 174.0 4.2 0.013 0.032 Free Surface 0.133 No6 No 1790 443805 4438046 169.2 6.8 0.013 0.022 Free Surface 0.120 No6 No 1791 441205 4411056 269.1 4.3 0.013 0.013 Free Surface 0.268 No6 No 1792 441204 4412056 125.2 9.6 0.013 0.008 Free Surface 0.076 No6 No 1793 441130 4411286 187.9 14.1 0.013 0.031 Free Surface 0.116 No6 No 1794 441129LH 4411286 189.2 7.5 0.013 0.008 Free Surface 0.096 No6 No 1795 441918LH 4419196 85.3 1.7 0.013 0.002 Free Surface 0.052 No6 No 1796 443802 4438036 77.1 20.9 0.013 0.004 Free Surface 0.046 No6 No 1797 441919 4419206 51.9 3.8 0.013 0.004 Free Surface 0.048 No6 No 1798 441920 4419218 98.7 36.5 0.013 0.007 Free Surface 0.028 No8 No 1799 441921 4419106 168.8 4.1 0.013 0.007 Free Surface 0.120 No6 No 18 431510 4315098 251.4 3.5 0.013 0.624 Free Surface 0.729 No8 Yes 180 431720 4317036 137.0 2.7 0.013 0.209 Backwater 1.000 No6 Yes 1800 441128 4411276 114.0 12.1 0.013 0.045 Free Surface 0.246 No6 No 1801 441309 441127
6 199.5 2.2 0.013 0.062 Free Surface 0.296 No6 No
1802 443804 4438206 123.1 4.6 0.013 0.031 Free Surface 0.282 No6 No 1803 443803 4438206 138.0 20.5 0.013 0.009 Free Surface 0.271 No6 No 1804 441127 4411266 140.5 1.1 0.013 0.108 Free Surface 0.415 No6 No 1805 402402 4024036 217.6 0.5 0.013 0.011 Free Surface 0.241 No6 No 1806 441136LH 441126A6 96.4 35.1 0.013 0.004 Free Surface 0.244 No6 No 1807 441134 4411336 137.2 1.2 0.013 0.003 Free Surface 0.070 No6 No 1808 441103 4411196 111.6 6.6 0.013 0.018 Free Surface 0.121 No6 No 1809 441114 4411196 243.2 35.4 0.013 0.041 Free Surface 0.121 No6 No 181 440316 4402026 130.6 10.2 0.013 0.012 Free Surface 0.108 No6 No 1810 441102 4411016 35.5 36.4 0.013 0.023 Free Surface 0.088 No6 No 1812 441115LH 4411146 182.2 0.3 0.013 0.017 Free Surface 0.155 No6 No 1813 441923 4420016 194.6 29.9 0.013 0.008 Free Surface 0.049 No6 No 1814 403121 4032016 332.6 0.3 0.013 0.005 Free Surface 0.124 No6 No 1815 441120LH 4411196 126.8 4.0 0.013 0.010 Free Surface 0.113 No6 No 1816 443812LH 4438138 90.9 0.1 0.013 0.006 Free Surface 0.103 No8 No 1817 443813 4416066 168.5 13.6 0.013 0.006 Free Surface 0.101 No6 No 1818 441606 4416058 136.8 9.6 0.013 0.067 Free Surface 0.132 No8 No 1819 441116 441115LH6 81.6 1.8 0.013 0.015 Free Surface 0.166 No6 No 182 433109 4317136 208.1 9.0 0.013 0.068 Free Surface 0.183 No6 No 1822 441126 441126A6 106.3 0.5 0.013 0.109 Free Surface 0.461 No6 No 1823 441117 4411166 245.8 0.6 0.013 0.012 Free Surface 0.134 No6 No 1824 441118LH 4411176 155.0 0.3 0.013 0.004 Free Surface 0.125 No6 No 1825 441017 4410166 82.5 12.8 0.013 0.006 Free Surface 0.047 No6 No 1826 441101 4410166 198.7 11.5 0.013 0.028 Free Surface 0.104 No6 No 1827 441016 4410186 69.3 11.2 0.013 0.153 Free Surface 0.241 No6 No 1828 441135LH SSTA_99536 99.1 25.3 0.013 0.006 Free Surface 0.253 No6 No 1829 441018 4410196 60.6 11.1 0.013 0.155 Free Surface 0.292 No6 No 183 431702 4317016 131.0 3.4 0.013 0.632 Backwater 1.000 No6 Yes 1830 441119 4410196 255.1 18.3 0.013 0.071 Free Surface 0.244 No6 No 1831 441605 441604
8 265.7 13.1 0.013 0.137 Free Surface 0.161 No8 No
1832 441139 4411386 170.8 4.3 0.013 0.004 Free Surface 0.055 No6 No 1834 442002 4420036 45.2 29.0 0.013 0.016 Free Surface 0.118 No6 No 1835 441125 SSTA_99536 93.8 1.1 0.013 0.115 Free Surface 0.422 No6 No 1836 441122 4411216 222.5 9.0 0.013 0.128 Free Surface 0.242 No6 No 1838 441021 4414016 121.4 6.3 0.013 0.140 Free Surface 0.322 No6 No 1839 442003 4420046 191.3 4.2 0.013 0.048 Free Surface 0.309 No6 No 184 431714 4317166 148.2 7.4 0.013 0.049 Free Surface 0.177 No6 No 1840 442005 4420046 364.2 0.8 0.013 0.098 Free Surface 0.412 No6 No 1841 441604 4416038 312.6 14.1 0.013 0.190 Free Surface 0.174 No8 No 1842 441603 441603A8 98.6 13.2 0.013 0.190 Free Surface 0.175 No8 No 1843 441401 4410226 114.7 11.2 0.013 0.372 Free Surface 0.391 No6 No 1844 441415 4414146 154.1 7.4 0.013 0.010 Free Surface 0.076 No6 No 1845 402802 4028036 131.9 1.1 0.013 0.003 Free Surface 0.077 No6 No 1846 403005 4030048 118.6 0.3 0.013 0.027 Free Surface 0.157 No8 No 1848 441024 4410236 159.7 14.0 0.013 0.046 Free Surface 0.129 No6 No 1849 402608 4026066 56.4 3.5 0.013 0.002 Free Surface 0.041 No6 No 1850 402804 4028036 110.0 2.0 0.013 0.002 Free Surface 0.068 No6 No 1851 441023 4414046 123.5 16.6 0.013 0.055 Free Surface 0.313 No6 No 1852 441403 4414046 195.6 9.1 0.013 0.388 Free Surface 0.453 No6 No 1853 441711 4417106 111.2 15.9 0.013 0.017 Free Surface 0.298 No6 No 1854 441712 4417108 155.5 3.4 0.013 0.392 Free Surface 0.373 No8 No 1855 441707 4417066 173.1 15.5 0.013 0.012 Free Surface 0.116 No6 No 1856 441706 4417056 35.4 0.5 0.013 0.015 Free Surface 0.149 No6 No 1857 441704 4417056 267.3 15.4 0.013 0.027 Free Surface 0.114 No6 No 1858 441419 4414096 143.2 17.4 0.013 0.024 Free Surface 0.186 No6 No 1859 402606 4026058 105.9 4.7 0.013 0.004 Free Surface 0.054 No8 No 186 433110 4331096 200.0 10.1 0.013 0.050 Free Surface 0.155 No6 No 1860 441705 4415096 121.0 10.7 0.013 0.045 Free Surface 0.134 No6 No 1861 441710 4417138 114.0 2.7 0.013 0.410 Free Surface 0.384 No8 No 1862 441510 4415086 230.7 6.2 0.013 0.022 Free Surface 0.130 No6 No 1863 441509 4415086 33.5 10.0 0.013 0.046 Free Surface 0.143 No6 No 1864 402805 4028066 345.5 0.5 0.013 0.006 Free Surface 0.135 No6 No 1865 441404 4414056 137.2 3.2 0.013 0.267 Free Surface 0.401 No6 No 1868 402605 402604A8 132.0 1.0 0.013 0.009 Free Surface 0.110 No8 No 187 451826B 451826A6 134.4 5.6 0.013 0.005 Free Surface 0.084 No6 No 1870 441405 4414068 371.0 8.6 0.013 0.267 Free Surface 0.267 No8 No 1873 441507 4415066 48.4 2.9 0.013 0.081 Free Surface 0.522 No6 No 1875 441508 4415076 326.5 14.5 0.013 0.068 Free Surface 0.197 No6 No 1876 441713 441506 12 321.5 1.7 0.013 0.410 Free Surface 0.331 No 12 No 1877 450819LH 4508206 71.1 11.3 0.013 0.002 Free Surface 0.037 No6 No 1878 451115 4508226 264.1 11.4 0.013 0.007 Free Surface 0.072 No6 No 1879 450817 4508136 318.6 19.3 0.013 0.013 Free Surface 0.084 No6 No 188 442918 4429066 123.5 4.5 0.013 0.016 Free Surface 0.185 No6 No 1880 450916 4509156 135.6 0.7 0.013 0.006 Free Surface 0.084 No6 No 1881 451207LH 4512066 91.1 1.0 0.013 0.002 Free Surface 0.063 No6 No 1882 451202 4512016 105.3 8.1 0.013 0.121 Free Surface 0.231 No6 No 1883 451015 4510146 314.0 12.3 0.013 0.145 Free Surface 0.228 No6 No 1884 452001 4520026 109.9 6.9 0.013 0.027 Free Surface 0.115 No6 No 1885 402901 402704 15 268.4 0.3 0.013 0.320 Free Surface 0.242 No8 No 1886 402714 4027136 206.0 1.7 0.013 0.011 Free Surface 0.107 No6 No 1887 452801 4520206 29.0 33.0 0.013 0.005 Free Surface 0.173 No6 No 1888 452803 4520206 253.9 6.6 0.013 0.013 Free Surface 0.082 No6 No 1889 452709 4527086 193.1 8.3 0.013 0.001 Free Surface 0.028 No6 No 316
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
1892 442908LH 4429076 178.2 4.1 0.013 0.004 Free Surface 0.135 No6 No 1893 443221 443221B8 96.6 2.8 0.013 0.005 Free Surface 0.072 No8 No 1894 443309 4433088 90.8 9.3 0.013 0.636 Free Surface 0.598 No8 No 1895 443501 4433086 61.8 6.5 0.013 0.060 Free Surface 0.173 No6 No 1896 450815 4508148 242.0 19.4 0.013 0.009 Free Surface 0.051 No8 No 1897 451221 4512206 66.9 3.6 0.013 0.011 Free Surface 0.132 No6 No 1898 450814 4508136 181.7 8.6 0.013 0.016 Free Surface 0.094 No6 No 1899 451112 4511116 252.0 5.6 0.013 0.008 Free Surface 0.073 No6 No 19 433801 4338026 168.2 6.1 0.013 0.001 Free Surface 0.041 No6 No 190 442919 4429186 51.4 2.2 0.013 0.001 Free Surface 0.067 No6 No 1900 450823 4508066 168.5 10.5 0.013 0.015 Free Surface 0.106 No6 No 1901 451308 4512216 277.1 13.9 0.013 0.005 Free Surface 0.068 No6 No 1902 451114LH 4511126 171.4 0.6 0.013 0.002 Free Surface 0.063 No6 No 1903 451113 4511126 217.6 0.9 0.013 0.003 Free Surface 0.067 No6 No 1904 451215 4512146 200.9 9.8 0.013 0.076 Free Surface 0.171 No6 No 1905 451210 4512096 348.6 1.6 0.013 0.005 Free Surface 0.073 No6 No 1906 451216 4512156 67.0 8.8 0.013 0.074 Free Surface 0.177 No6 No 1907 450912 4509116 295.7 1.9 0.013 0.028 Free Surface 0.149 No6 No 1908 451209 4512036 78.0 22.0 0.013 0.020 Free Surface 0.105 No6 No 1909 451208LH 4512096 166.1 1.1 0.013 0.014 Free Surface 0.109 No6 No 191 442453LH 4424526 64.2 14.4 0.013 0.003 Free Surface 0.038 No6 No 1910 451218 4512166 156.2 4.7 0.013 0.067 Free Surface 0.190 No6 No 1911 451220 4512186 274.8 0.4 0.013 0.015 Free Surface 0.189 No6 No 1912 450812 4508096 156.0 2.9 0.013 0.038 Free Surface 0.238 No6 No 1913 451305 4512186 222.6 11.9 0.013 0.025 Free Surface 0.150 No6 No 1914 450913 4509126 101.5 11.4 0.013 0.020 Free Surface 0.129 No6 No 1915 451203 4512026 64.4 3.7 0.013 0.027 Free Surface 0.183 No6 No 1916 451214 4512026 188.9 12.8 0.013 0.077 Free Surface 0.199 No6 No 1917 451206 4512056 200.7 0.7 0.013 0.004 Free Surface 0.087 No6 No 1918 451219 4512186 161.2 5.2 0.013 0.024 Free Surface 0.160 No6 No 1919 451205 4512046 82.6 1.0 0.013 0.005 Free Surface 0.072 No6 No 192 442452 4424266 150.0 28.4 0.013 0.007 Free Surface 0.059 No6 No 1920 451204 4512036 195.6 10.6 0.013 0.005 Free Surface 0.091 No6 No 1921 450918 4509176 67.6 0.9 0.013 0.012 Free Surface 0.130 No6 No 1922 451302 4512196 119.4 2.3 0.013 0.019 Free Surface 0.122 No6 No 1923 451303 4513026 223.7 16.1 0.013 0.012 Free Surface 0.096 No6 No 1924 451016A 4512016 119.2 0.8 0.013 0.014 Free Surface 0.186 No6 No 1925 450919 4509186 40.4 1.0 0.013 0.009 Free Surface 0.118 No6 No 1926 450920 4509196 104.2 1.0 0.013 0.006 Free Surface 0.101 No6 No 1927 450810 4508118 192.6 0.2 0.013 0.117 Free Surface 0.375 No8 No 1928 451018LH 4510176 60.3 0.8 0.013 0.004 Free Surface 0.087 No6 No 1929 452423 4524226 167.1 5.9 0.013 0.002 Free Surface 0.038 No6 No 193 432921LH 4328176 91.4 1.2 0.013 0.004 Free Surface 0.062 No6 No 1930 443108 4432166 559.2 1.9 0.013 0.076 Free Surface 0.265 No6 No 1931 452417 4524166 205.4 8.2 0.013 0.034 Free Surface 0.155 No6 No 1932 452034 4520326 81.2 11.9 0.013 0.005 Free Surface 0.057 No6 No 1933 450902 450907 12 19.4 5.9 0.013 0.000 Free Surface 0.000 No 12 No 1934 452017 4526106 143.4 14.7 0.013 0.004 Free Surface 0.055 No6 No 1935 452615 4526016 224.2 8.8 0.013 0.295 Free Surface 0.386 No6 No 1936 452605 4526016 122.8 9.3 0.013 0.032 Free Surface 0.266 No6 No 1937 443103 4431016 416.2 3.8 0.013 0.024 Free Surface 0.126 No6 No 1938 452422 4524246 152.0 8.4 0.013 0.003 Free Surface 0.075 No6 No 1939 443216 443203 10 253.4 1.1 0.013 0.209 Free Surface 0.344 No 10 No 194 432801 4329016 265.7 12.3 0.013 0.023 Free Surface 0.171 No6 No 1940 443203 443204 15 152.1 0.5 0.013 2.076 Free Surface 0.599 No 15 No 1941 443217 4432166 107.2 2.2 0.013 0.126 Free Surface 0.334 No6 No 1942 452420 4524216 320.4 4.7 0.013 0.010 Free Surface 0.131 No6 No 1943 452601 4526026 133.9 6.3 0.013 0.328 Free Surface 0.419 No6 No 1944 452604 4526026 332.5 6.1 0.013 0.004 Free Surface 0.235 No6 No 1945 402902 402901 15 255.1 0.5 0.013 0.301 Free Surface 0.241 No8 No 1946 402715 4027146 200.1 1.7 0.013 0.005 Free Surface 0.089 No6 No 1947 402613 4026126 192.4 1.8 0.013 0.028 Free Surface 0.170 No6 No 1948 402718LH 4026126 100.0 0.9 0.013 0.003 Free Surface 0.121 No6 No 1949 402612 4026116 234.1 1.8 0.013 0.033 Free Surface 0.181 No6 No 195 442403 4424046 82.1 4.7 0.013 0.010 Free Surface 0.109 No6 No 1950 402704 402703 15 173.8 0.9 0.013 0.342 Free Surface 0.301 No8 No 1951 402702 402703 10 136.1 0.4 0.013 0.430 Free Surface 0.593 No 10 Yes 1952 450922 4510226 240.4 1.5 0.013 0.010 Free Surface 0.127 No6 No 1953 451022 451021
6 299.9 1.1 0.013 0.019 Free Surface 0.228 No6 No
1954 451021 4510206 301.6 0.3 0.013 0.030 Free Surface 0.257 No6 No 1955 452025 4520246 77.4 14.3 0.013 0.090 Free Surface 0.185 No6 No 1956 450923 4509086 333.4 1.5 0.013 0.005 Free Surface 0.074 No6 No 1957 450902 443225 12 276.1 1.4 0.013 0.674 Free Surface 0.336 No 12 No 1958 451014 4510136 267.4 14.5 0.013 0.153 Free Surface 0.222 No6 No 1959 452033LH 4520326 147.9 6.9 0.013 0.002 Free Surface 0.051 No6 No 196 442420 4424216 245.7 3.8 0.013 0.009 Free Surface 0.073 No6 No 1960 443225 450903 12 120.1 1.9 0.013 0.675 Free Surface 0.312 No 12 No 1961 452029 4520286 30.6 104.6 0.013 0.005 Free Surface 0.042 No6 No 1962 450908 450909 24 457.9 1.7 0.013 4.002 Free Surface 0.313 No 24 No 1963 450903 450904 12 352.7 1.6 0.013 0.678 Free Surface 0.330 No 12 No 1964 452030 4520296 66.5 1.4 0.013 0.004 Free Surface 0.052 No6 No 1965 451020 4510196 298.2 1.7 0.013 0.047 Free Surface 0.257 No6 No 1966 452028 4520276 70.4 9.4 0.013 0.007 Free Surface 0.056 No6 No 1968 451013 4510128 163.7 13.9 0.013 0.168 Free Surface 0.168 No8 No 197 442421 4424046 142.4 24.4 0.013 0.013 Free Surface 0.100 No6 No 1970 450904 450905 12 346.7 1.7 0.013 0.691 Free Surface 0.355 No 12 No 1971 450910 450905 15 16.8 0.6 0.013 0.500 Free Surface 0.353 No 15 No 1972 452802LH 4528016 250.7 14.3 0.013 0.003 Free Surface 0.034 No6 No 1973 452701 4526116 49.6 23.4 0.013 0.011 Free Surface 0.062 No6 No 1974 452527 4524186 154.8 9.5 0.013 0.021 Free Surface 0.128 No6 No 1975 451217LH 4512166 109.3 1.4 0.013 0.005 Free Surface 0.124 No6 No 1976 450914 4509136 159.9 12.7 0.013 0.016 Free Surface 0.084 No6 No 1977 450915 4509146 165.1 5.1 0.013 0.008 Free Surface 0.074 No6 No 1978 451201 4510156 202.5 11.0 0.013 0.139 Free Surface 0.229 No6 No 1979 451017 4510166 219.9 0.7 0.013 0.006 Free Surface 0.114 No6 No 198 443303 443304 10 159.1 1.0 0.013 1.075 Free Surface 0.627 No 10 No 1980 451016 451016A6 238.2 0.6 0.013 0.011 Free Surface 0.136 No6 No 1981 441830 4418296 194.8 0.9 0.013 0.005 Free Surface 0.076 No6 No 1982 442117 4421106 100.0 5.2 0.013 0.000 Free Surface 0.040 No6 No 1983 442110 4421096 174.2 15.2 0.013 0.018 Free Surface 0.102 No6 No 1984 441803 4418026 280.4 1.9 0.013 0.322 Free Surface 0.588 No6 No 1985 442209 4422086 200.5 14.7 0.013 0.003 Free Surface 0.034 No6 No 1986 451608 4516066 110.0 0.8 0.013 0.035 Free Surface 0.223 No6 No 1988 441816LH 4418176 114.9 4.4 0.013 0.007 Free Surface 0.061 No6 No 1989 403104 4033046 238.5 0.6 0.013 0.003 Free Surface 0.073 No6 No 199 432804 4328056 256.5 0.2 0.013 0.003 Free Surface 0.110 No6 No 1990 451613LH 4516116 389.5 10.1 0.013 0.000 Free Surface 0.058 No6 No 1991 443416 4434176 231.5 5.5 0.013 0.004 Free Surface 0.058 No6 No 1992 403326 4033016 375.5 0.8 0.013 0.007 Free Surface 0.117 No6 No 1993 451603 451602 16 249.4 0.9 0.013 1.518 Free Surface 0.386 No 16 No 1994 451605 451605A6 56.3 1.5 0.013 0.183 Free Surface 0.447 No6 No 1995 403102 403102A6 43.0 0.5 0.013 0.007 Free Surface 0.114 No6 No 1996 403305 403306 18 11.2 2.2 0.013 3.888 Free Surface 0.764 No 18 No 1997 403332 403306 18 14.0 0.3 0.013 1.791 Free Surface 0.489 No 18 No 1998 442222 4422206 79.4 12.6 0.013 0.011 Free Surface 0.077 No6 No 1999 442216 4422156 136.2 8.0 0.013 0.002 Free Surface 0.034 No6 No 2 455010 4550096 70.7 1.0 0.013 0.050 Free Surface 0.252 No6 No 20 431507 4315066 282.4 1.6 0.013 0.626 Exceeds Capacity 1.000 No6 Yes 200 442422 4424216 59.7 4.9 0.013 0.001 Free Surface 0.042 No6 No 2000 442207 442204
6 187.4 8.9 0.013 0.155 Free Surface 0.347 No6 No
2001 451604 451603 16 300.9 2.2 0.013 1.548 Free Surface 0.329 No 16 No 2002 403101 4031026 301.4 0.8 0.013 0.007 Free Surface 0.097 No6 No 2003 441815 4419296 66.1 13.5 0.013 0.001 Free Surface 0.035 No6 No 2004 442213 4422126 146.4 5.8 0.013 0.002 Free Surface 0.041 No6 No 2005 440735 4407276 222.7 9.8 0.013 0.072 Free Surface 0.212 No6 No 2006 441303 4413048 258.1 3.5 0.013 0.192 Free Surface 0.236 No8 No 2007 450415 450416 10 231.1 0.6 0.013 0.186 Free Surface 0.230 No 10 No 2008 452112 4521116 29.2 16.0 0.013 0.012 Free Surface 0.064 No6 No 2009 452722 4527238 223.0 4.8 0.013 0.006 Free Surface 0.045 No8 No 201 432805 4328066 266.9 2.3 0.013 0.018 Free Surface 0.144 No6 No 2010 452806 4527176 209.7 7.4 0.013 0.003 Free Surface 0.051 No6 No 2011 452734 4527336 207.1 2.8 0.013 0.005 Free Surface 0.063 No6 No 2012 452515 4525146 93.9 5.5 0.013 0.000 Free Surface 0.021 No6 No 2013 452512 4525116 62.4 16.0 0.013 0.005 Free Surface 0.072 No6 No 2014 452725 4527246 79.9 27.3 0.013 0.004 Free Surface 0.098 No6 No 2015 452002 4520036 178.8 8.0 0.013 0.029 Free Surface 0.125 No6 No 2016 452032 4520316 79.9 6.9 0.013 0.009 Free Surface 0.067 No6 No 2017 452108 4520256 154.6 17.2 0.013 0.088 Free Surface 0.169 No6 No 2018 452511 452511A6 98.9 10.4 0.013 0.025 Free Surface 0.099 No6 No 202 443329 4433036 61.4 12.9 0.013 0.008 Free Surface 0.529 No6 No 2022 452503 4524246 231.2 2.8 0.013 0.006 Free Surface 0.092 No6 No 2023 452733 4527326 111.8 10.3 0.013 0.008 Free Surface 0.061 No6 No 2024 452003 4520046 55.3 6.5 0.013 0.035 Free Surface 0.128 No6 No 2025 452510 4525096 15.5 6.4 0.013 0.025 Free Surface 0.288 No6 No 2026 452732 4527316 54.8 7.1 0.013 0.008 Free Surface 0.072 No6 No 2027 452530 4525116 209.4 5.2 0.013 0.018 Free Surface 0.104 No6 No 2028 450907 450908 21 269.4 1.4 0.013 3.985 Free Surface 0.394 No 21 No 2029 452737 4525196 195.0 5.1 0.013 0.009 Free Surface 0.076 No6 No 203 443330 4433296 100.1 2.0 0.013 0.007 Free Surface 0.072 No6 No 2030 452006 4520076 38.4 30.1 0.013 0.045 Free Surface 0.125 No6 No 204 440919 4409208 154.0 10.1 0.013 0.026 Free Surface 0.080 No8 No 2041 452035 4520346 54.0 27.9 0.013 0.002 Free Surface 0.036 No6 No 2042 452614 4520176 398.0 2.2 0.013 0.002 Free Surface 0.043 No6 No 2043 443101 4432186 447.1 0.6 0.013 0.111 Free Surface 0.429 No6 No 2044 402710 4027116 288.5 0.7 0.013 0.084 Free Surface 0.378 No6 No 2045 450909 450910 24 346.8 1.5 0.013 4.015 Free Surface 0.322 No 24 No 2046 452011 4520126 195.0 7.3 0.013 0.067 Free Surface 0.166 No6 No 2047 451002 451003 21 318.3 1.0 0.013 3.566 Free Surface 0.386 No 21 No 2048 451011 4510108 259.5 0.6 0.013 0.244 Free Surface 0.433 No8 No 2049 451007 451008 18 369.8 1.4 0.013 3.336 Free Surface 0.481 No 18 No 205 440916 4409156 83.6 3.6 0.013 0.060 Free Surface 0.190 No6 No 2050 443214 443214A6 148.0 3.1 0.013 0.061 Free Surface 0.237 No6 No 2051 452019 4520186 275.0 2.4 0.013 0.199 Free Surface 0.386 No6 No 2052 452013 4520146 143.3 7.4 0.013 0.075 Free Surface 0.171 No6 No 2053 451003 451004 21 416.0 1.9 0.013 3.559 Free Surface 0.345 No 21 No 2055 452611 4524176 89.1 10.5 0.013 0.011 Free Surface 0.096 No6 No 2056 452418 4524176 101.1 1.5 0.013 0.022 Free Surface 0.142 No6 No 2057 452608 4526066 217.6 1.3 0.013 0.003 Free Surface 0.079 No6 No 2058 452607 4526066 248.4 6.2 0.013 0.019 Free Surface 0.100 No6 No 2059 452419 4524206 52.9 11.1 0.013 0.003 Free Surface 0.056 No6 No 206 440605 4406048 165.2 0.9 0.013 0.014 Free Surface 0.096 No8 No 2060 452528 4524206 164.9 11.9 0.013 0.002 Free Surface 0.052 No6 No 2061 452018 4526156 77.7 10.5 0.013 0.292 Free Surface 0.349 No6 No 2062 443213 4432048 355.2 1.1 0.013 0.073 Free Surface 0.200 No8 No 2063 443204 443205 15 262.8 0.6 0.013 2.153 Free Surface 0.657 No 15 No 2064 452014 4520156 171.6 23.7 0.013 0.081 Free Surface 0.156 No6 No 2065 452015 4520166 214.3 17.5 0.013 0.087 Free Surface 0.159 No6 No 2066 451010 4510098 140.1 0.6 0.013 0.248 Free Surface 0.442 No8 No 2067 451008 451009 21 217.8 0.4 0.013 3.340 Free Surface 0.487 No 21 No 2068 452617 4526056 144.4 5.1 0.013 0.004 Free Surface 0.084 No6 No 2069 452606 4526056 108.5 12.7 0.013 0.026 Free Surface 0.108 No6 No 317
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
207 440606 4406058 185.0 5.7 0.013 0.005 Free Surface 0.067 No8 No 2070 443218 4432176 163.8 1.0 0.013 0.122 Free Surface 0.402 No6 No 2071 452602 4526036 115.9 6.3 0.013 0.336 Free Surface 0.417 No6 No 2072 452416 4526036 306.5 1.7 0.013 0.036 Free Surface 0.298 No6 No 2073 452610 451827A6 181.4 3.8 0.013 0.007 Free Surface 0.075 No6 No 2074 442907 4431016 250.4 4.4 0.013 0.078 Free Surface 0.216 No6 No 2075 452415 4526036 96.2 1.0 0.013 0.002 Free Surface 0.230 No6 No 2076 452424 4524256 305.2 2.2 0.013 0.014 Free Surface 0.182 No6 No 2077 451906 451903 21 180.7 0.4 0.013 3.576 Free Surface 0.509 No 21 No 2078 451907 451904 21 77.5 0.7 0.013 3.742 Free Surface 0.458 No 21 No 2079 452603 4524018 152.1 5.4 0.013 0.374 Free Surface 0.310 No8 No 208 440117LH 440117A6 123.9 0.3 0.013 0.006 Free Surface 0.147 No6 No 2080 452421 4524016 295.8 0.3 0.013 0.015 Free Surface 0.301 No6 No 2082 452427 4524268 310.1 0.2 0.013 0.005 Free Surface 0.081 No8 No 2083 451827 4518266 167.2 4.4 0.013 0.017 Free Surface 0.123 No6 No 2084 452613 4518266 368.8 4.7 0.013 0.002 Free Surface 0.088 No6 No 2085 452414 4524016 95.7 3.2 0.013 0.001 Free Surface 0.226 No6 No 2086 451405 4514046 263.3 0.3 0.013 0.000 Free Surface 0.000 No6 No 2087 451404 4514036 113.2 0.6 0.013 0.000 Free Surface 0.000 No6 No 2088 443201 443202 12 181.3 5.4 0.013 1.830 Free Surface 0.403 No 12 No 2089 451826 4518256 155.7 3.2 0.013 0.029 Free Surface 0.160 No6 No 209 440108 4401136 164.0 25.6 0.013 0.020 Free Surface 0.133 No6 No 2090 452612 4518256 421.4 4.0 0.013 0.005 Free Surface 0.118 No6 No 2091 443222 4432218 72.2 10.4 0.013 0.003 Free Surface 0.037 No8 No 2092 452401 4524028 279.4 5.6 0.013 0.393 Free Surface 0.394 No8 No 2093 452425 452425A6 294.8 0.1 0.013 0.019 Free Surface 0.411 No6 No 2094 443606 4519078 261.9 7.2 0.013 0.051 Free Surface 0.107 No8 No 2095 443223 4432016 201.7 2.6 0.013 0.005 Free Surface 0.269 No6 No 2096 451704 451705 18 167.8 1.3 0.013 3.811 Free Surface 0.519 No 18 No 2097 443305 443306 12 287.0 1.0 0.013 1.087 Free Surface 0.491 No 12 No 2098 452402 4524038 119.3 1.4 0.013 0.420 Free Surface 0.475 No8 No 2099 452426 452403A 10 101.3 0.7 0.013 0.154 Free Surface 0.478 No 10 No 21 454904 4549056 241.4 12.3 0.013 0.272 Free Surface 0.311 No6 No 210 440113 4401146 179.4 0.8 0.013 0.026 Free Surface 0.532 No6 No 2100 452411 4524026 129.8 0.8 0.013 0.007 Free Surface 0.365 No6 No 2101 451004 451005 21 123.5 1.7 0.013 3.577 Free Surface 0.429 No 21 No 2102 443107 4431086 88.8 1.1 0.013 0.003 Free Surface 0.163 No6 No 2104 452409 452405 10 121.7 2.9 0.013 0.005 Free Surface 0.122 No 10 No 2105 452404 452405C 12 231.9 0.3 0.013 0.498 Free Surface 0.473 No 12 No 2106 451819A 4518176 245.0 0.7 0.013 0.011 Free Surface 0.128 No6 No 2108 451416 4514176 276.7 8.7 0.013 0.009 Free Surface 0.101 No6 No 2109 443425 4434028 109.0 3.9 0.013 0.380 Free Surface 0.348 No8 No 211 440405 4404066 217.1 0.6 0.013 0.007 Free Surface 0.097 No6 No 2110 451821 451821A6 234.4 0.5 0.013 0.002 Free Surface 0.087 No6 No 2111 451820 451820A8 274.9 1.3 0.013 0.024 Free Surface 0.093 No8 No 2112 451813 403309 21 108.2 0.8 0.013 4.284 Free Surface 0.527 No 21 No 2113 452408 4033166 277.0 0.3 0.013 0.007 Free Surface 0.133 No6 No 2114 451508 4515076 150.9 13.2 0.013 0.006 Free Surface 0.066 No6 No 2115 442104 4421026 188.2 1.0 0.013 0.022 Free Surface 0.152 No6 No 2116 441801 4434018 223.3 10.7 0.013 0.372 Free Surface 0.298 No8 No 2117 441837 4418016 237.0 0.4 0.013 0.032 Free Surface 0.238 No6 No 2118 403321 4033226 217.9 0.6 0.013 0.006 Free Surface 0.106 No6 No 2119 451803D 451602 21 70.7 0.2 0.013 4.138 Free Surface 0.601 No 21 No 212 440634 4406336 90.2 2.8 0.013 0.056 Free Surface 0.192 No6 No 2120 451803A 451803B 21 34.4 1.0 0.013 3.914 Free Surface 0.451 No 21 No 2121 441832 4418316 94.4 0.7 0.013 0.002 Free Surface 0.066 No6 No 2122 441831 4418286 169.6 2.2 0.013 0.005 Free Surface 0.099 No6 No 2123 440712 4407136 229.7 9.4 0.013 0.022 Free Surface 0.131 No6 No 2124 451614 451614A6 284.0 7.5 0.013 0.003 Free Surface 0.051 No6 No 2126 403304 403305 18 399.6 1.0 0.013 5.518 Free Surface 0.809 No 18 Yes 2127 443306 443307 12 383.3 1.1 0.013 1.094 Free Surface 0.435 No 12 No 2128 443307 443201 12 183.7 7.3 0.013 1.804 Free Surface 0.369 No 12 No 2129 451825 4524126 285.6 2.7 0.013 0.041 Free Surface 0.225 No6 No 213 440613A 4406026 309.8 2.5 0.013 0.023 Free Surface 0.370 No6 No 2130 452412A 4524126 180.7 1.6 0.013 0.012 Free Surface 0.192 No6 No 2131 443333 4433346 297.3 4.0 0.013 0.006 Free Surface 0.093 No6 No 2132 443334 4433086 421.7 1.7 0.013 0.015 Free Surface 0.120 No6 No 2133 443308 4433078 135.8 8.9 0.013 0.713 Free Surface 0.466 No8 No 2134 443607 4436068 297.6 10.4 0.013 0.051 Free Surface 0.098 No8 No 2135 452403 452404 12 290.7 0.3 0.013 0.504 Free Surface 0.442 No 12 No 2136 451818 4518176 83.1 4.3 0.013 0.004 Free Surface 0.088 No6 No 2137 443327 4433286 260.6 1.7 0.013 0.001 Free Surface 0.056 No6 No 2138 452412 4524136 185.7 0.9 0.013 0.057 Free Surface 0.274 No6 No 2139 452413 4518226 17.9 0.9 0.013 0.058 Free Surface 0.274 No6 No 214 440628 4406296 204.7 2.3 0.013 0.043 Free Surface 0.190 No6 No 2141 443328 4433106 295.0 5.1 0.013 0.009 Free Surface 0.283 No6 No 2142 443310 4433098 215.1 7.5 0.013 0.626 Free Surface 0.370 No8 No 2143 451817 4518166 127.3 1.6 0.013 0.015 Free Surface 0.227 No6 No 2144 443311 4433108 140.3 11.4 0.013 0.616 Free Surface 0.349 No8 No 2145 451504 4514076 354.4 7.6 0.013 0.058 Free Surface 0.181 No6 No 2146 451808 451809 18 275.6 1.0 0.013 3.685 Free Surface 0.532 No 18 No 2147 451506LH 4515108 165.5 0.4 0.013 0.000 Free Surface 0.029 No8 No 2149 451819 451819A6 197.2 1.0 0.013 0.002 Free Surface 0.089 No6 No 215 440512 4405116 173.4 13.7 0.013 0.009 Free Surface 0.075 No6 No 2150 451807 451808 18 295.3 0.6 0.013 3.686 Free Surface 0.612 No 18 No 2153 451802 451829 15 14.2 10.9 0.013 0.000 Free Surface 0.282 No 15 No 2154 451415 4514146 236.8 13.9 0.013 0.013 Free Surface 0.077 No6 No 2155 451410 4514096 284.1 25.1 0.013 0.042 Free Surface 0.118 No6 No 2156 452405 452405A 12 11.2 1.2 0.013 0.005 Free Surface 0.105 No 12 No 2157 451510 4515058 220.5 3.9 0.013 0.010 Free Surface 0.058 No8 No 2159 451503 4515046 181.1 9.0 0.013 0.056 Free Surface 0.158 No6 No 2162 442111 4421106 75.1 19.7 0.013 0.017 Free Surface 0.076 No6 No 2163 403103 403304 21 63.9 0.6 0.013 5.619 Free Surface 0.605 No 21 No 2164 442210 4422096 50.6 13.0 0.013 0.001 Free Surface 0.029 No6 No 2165 451602 451803E 21 217.5 0.3 0.013 5.641 Free Surface 0.728 No 21 No 2166 441829 4418286 245.6 5.8 0.013 0.007 Free Surface 0.096 No6 No 2167 442108 4422196 113.2 19.2 0.013 0.026 Free Surface 0.107 No6 No 2168 442220 4422196 178.4 4.4 0.013 0.013 Free Surface 0.107 No6 No 2169 403301 4033028 234.3 2.0 0.013 0.023 Free Surface 0.164 No8 No 217 441209 4412076 86.6 12.3 0.013 0.007 Free Surface 0.082 No6 No 2170 403327 4033026 374.2 1.3 0.013 0.007 Free Surface 0.198 No6 No 2171 441933LH 4419016 133.2 7.0 0.013 0.002 Free Surface 0.039 No6 No 2172 441305 4418048 99.1 7.0 0.013 0.199 Free Surface 0.309 No8 No 2173 442215 4422146 50.5 8.5 0.013 0.003 Free Surface 0.042 No6 No 2174 403323 4033016 274.0 1.0 0.013 0.007 Free Surface 0.115 No6 No 2175 403105 4031066 212.2 0.8 0.013 0.007 Free Surface 0.109 No6 No 2176 441304 4413058 115.3 5.7 0.013 0.197 Free Surface 0.216 No8 No 2177 442214 4422126 53.2 8.4 0.013 0.004 Free Surface 0.046 No6 No 2178 442204 442204A6 63.3 1.5 0.013 0.176 Free Surface 0.442 No6 No 2179 442208 4422076 340.5 14.3 0.013 0.003 Free Surface 0.145 No6 No 218 LH441208 4412076 94.1 22.7 0.013 0.009 Free Surface 0.080 No6 No 2180 403107 4031086 176.5 1.7 0.013 0.038 Free Surface 0.203 No6 No 2181 403325 4033038 273.1 1.3 0.013 0.008 Free Surface 0.066 No8 No 2182 442205 442205A6 183.8 1.5 0.013 0.019 Free Surface 0.146 No6 No 2183 441915 4419146 101.0 20.3 0.013 0.003 Free Surface 0.038 No6 No 2184 441110 4413076 374.1 13.4 0.013 0.053 Free Surface 0.135 No6 No 2185 443807 4438066 206.9 14.2 0.013 0.009 Free Surface 0.069 No6 No 2186 441904 441905A6 172.0 13.0 0.013 0.017 Free Surface 0.080 No6 No 2187 441905 441905A6 34.3 1.4 0.013 0.069 Free Surface 0.249 No6 No 2189 403120 4031096 110.4 2.1 0.013 0.004 Free Surface 0.181 No6 No 219 440557 4405166 207.9 15.1 0.013 0.005 Free Surface 0.104 No6 No 2190 403307 403308 21 317.0 1.0 0.013 5.685 Free Surface 0.767 No 21 Yes 2191 441925 4419246 201.2 13.1 0.013 0.023 Free Surface 0.089 No6 No 2192 402904 402905
6 299.7 0.3 0.013 0.003 Free Surface 0.093 No6 No
2193 440732 4407336 231.6 0.9 0.013 0.006 Free Surface 0.120 No6 No 2194 451810 451810A 18 56.5 0.3 0.013 3.949 Exceeds Capacity 1.000 No 18 Yes 2195 443317 4433166 314.3 3.6 0.013 0.043 Free Surface 0.210 No6 No 2196 451811 451812 18 61.5 3.1 0.013 4.284 Free Surface 0.584 No 18 No 2197 451414 4514116 175.7 10.4 0.013 0.018 Free Surface 0.098 No6 No 2198 451411 4514106 178.8 15.4 0.013 0.036 Free Surface 0.108 No6 No 2199 443403 4433128 180.1 6.4 0.013 0.424 Free Surface 0.323 No8 No 22 454905 4549066 227.6 14.5 0.013 0.295 Free Surface 0.363 No6 No 220 440517 4405186 151.2 6.5 0.013 0.000 Free Surface 0.050 No6 No 2200 443402 4434038 279.3 3.5 0.013 0.382 Free Surface 0.336 No8 No 2201 451812 451813 18 60.2 0.5 0.013 4.284 Free Surface 0.656 No 18 No 2202 451802A 4518026 170.0 0.5 0.013 0.024 Free Surface 0.199 No6 No 2203 451509 4514116 83.2 14.6 0.013 0.011 Free Surface 0.087 No6 No 2204 451802 451803 18 285.9 1.6 0.013 3.911 Free Surface 0.470 No 18 No 2205 443604A 4436046 156.9 9.4 0.013 0.040 Free Surface 0.121 No6 No 2206 451413 4515096 96.8 7.7 0.013 0.007 Free Surface 0.063 No6 No 2207 443404 4434036 154.1 22.4 0.013 0.043 Free Surface 0.263 No6 No 2208 443401 4434258 78.0 3.9 0.013 0.379 Free Surface 0.338 No8 No 2209 440706 4433146 198.4 4.1 0.013 0.051 Free Surface 0.192 No6 No 221 440509 4405106 144.2 25.1 0.013 0.006 Free Surface 0.084 No6 No 2210 451417 4421046 165.8 1.9 0.013 0.020 Free Surface 0.157 No6 No 2211 451502 4515036 414.4 8.2 0.013 0.049 Free Surface 0.151 No6 No 2212 403320 4033216 28.9 1.6 0.013 0.002 Free Surface 0.073 No6 No 2215 451803 451803A 18 150.5 1.5 0.013 3.914 Free Surface 0.495 No 18 No 2217 442101 4421026 80.3 5.6 0.013 0.008 Free Surface 0.097 No6 No 2218 403312 403313 21 265.9 1.0 0.013 4.315 Free Surface 0.458 No 21 No 2219 451803E 403103 21 220.4 0.5 0.013 5.612 Free Surface 0.646 No 21 No 222 440524 4405186 101.7 12.8 0.013 0.026 Free Surface 0.099 No6 No 2223 441818 4421016 84.3 6.9 0.013 0.006 Free Surface 0.062 No6 No 2224 451501 4515026 401.0 8.5 0.013 0.042 Free Surface 0.142 No6 No 2225 443415 4418026 373.7 5.2 0.013 0.008 Free Surface 0.071 No6 No 2226 441802 4418018 150.5 3.9 0.013 0.336 Free Surface 0.297 No8 No 2228 451611 4516096 137.1 7.8 0.013 0.022 Free Surface 0.112 No6 No 223 441214 4410066 79.7 11.9 0.013 0.012 Free Surface 0.080 No6 No 2230 442106 4515016 115.8 12.4 0.013 0.038 Free Surface 0.128 No6 No 2231 451615LH 4515076 335.5 11.3 0.013 0.008 Free Surface 0.071 No6 No 2232 441817 4418196 152.5 1.8 0.013 0.002 Free Surface 0.053 No6 No 2233 441817 4418186 107.6 10.9 0.013 0.006 Free Surface 0.052 No6 No 2234 451609 4516086 84.2 9.0 0.013 0.034 Free Surface 0.172 No6 No 2235 442212 4422116 124.9 24.8 0.013 0.007 Free Surface 0.160 No6 No 2236 442211 4422076 181.9 6.6 0.013 0.150 Free Surface 0.265 No6 No 2237 441812 4418116 216.9 2.0 0.013 0.009 Free Surface 0.126 No6 No 2238 441836 4418116 169.6 2.2 0.013 0.011 Free Surface 0.130 No6 No 2239 441901 4419026 145.8 15.1 0.013 0.005 Free Surface 0.058 No6 No 224 440511 4405106 101.9 3.7 0.013 0.012 Free Surface 0.110 No6 No 2240 441814 4418136 143.0 4.5 0.013 0.011 Free Surface 0.079 No6 No 2241 403302 4033038 235.4 0.3 0.013 0.046 Free Surface 0.204 No8 No 2242 403328 4033038 374.9 0.4 0.013 0.006 Free Surface 0.078 No8 No 2244 403324 4033026 272.8 1.6 0.013 0.007 Free Surface 0.195 No6 No 2245 442217 4422116 90.3 11.1 0.013 0.143 Free Surface 0.254 No6 No 2246 441302 4413038 181.5 12.9 0.013 0.181 Free Surface 0.211 No8 No 2247 441811 4418106 57.2 0.9 0.013 0.019 Free Surface 0.175 No6 No 2248 441807 4418066 223.4 0.9 0.013 0.051 Free Surface 0.286 No6 No 2249 442219 442219A6 40.2 11.3 0.013 0.039 Free Surface 0.122 No6 No 225 440510 4405396 105.8 3.8 0.013 0.024 Free Surface 0.127 No6 No 2250 442218 4422176 260.4 7.3 0.013 0.140 Free Surface 0.247 No6 No 2251 441808 4418076 68.7 0.7 0.013 0.048 Free Surface 0.263 No6 No 318
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
2252 441813 4418086 66.3 15.5 0.013 0.014 Free Surface 0.168 No6 No 2253 403106A 4031076 249.9 2.3 0.013 0.025 Free Surface 0.169 No6 No 2254 403306 403307 18 428.1 1.4 0.013 5.677 Free Surface 0.625 No 18 No 2255 441301 4413028 168.2 4.4 0.013 0.175 Free Surface 0.203 No8 No 2256 442203 451604 16 248.8 2.4 0.013 1.545 Free Surface 0.303 No 16 No 2257 403303 4034018 234.0 0.5 0.013 0.070 Free Surface 0.262 No8 No 2258 441932 4419026 174.9 16.5 0.013 0.009 Free Surface 0.063 No6 No 2259 440729 4413018 48.6 0.7 0.013 0.159 Free Surface 0.331 No8 No 226 440812 4408096 208.1 0.7 0.013 0.004 Free Surface 0.122 No6 No 2260 441902 4419036 131.2 16.0 0.013 0.015 Free Surface 0.073 No6 No 2261 441809 4418086 159.5 0.6 0.013 0.031 Free Surface 0.244 No6 No 2262 441810 4418096 229.6 0.7 0.013 0.023 Free Surface 0.205 No6 No 2263 441903 4419046 5.7 15.3 0.013 0.016 Free Surface 0.077 No6 No 2264 402905 4031016 299.0 0.3 0.013 0.004 Free Surface 0.099 No6 No 2265 441927 4419266 134.0 15.0 0.013 0.003 Free Surface 0.046 No6 No 2266 442223 4422186 136.5 7.5 0.013 0.096 Free Surface 0.236 No6 No 2267 441929 4419286 266.3 5.5 0.013 0.004 Free Surface 0.060 No6 No 2268 441926 4419256 89.7 8.3 0.013 0.006 Free Surface 0.074 No6 No 2269 441928 4419256 238.1 12.5 0.013 0.012 Free Surface 0.081 No6 No 2270 441914 4419136 161.2 21.3 0.013 0.006 Free Surface 0.057 No6 No 2271 442009 4422066 76.1 1.5 0.013 0.010 Free Surface 0.108 No6 No 2272 441308 4413096 334.0 3.0 0.013 0.062 Free Surface 0.220 No6 No 2273 441906 4419056 243.4 7.9 0.013 0.069 Free Surface 0.235 No6 No 2274 442201A 442202 16 292.0 1.3 0.013 1.587 Free Surface 0.406 No 16 No 2275 403119LH 4031184 221.9 0.6 0.013 0.014 Free Surface 0.290 No4 No 2276 403109 4031106 240.4 0.7 0.013 0.052 Free Surface 0.252 No6 No 2277 403308 403411 21 517.9 1.4 0.013 7.276 Free Surface 0.564 No 21 No 2279 403115 4031146 166.4 5.0 0.013 0.016 Free Surface 0.097 No6 No 228 440552 4405536 99.3 7.5 0.013 0.002 Free Surface 0.087 No6 No 2280 402721 4029046 300.1 0.2 0.013 0.002 Free Surface 0.081 No6 No 2281 403118 4031176 217.5 4.5 0.013 0.077 Free Surface 0.218 No6 No 2282 403117 4031146 133.9 4.1 0.013 0.080 Free Surface 0.223 No6 No 2283 403402 4034038 381.1 0.2 0.013 0.110 Free Surface 0.337 No8 No 2284 442008 4420096 275.2 1.5 0.013 0.004 Free Surface 0.086 No6 No 2285 402906 4031186 250.1 0.2 0.013 0.062 Free Surface 0.352 No6 No 2286 402908 4029076 164.0 0.5 0.013 0.062 Free Surface 0.357 No6 No 2287 402907 4029066 53.0 0.4 0.013 0.062 Free Surface 0.341 No6 No 2289 403110 4031118 207.7 1.8 0.013 0.053 Free Surface 0.152 No8 No 229 440515 4405166 159.3 12.8 0.013 0.018 Free Surface 0.123 No6 No 2290 403114 403113 15 264.1 0.6 0.013 0.096 Free Surface 0.117 No6 No 2291 403113 403111 15 133.6 1.0 0.013 0.109 Free Surface 0.113 No6 No 2292 402719 4027206 172.4 0.3 0.013 0.000 Free Surface 0.046 No6 No 2293 403111 403112 15 214.0 1.1 0.013 0.164 Free Surface 0.183 No8 No 2294 442007A 4420076 230.7 17.7 0.013 0.068 Free Surface 0.176 No6 No 2295 402720 4027216 300.5 0.3 0.013 0.001 Free Surface 0.066 No6 No 2296 442007 4420066 88.6 3.9 0.013 0.068 Free Surface 0.275 No6 No 2297 402903 VMH_72 15 149.3 0.3 0.013 0.238 Free Surface 0.231 No8 No 2298 403605 4036046 236.0 0.2 0.013 0.044 Free Surface 0.363 No6 No 2299 403603 4036048 237.6 0.2 0.013 0.044 Free Surface 0.225 No8 No 230 440519 4405186 257.9 5.3 0.013 0.002 Free Surface 0.067 No6 No 2300 403602 4036038 270.2 0.2 0.013 0.041 Free Surface 0.254 No8 No 2301 442006 4420056 349.5 0.7 0.013 0.078 Free Surface 0.360 No6 No 2302 403112 402903 15 242.9 0.2 0.013 0.169 Free Surface 0.196 No8 No 2303 402724LH 4027236 224.3 0.4 0.013 0.081 Free Surface 0.372 No6 No 2304 402902B VMH_726 191.4 3.7 0.013 0.046 Free Surface 0.390 No6 No 2305 402723 4027226 134.8 1.1 0.013 0.082 Free Surface 0.301 No6 No 2306 403202 4032036 178.5 0.8 0.013 0.015 Free Surface 0.155 No6 No 2307 402716 4027156 114.2 1.7 0.013 0.004 Free Surface 0.068 No6 No 2308 402615 4026136 256.9 1.8 0.013 0.026 Free Surface 0.160 No6 No 2309 402703 HILLER_WW 15 62.9 0.2 0.015 0.773 Free Surface 0.413 No 10 No 231 440518 4405536 98.0 13.5 0.013 0.028 Free Surface 0.121 No6 No 2310 402610 4026116 235.5 0.9 0.013 0.004 Free Surface 0.129 No6 No 2311 402713 4027016 199.3 2.5 0.013 0.015 Free Surface 0.555 No6 No 2312 402701 402702 10 278.9 0.1 0.013 0.337 Free Surface 0.560 No 10 Yes 2313 402604 402604A6 119.0 3.6 0.013 0.045 Free Surface 0.184 No6 No 2314 402609 402603
6 387.0 0.5 0.013 0.011 Free Surface 0.228 No6 No
2315 402611 4025056 250.9 2.4 0.013 0.042 Free Surface 0.551 No6 No 2316 402505 402701 10 277.2 0.1 0.013 0.317 Free Surface 0.623 No 10 Yes 2317 402504 402505 10 364.3 0.1 0.013 0.216 Free Surface 0.506 No 10 Yes 2318 403009 4030056 361.2 0.3 0.013 0.027 Free Surface 0.241 No6 No 2319 403803 4038046 135.7 2.4 0.013 0.003 Free Surface 0.050 No6 No 232 441007 4410088 198.9 11.6 0.013 0.018 Free Surface 0.067 No8 No 2320 403805 4038046 115.5 0.5 0.013 0.002 Free Surface 0.093 No6 No 2321 403803 4038026 203.4 1.4 0.013 0.002 Free Surface 0.050 No6 No 2322 402503 402504 10 358.6 0.7 0.013 0.207 Free Surface 0.374 No 10 No 2323 402806 4028076 349.4 0.5 0.013 0.015 Free Surface 0.178 No6 No 2324 402603 4025036 256.5 0.9 0.013 0.076 Free Surface 0.397 No6 No 2325 402510 4025056 258.0 0.5 0.013 0.055 Free Surface 0.617 No6 No 2326 402807A 4025106 25.0 0.8 0.013 0.046 Free Surface 0.283 No6 No 2327 403801 4038026 127.4 0.5 0.013 0.002 Free Surface 0.053 No6 No 2328 402502 4025038 285.9 0.1 0.013 0.095 Free Surface 0.680 No8 Yes 2329 402509 4025106 343.6 1.8 0.013 0.005 Free Surface 0.193 No6 No 233 430218 430217
6 106.9 7.3 0.013 0.044 Free Surface 0.185 No6 No
2330 403802 4038086 161.1 0.5 0.013 0.007 Free Surface 0.128 No6 No 2331 403804 4038066 237.9 0.5 0.013 0.008 Free Surface 0.137 No6 No 2332 402507 4025036 256.7 0.4 0.013 0.031 Free Surface 0.362 No6 No 2334 403502 4035018 180.6 0.4 0.013 0.000 Free Surface 0.000 No8 No 2335 403808 4038076 257.9 0.5 0.013 0.012 Free Surface 0.158 No6 No 2336 403806 4038076 150.9 0.5 0.013 0.013 Free Surface 0.162 No6 No 2337 402506 4025076 278.2 0.5 0.013 0.020 Free Surface 0.217 No6 No 2338 403810 4038096 101.6 0.5 0.013 0.007 Free Surface 0.194 No6 No 2339 403807 4038096 259.9 0.5 0.013 0.030 Free Surface 0.253 No6 No 2342 453708 453709 10 112.8 1.8 0.013 1.021 Free Surface 0.694 No 10 No 2343 450201 450202 10 110.3 4.8 0.013 0.204 Free Surface 0.270 No 10 No 2344 450112 4501016 261.6 11.1 0.013 0.014 Free Surface 0.242 No6 No 2346 450608 450801 10 109.5 1.8 0.013 0.190 Free Surface 0.264 No 10 No 2347 453702 453703 10 231.8 0.6 0.013 0.987 Free Surface 0.714 No 10 Yes 2348 450202 450203 10 150.9 0.7 0.013 0.318 Free Surface 0.334 No 10 No 2349 452105 452815
6 77.1 41.7 0.013 0.015 Free Surface 0.066 No6 No
235 432605 4326046 126.1 19.1 0.013 0.038 Free Surface 0.147 No6 No 2350 450209A 4502096 15.4 13.1 0.013 0.047 Free Surface 0.366 No6 No 2352 450413 450414 10 187.8 0.7 0.013 0.177 Free Surface 0.230 No 10 No 2353 452203LH 4522026 145.6 0.5 0.013 0.008 Free Surface 0.115 No6 No 2354 452811 4528126 281.9 7.3 0.013 0.009 Free Surface 0.123 No6 No 2355 452109 4521086 91.3 42.6 0.013 0.007 Free Surface 0.039 No6 No 2356 452111 4521086 159.5 4.2 0.013 0.012 Free Surface 0.088 No6 No 2357 452514 4525136 71.0 10.6 0.013 0.004 Free Surface 0.043 No6 No 2358 452805 4528046 258.0 8.8 0.013 0.009 Free Surface 0.069 No6 No 2359 452513 4525126 109.4 11.3 0.013 0.005 Free Surface 0.043 No6 No 236 430219 4302186 120.3 14.2 0.013 0.008 Free Surface 0.100 No6 No 2363 440903 440903A 10 154.2 11.1 0.013 0.990 Free Surface 0.312 No 10 No 2365 452410 4524096 264.6 0.6 0.013 0.003 Free Surface 0.068 No6 No 2366 LH450209B 450209A6 101.1 8.4 0.013 0.006 Free Surface 0.091 No6 No 2367 453709 453710 10 313.3 1.2 0.017 1.024 Free Surface 0.594 No 10 No 2368 452815 4528136 137.3 22.4 0.013 0.019 Free Surface 0.081 No6 No 2369 452106 4521056 267.8 14.7 0.013 0.014 Free Surface 0.065 No6 No 237 430411 4304126 192.2 10.7 0.013 0.036 Free Surface 0.153 No6 No 2370 453727 4537268 49.0 42.6 0.013 0.028 Free Surface 0.066 No8 No 2371 452813 4528126 146.1 13.3 0.013 0.021 Free Surface 0.134 No6 No 2372 453728 4537278 82.8 8.7 0.013 0.000 Free Surface 0.027 No8 No 2374 450207 450206 10 502.6 1.4 0.013 0.370 Free Surface 0.314 No 10 No 2375 450204 450413 10 12.6 5.7 0.013 0.178 Free Surface 0.216 No 10 No 2376 452107 4521066 137.1 9.7 0.013 0.005 Free Surface 0.061 No6 No 2377 450205 4502048 34.3 1.8 0.013 0.382 Free Surface 0.418 No8 No 2378 452812 4527206 138.4 1.9 0.013 0.034 Free Surface 0.172 No6 No 2379 452104 4521036 120.0 8.7 0.013 0.002 Free Surface 0.067 No6 No 238 433107 4317126 143.7 51.2 0.013 0.112 Free Surface 0.193 No6 No 2380 452116 4521156 242.1 1.1 0.013 0.004 Free Surface 0.060 No6 No 2381 452814 4528136 485.1 7.8 0.013 0.002 Free Surface 0.060 No6 No 2382 452719 4527206 280.2 5.7 0.013 0.012 Free Surface 0.123 No6 No 2383 452810 4528096 52.6 22.3 0.013 0.002 Free Surface 0.038 No6 No 2384 452809 4528116 115.5 10.0 0.013 0.005 Free Surface 0.058 No6 No 2385 452115 4521136 69.7 65.7 0.013 0.007 Free Surface 0.054 No6 No 2386 452115 4521146 219.8 8.5 0.013 0.002 Free Surface 0.033 No6 No 2387 452807LH 4528066 89.0 9.6 0.013 0.003 Free Surface 0.041 No6 No 2388 452103 4521026 291.2 1.1 0.013 0.007 Free Surface 0.089 No6 No 2389 452114 4521126 41.4 79.3 0.013 0.005 Free Surface 0.047 No6 No 239 433106 4331076 75.8 2.3 0.013 0.002 Free Surface 0.094 No6 No 2390 450409 450410 10 193.2 0.4 0.013 0.520 Free Surface 0.537 No 10 Yes 2391 452201 4520016 127.7 7.6 0.013 0.022 Free Surface 0.109 No6 No 2392 452113 452112
6 197.6 3.1 0.013 0.007 Free Surface 0.069 No6 No
2393 452808 4527186 56.7 2.5 0.013 0.002 Free Surface 0.043 No6 No 2394 452718 4527196 195.7 7.4 0.013 0.004 Free Surface 0.064 No6 No 2395 452730 4527296 91.3 15.1 0.013 0.003 Free Surface 0.054 No6 No 2396 452731 4527296 115.0 4.6 0.013 0.010 Free Surface 0.076 No6 No 2397 452817 4528186 152.6 1.4 0.013 0.009 Free Surface 0.102 No6 No 2398 452004 4520056 144.4 11.3 0.013 0.038 Free Surface 0.119 No6 No 2399 452005 4520066 111.4 17.3 0.013 0.041 Free Surface 0.110 No6 No 24 453604 4536056 273.5 1.5 0.013 0.000 Free Surface 0.064 No6 No 240 431802 4318066 215.7 10.1 0.013 0.327 Free Surface 0.680 No6 No 2401 452717 4527166 235.7 7.3 0.013 0.007 Free Surface 0.062 No6 No 2402 452026 4520246 125.8 9.1 0.013 0.015 Free Surface 0.139 No6 No 2404 452804 4527126 286.8 9.1 0.013 0.012 Free Surface 0.087 No6 No 2405 452519 4525186 175.4 6.1 0.013 0.012 Free Surface 0.090 No6 No 2406 452729 4525206 188.8 14.9 0.013 0.015 Free Surface 0.078 No6 No 2407 452520 4525186 38.6 14.5 0.013 0.019 Free Surface 0.092 No6 No 241 433015 4316396 172.3 4.4 0.013 0.097 Free Surface 0.271 No6 No 2412 452027 4520266 128.1 11.7 0.013 0.013 Free Surface 0.076 No6 No 2413 452024 4520236 214.5 16.1 0.013 0.123 Free Surface 0.211 No6 No 2414 452518 4525176 177.7 17.9 0.013 0.032 Free Surface 0.137 No6 No 2415 452529LH 4525176 231.0 0.9 0.013 0.011 Free Surface 0.150 No6 No 2416 452517 4525166 135.2 4.3 0.013 0.050 Free Surface 0.282 No6 No 2419 452023 4520226 220.6 9.8 0.013 0.126 Free Surface 0.238 No6 No 242 431640 4316396 248.5 6.3 0.013 0.119 Free Surface 0.272 No6 No 2420 452516 4525076 61.5 0.3 0.013 0.052 Free Surface 0.287 No6 No 2421 452507 4525086 193.4 5.8 0.013 0.065 Free Surface 0.208 No6 No 2422 452819 4528206 236.7 7.7 0.013 0.043 Free Surface 0.137 No6 No 2423 452708 4526076 335.0 7.3 0.013 0.002 Free Surface 0.069 No6 No 2424 452020 4520196 110.0 4.0 0.013 0.153 Free Surface 0.372 No6 No 2425 452022 4520216 79.5 7.6 0.013 0.128 Free Surface 0.232 No6 No 2426 452021 4520206 392.9 13.7 0.013 0.133 Free Surface 0.213 No6 No 2427 452523 4525068 154.6 13.4 0.013 0.008 Free Surface 0.050 No8 No 2428 452506 4525076 117.3 5.1 0.013 0.011 Free Surface 0.133 No6 No 2429 452505 4525066 336.9 1.6 0.013 0.003 Free Surface 0.070 No6 No 243 443602 4436078 209.2 10.4 0.013 0.051 Free Surface 0.098 No8 No 2430 452204 452204A6 122.1 37.5 0.013 0.011 Free Surface 0.055 No6 No 2431 451306 4513056 293.0 16.7 0.013 0.020 Free Surface 0.090 No6 No 2432 451307 4513066 52.9 13.9 0.013 0.014 Free Surface 0.077 No6 No 2433 451304LH 4513036 153.3 3.7 0.013 0.009 Free Surface 0.074 No6 No 2434 452202 4522016 227.9 4.8 0.013 0.015 Free Surface 0.099 No6 No 2435 452031 4521086 336.4 18.2 0.013 0.014 Free Surface 0.068 No6 No 319
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
2436 452102 4521016 324.8 8.5 0.013 0.013 Free Surface 0.087 No6 No 2437 452521 4525206 60.4 10.2 0.013 0.002 Free Surface 0.058 No6 No 2438 452818 452818WYE6 208.8 4.3 0.013 0.016 Free Surface 0.114 No6 No 2439 452508 4525096 397.2 2.7 0.013 0.070 Free Surface 0.346 No6 No 244 432714 4327136 164.6 5.5 0.013 0.002 Free Surface 0.042 No6 No 2441 452012 4520136 145.4 17.7 0.013 0.071 Free Surface 0.172 No6 No 2442 452501 4525026 210.4 0.4 0.013 0.000 Free Surface 0.041 No6 No 2446 431636 4316436 181.3 29.2 0.013 0.202 Free Surface 0.222 No6 No 2449 451408 4514076 54.3 9.8 0.013 0.059 Free Surface 0.177 No6 No 245 432604 4326016 32.5 3.1 0.013 0.040 Free Surface 0.156 No6 No 2454 403315 403406 21 233.9 0.9 0.013 4.323 Free Surface 0.474 No 21 No 2455 403407 403708 21 230.9 1.1 0.013 4.322 Free Surface 0.475 No 21 No 2457 403421 4034016 274.2 0.1 0.013 0.009 Free Surface 0.275 No6 No 2458 403419 4034026 374.2 0.1 0.013 0.006 Free Surface 0.376 No6 No 2463 403313 403314 21 234.5 1.3 0.013 4.320 Free Surface 0.415 No 21 No 2469 432406 432402 12 34.1 2.1 0.013 1.251 Free Surface 0.423 No 12 No 247 403423E 403423C 27 535.1 0.2 0.013 10.834 Exceeds Capacity 1.000 No 27 Yes 2470 431644 432406 12 253.2 0.7 0.013 1.251 Free Surface 0.582 No 12 Yes 2471 403314 403315 21 234.7 1.5 0.013 4.324 Free Surface 0.406 No 21 No 2473 403406 403407 21 237.1 0.7 0.013 4.323 Free Surface 0.478 No 21 No 2475 403420 4034016 374.9 0.1 0.013 0.007 Free Surface 0.271 No6 No 2477 403415 VMH-92 27 455.1 0.7 0.013 6.850 Free Surface 0.535 No 27 No 2479 403413 403414 21 90.2 0.3 0.013 6.990 Free Surface 0.769 No 21 Yes 248 450609 4506068 201.7 8.7 0.013 0.009 Free Surface 0.126 No8 No 2480 403403 403404 12 235.5 1.1 0.013 0.116 Free Surface 0.574 No 12 No 2481 403404 403405 12 35.5 0.2 0.013 0.271 Backwater 1.000 No 12 Yes 2482 403405 403413 12 27.0 0.2 0.013 0.307 Backwater 1.000 No 12 Yes 249 450605 450606 10 93.0 0.8 0.013 0.170 Free Surface 0.219 No 10 No 2492 452408A 4524086 255.1 0.6 0.013 0.004 Free Surface 0.110 No6 No 2493 441827A 4418276 303.7 2.2 0.013 0.003 Free Surface 0.053 No6 No 2494 450705 4511076 226.8 2.9 0.013 0.000 Free Surface 0.127 No6 No 2497 431612 4316106 33.5 5.4 0.013 0.240 Free Surface 0.366 No6 No 2498 433410 4334118 239.8 3.6 0.013 0.870 Free Surface 0.512 No8 No 2499 433411 4334128 50.6 8.6 0.013 0.872 Free Surface 0.448 No8 No 25 454001 4536016 126.9 3.5 0.013 0.092 Free Surface 0.271 No6 No 250 454807 4548088 214.2 14.8 0.013 0.299 Free Surface 0.215 No8 No 2500 440526 4405256 153.7 2.1 0.013 0.004 Free Surface 0.069 No6 No 2502 433101 4331036 61.0 53.2 0.013 0.062 Free Surface 0.133 No6 No 2506 451705 451801 18 474.5 0.9 0.013 3.873 Free Surface 0.566 No 18 No 251 450218 4502176 100.2 5.3 0.013 0.047 Free Surface 0.266 No6 No 2513 451008 451004 15 32.0 9.6 0.013 0.000 Free Surface 0.153 No 15 No 2514 433206 4332056 365.0 6.1 0.013 0.019 Free Surface 0.133 No6 No 2516 433202 4332016 49.9 6.0 0.013 0.142 Free Surface 0.284 No6 No 2519 450419 450906 18 351.8 3.2 0.013 3.979 Free Surface 0.394 No 18 No 252 450606 450607 10 43.4 4.4 0.013 0.178 Free Surface 0.195 No 10 No 2520 450416 450419 12 28.2 6.0 0.013 0.186 Free Surface 0.350 No 12 No 2521 450420 450419 12 37.0 9.7 0.013 0.006 Free Surface 0.256 No 12 No 2522 450418 4504118 48.7 4.3 0.013 0.005 Free Surface 0.193 No8 No 2524 441410 4414096 324.5 1.2 0.013 0.053 Free Surface 0.265 No6 No 2525 442001 442001WYE6 160.0 14.2 0.013 0.008 Free Surface 0.069 No6 No 2528 402808 4029016 358.3 0.2 0.013 0.012 Free Surface 0.183 No6 No 2529 403006 4029026 226.7 0.6 0.013 0.015 Free Surface 0.154 No6 No 253 454808 4548098 214.2 14.7 0.013 0.303 Free Surface 0.213 No8 No 2530 403001 4029038 249.7 0.5 0.013 0.065 Free Surface 0.228 No8 No 2535 451904 451905 18 238.6 2.7 0.013 3.742 Free Surface 0.412 No 18 No 2536 451903 451907 21 37.0 2.4 0.013 3.695 Free Surface 0.393 No 21 No 2537 451009 451906 21 247.5 0.5 0.013 3.577 Free Surface 0.498 No 21 No 2538 451005 451901 21 260.0 0.3 0.013 3.567 Free Surface 0.545 No 21 No 2539 451001 451002 21 47.5 1.0 0.013 3.520 Free Surface 0.414 No 21 No 254 450607 450608 10 143.0 1.4 0.013 0.179 Free Surface 0.218 No 10 No 2540 450905 451006 18 379.3 1.7 0.013 3.326 Free Surface 0.467 No 18 No 2541 451901 451902 21 293.3 0.6 0.013 3.563 Free Surface 0.472 No 21 No 2542 451902 451401 21 394.4 1.2 0.013 3.559 Free Surface 0.387 No 21 No 2543 450925 450902 12 206.6 2.9 0.013 0.674 Free Surface 0.280 No 12 No 2544 450906 450907 20 330.6 2.2 0.013 3.978 Free Surface 0.375 No 20 No 2545 403201 4032026 153.3 0.4 0.013 0.010 Free Surface 0.145 No6 No 2546 403309 403310 21 59.7 0.4 0.013 4.282 Free Surface 0.574 No 21 No 255 450612 4506086 200.6 1.4 0.013 0.012 Free Surface 0.234 No6 No 2551 403316 4033176 273.4 0.9 0.013 0.011 Free Surface 0.116 No6 No 2552 451816 451816A6 202.1 0.1 0.013 0.016 Free Surface 0.242 No6 No 2553 451822 451822A6 57.6 0.3 0.013 0.058 Free Surface 0.334 No6 No 2555 451829 451807 18 29.8 7.3 0.013 3.687 Free Surface 0.305 No 18 No 2556 451505 4518028 62.3 2.4 0.013 0.011 Free Surface 0.069 No8 No 2557 451801 451802 18 298.4 2.6 0.013 3.878 Free Surface 0.411 No 18 No 2558 451806 451829 18 326.0 1.9 0.013 3.686 Free Surface 0.439 No 18 No 2559 451702A 451806 18 122.5 1.8 0.013 3.687 Free Surface 0.445 No 18 No 256 454809 454809A8 52.2 17.3 0.013 0.302 Free Surface 0.204 No8 No 2560 452716 4527126 218.4 10.6 0.013 0.010 Free Surface 0.082 No6 No 2568 431645 431644 12 316.2 1.8 0.013 1.263 Free Surface 0.462 No 12 No 257 442704LH 4427036 122.2 19.4 0.013 0.006 Free Surface 0.138 No6 No 2579 450414 450415 12 107.5 2.3 0.013 0.177 Free Surface 0.153 No 12 No 258 450410 450411 12 247.6 3.7 0.013 0.527 Free Surface 0.233 No 12 No 2580 450204 450409A 10 199.8 0.5 0.013 0.522 Free Surface 0.482 No 10 No 259 442916 4429176 187.6 2.2 0.013 0.007 Free Surface 0.081 No6 No 2591 443225 4509086 15.9 6.2 0.013 0.000 Free Surface 0.000 No6 No 26 453901 4536016 95.2 9.7 0.013 0.032 Free Surface 0.204 No6 No 260 453720LH 4537198 149.7 12.4 0.013 0.023 Free Surface 0.064 No8 No 261 453717 4537168 111.7 4.8 0.013 0.028 Free Surface 0.145 No8 No 264 403423D 403423E 27 88.5 0.4 0.013 10.840 Backwater 1.000 No 27 Yes 267 442719 4427206 268.4 2.7 0.013 0.006 Free Surface 0.073 No6 No 268 432102 432103
6 44.1 0.9 0.013 0.029 Free Surface 0.200 No6 No
269 430708 4307096 112.6 2.6 0.013 0.006 Free Surface 0.159 No6 No 27 453602 4536016 161.4 4.1 0.013 0.023 Free Surface 0.207 No6 No 270 430709 4307106 112.7 0.5 0.013 0.034 Free Surface 0.251 No6 No 272 432101 4321026 122.8 1.0 0.013 0.027 Free Surface 0.190 No6 No 273 431012 4311056 100.1 3.1 0.013 0.017 Free Surface 0.113 No6 No 274 433308 4333076 213.8 1.0 0.013 0.002 Free Surface 0.062 No6 No 276 432103 4321046 81.8 0.9 0.013 0.031 Free Surface 0.205 No6 No 277 433315 4333146 238.9 6.1 0.013 0.371 Free Surface 0.476 No6 No 279 431829 4321016 154.4 0.7 0.013 0.024 Free Surface 0.187 No6 No 28 453604 4536036 273.3 9.5 0.013 0.008 Free Surface 0.072 No6 No 280 442718LH 4427196 93.7 2.2 0.013 0.003 Free Surface 0.060 No6 No 281 431111 4311126 223.9 3.6 0.013 0.006 Free Surface 0.077 No6 No 282 432112 4321116 122.6 56.9 0.013 0.010 Free Surface 0.068 No6 No 283 432104 4321056 162.4 0.9 0.013 0.032 Free Surface 0.236 No6 No 284 431104 4311036 60.9 2.5 0.013 0.018 Free Surface 0.118 No6 No 285 430714 4307156 191.2 14.2 0.013 0.041 Free Surface 0.132 No6 No 286 432109 4321066 295.3 19.9 0.013 0.012 Free Surface 0.112 No6 No 287 432105 4321066 52.5 0.9 0.013 0.045 Free Surface 0.215 No6 No 288 442710LH 4427096 163.6 9.0 0.013 0.003 Free Surface 0.046 No6 No 289 431112 4311136 399.2 4.0 0.013 0.011 Free Surface 0.086 No6 No 29 453603 4536026 268.0 9.6 0.013 0.016 Free Surface 0.102 No6 No 290 433307 4333066 211.9 4.2 0.013 0.007 Free Surface 0.095 No6 No 292 430715 NAUGHTON_WW6 86.1 8.2 0.013 0.047 Free Surface 0.394 No6 No 293 431110 4312056 393.3 8.1 0.013 0.060 Free Surface 0.177 No6 No 294 433314 4333136 186.9 4.1 0.013 0.347 Free Surface 0.454 No6 No 295 432106 4321076 200.0 8.3 0.013 0.063 Free Surface 0.205 No6 No 296 442715 4427146 47.0 23.9 0.013 0.007 Free Surface 0.056 No6 No 297 442714 4427136 107.7 10.2 0.013 0.010 Free Surface 0.093 No6 No 298 431113 4311146 134.4 8.2 0.013 0.015 Free Surface 0.096 No6 No 3 455009 4550016 174.0 1.5 0.013 0.051 Free Surface 0.199 No6 No 30 433722 4337216 99.2 1.6 0.013 0.004 Free Surface 0.072 No6 No 300 433306 4333056 211.3 1.2 0.013 0.012 Free Surface 0.113 No6 No 3002 440428 4404296 14.4 9.5 0.013 0.017 Free Surface 0.088 No6 No 3004 452509 04C161M6 45.6 0.4 0.013 0.095 Free Surface 0.421 No6 No 3006 441603A 4416028 67.2 15.2 0.013 0.203 Free Surface 0.205 No8 No 3008 442001WYE 4420026 115.8 11.0 0.013 0.016 Free Surface 0.074 No6 No 3010 442000F 442001WYE8 102.1 9.1 0.013 0.008 Free Surface 0.052 No8 No 3012 442000D 442000E8 146.9 3.2 0.013 0.003 Free Surface 0.042 No8 No 3014 403508 4035048 179.1 0.4 0.013 0.003 Free Surface 0.075 No8 No 3016 403507 4035068 45.3 0.4 0.013 0.004 Free Surface 0.063 No8 No 3018 403509 4035078 123.8 0.6 0.013 0.002 Free Surface 0.054 No8 No 302 433312 4333116 72.3 0.8 0.013 0.003 Free Surface 0.061 No6 No 3020 403510 4035118 239.8 0.6 0.013 0.021 Free Surface 0.129 No8 No 3022 403505 4035108 140.6 0.6 0.013 0.018 Free Surface 0.121 No8 No 3024 402807 402807A6 320.3 0.5 0.013 0.021 Free Surface 0.223 No6 No 303 432908 4329096 139.1 2.3 0.013 0.016 Free Surface 0.225 No6 No 3034 441503 441520 12 20.9 0.8 0.013 0.544 Free Surface 0.355 No 12 No 304 432909 4329106 102.1 1.4 0.013 0.101 Free Surface 0.509 No6 No 3042 04C034M EL_CAMINO_REAL_WW6 11.0 4.5 0.013 0.017 Free Surface 0.103 No6 No 3046 400026 ISLAND_PARK_BBALL_WW 10 3.5 2.9 0.013 0.034 Free Surface 0.083 No 10 No 3048 IPPS ISLAND_PARK_WW 10 9.2 16.3 0.013 0.324 Free Surface 0.382 No 10 No 305 442311LH 4423106 207.1 0.3 0.013 0.003 Free Surface 0.070 No6 No 306 431103 4311026 265.5 5.8 0.013 0.021 Free Surface 0.099 No6 No 307 433311 4333106 106.8 5.2 0.013 0.005 Free Surface 0.064 No6 No 308 433310 4333096 192.7 5.0 0.013 0.008 Free Surface 0.245 No6 No 31 454801 4548026 250.5 9.1 0.013 0.288 Free Surface 0.394 No6 No 310 432107 4320016 236.5 3.2 0.013 0.084 Free Surface 0.280 No6 No 311 432911 4329106 131.5 9.0 0.013 0.170 Free Surface 0.476 No6 No 312 442310 4423096 100.1 7.6 0.013 0.004 Free Surface 0.068 No6 No 313 431117 4311156 304.9 0.9 0.013 0.008 Free Surface 0.132 No6 No 314 431114 4311156 148.6 7.7 0.013 0.025 Free Surface 0.134 No6 No 315 LH430718 4307174 78.3 3.6 0.013 0.002 Free Surface 0.108 No4 No 316 433305 4333046 221.1 3.3 0.013 0.015 Free Surface 0.109 No6 No 317 442326 4423256 212.0 3.5 0.013 0.004 Free Surface 0.053 No6 No 319 432001 4320026 158.6 1.9 0.013 0.085 Free Surface 0.235 No6 No 32 453606 4536076 232.5 8.6 0.013 0.199 Free Surface 0.464 No6 No 320 430610 4306098 138.3 0.6 0.013 0.026 Free Surface 0.137 No8 No 321 442810 4428096 162.2 5.3 0.013 0.016 Free Surface 0.105 No6 No 322 433304 4333036 218.6 4.0 0.013 0.020 Free Surface 0.125 No6 No 323 442811 4428106 190.2 16.3 0.013 0.005 Free Surface 0.069 No6 No 324 430609 4306088 212.5 1.8 0.013 0.342 Free Surface 0.391 No8 No 325 433301 4307066 177.5 11.3 0.013 0.321 Free Surface 0.367 No6 No 326 442309 4423086 213.8 2.3 0.013 0.009 Free Surface 0.091 No6 No 327 454906 4549076 165.0 5.1 0.013 0.278 Free Surface 0.378 No6 No 328 454104 4539056 275.6 4.9 0.013 0.043 Free Surface 0.276 No6 No 329 454217 4539056 151.3 1.1 0.013 0.126 Free Surface 0.394 No6 No 33 454802 4548036 77.2 5.3 0.013 0.286 Free Surface 0.378 No6 No 330 453904 4539056 239.3 0.8 0.013 0.004 Free Surface 0.078 No6 No 331 433717 4337166 71.9 6.2 0.013 0.012 Free Surface 0.192 No6 No 332 433720 4337176 148.2 6.2 0.013 0.006 Free Surface 0.070 No6 No 333 453502 4535016 241.4 1.3 0.013 0.404 Free Surface 0.757 No6 Yes 334 431413 4314126 248.3 5.6 0.013 0.005 Free Surface 0.121 No6 No 335 450809 450810
6 49.2 1.8 0.013 0.101 Free Surface 0.460 No6 No
336 431405 4314066 269.3 3.2 0.013 0.088 Free Surface 0.263 No6 No 337 402722 4027106 27.4 1.8 0.013 0.084 Free Surface 0.320 No6 No 338 442000C 442000B6 78.9 5.0 0.013 0.004 Free Surface 0.062 No6 No 34 433718 4337176 281.5 11.2 0.013 0.004 Free Surface 0.061 No6 No 340 403610 IPPS 10 109.8 0.5 0.013 0.278 Free Surface 0.297 No 10 No 343 403607 403610 10 321.0 0.3 0.013 0.263 Free Surface 0.416 No 10 No 344 403608 4036078 242.0 0.3 0.013 0.109 Free Surface 0.329 No8 No 320
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
345 403606 4036078 144.1 0.5 0.013 0.099 Free Surface 0.308 No8 No 346 403604 4036068 239.6 0.5 0.013 0.099 Free Surface 0.282 No8 No 348 403601 4036028 246.0 0.2 0.013 0.000 Free Surface 0.118 No8 No 349 440503 4405256 102.8 11.0 0.013 0.012 Free Surface 0.074 No6 No 35 453601 4535026 272.5 4.8 0.013 0.148 Free Surface 0.561 No6 No 350 441006 4410056 147.8 8.8 0.013 0.018 Free Surface 0.123 No6 No 351 402708 4027076 77.3 1.2 0.013 0.002 Free Surface 0.059 No6 No 354 402709 4027226 53.6 1.9 0.013 0.002 Free Surface 0.161 No6 No 355 441008 4410098 162.0 6.5 0.013 0.021 Free Surface 0.070 No8 No 356 441026 4410046 116.4 19.8 0.013 0.002 Free Surface 0.071 No6 No 358 441009 4410108 69.4 16.0 0.013 0.025 Free Surface 0.104 No8 No 359 441010 4410138 230.0 8.3 0.013 0.101 Free Surface 0.149 No8 No 36 453612 4535026 260.8 1.3 0.013 0.251 Free Surface 0.694 No6 No 360 441004 4410116 220.6 36.2 0.013 0.059 Free Surface 0.140 No6 No 361 442000A 441603A6 210.8 11.1 0.013 0.013 Free Surface 0.153 No6 No 362 441404 441422A6 20.4 2.5 0.013 0.175 Free Surface 0.366 No6 No 363 403009C 4030096 99.1 1.6 0.013 0.008 Free Surface 0.090 No6 No 364 453402 4534038 288.8 4.0 0.013 0.136 Free Surface 0.202 No8 No 366 450217 4502166 320.3 0.4 0.013 0.055 Free Surface 0.278 No6 No 367 453703 453704 10 102.8 1.2 0.013 0.997 Free Surface 0.535 No 10 No 368 453401 4534028 340.1 6.0 0.013 0.136 Free Surface 0.189 No8 No 369 453704 453705 10 99.7 5.3 0.013 0.997 Free Surface 0.475 No 10 No 37 453611 4536126 236.0 4.5 0.013 0.243 Free Surface 0.472 No6 No 370 450212 4502136 181.7 4.9 0.013 0.006 Free Surface 0.123 No6 No 371 450216 4502136 84.1 6.6 0.013 0.069 Free Surface 0.184 No6 No 372 450304 IEC_MH-1108 293.0 11.7 0.013 0.320 Free Surface 0.234 No8 No 374 450213 4502146 171.1 11.8 0.013 0.091 Free Surface 0.192 No6 No 375 450210 4502096 205.1 3.1 0.013 0.326 Free Surface 0.554 No6 No 378 450209 450208 10 120.1 1.2 0.013 0.367 Free Surface 0.296 No 10 No 379 442608 4426076 275.1 15.1 0.013 0.006 Free Surface 0.048 No6 No 38 453610 4536116 417.5 7.1 0.013 0.234 Free Surface 0.361 No6 No 380 442623 4426228 194.5 3.9 0.013 0.003 Free Surface 0.038 No8 No 381 453721LH 453730A8 126.0 12.3 0.013 0.000 Free Surface 0.039 No8 No 382 431406 4314086 387.9 2.5 0.013 0.097 Free Surface 0.412 No6 No 383 430803 4333168 301.5 2.7 0.013 0.014 Free Surface 0.080 No8 No 385 432114 4321136 221.7 4.6 0.013 0.006 Free Surface 0.065 No6 No 386 431013 4310106 102.0 11.9 0.013 0.013 Free Surface 0.085 No6 No 387 442726 4427256 117.6 1.7 0.013 0.004 Free Surface 0.072 No6 No 388 431108 4311096 186.5 6.6 0.013 0.048 Free Surface 0.148 No6 No 389 431109 4311106 98.0 13.8 0.013 0.055 Free Surface 0.151 No6 No 39 433712 4337116 128.6 9.9 0.013 0.002 Free Surface 0.039 No6 No 390 430710 4307116 106.5 0.5 0.013 0.036 Free Surface 0.260 No6 No 391 432113 4321126 36.0 15.4 0.013 0.011 Free Surface 0.055 No6 No 392 432010 4320096 144.2 10.9 0.013 0.117 Free Surface 0.229 No6 No 393 430703LH 4307026 62.1 10.4 0.013 0.007 Free Surface 0.062 No6 No 394 431209 4309086 289.8 4.6 0.013 0.031 Free Surface 0.184 No6 No 395 442712 4427136 52.7 1.5 0.013 0.004 Free Surface 0.095 No6 No 396 442717 4427156 161.2 4.9 0.013 0.003 Free Surface 0.043 No6 No 397 442716 4427156 51.6 8.5 0.013 0.004 Free Surface 0.043 No6 No 398 431204 4312036 191.2 9.2 0.013 0.088 Free Surface 0.201 No6 No 399 433309 4333016 161.1 6.4 0.013 0.312 Free Surface 0.380 No6 No 4 455001 4550026 254.1 11.7 0.013 0.058 Free Surface 0.205 No6 No 40 433715 4337146 115.1 0.9 0.013 0.071 Free Surface 0.356 No6 No 400 431207LH 4312086 84.5 10.9 0.013 0.005 Free Surface 0.148 No6 No 400026 430728 4307278 347.0 4.9 0.013 0.005 Free Surface 0.039 No8 No 400028 430727 4307268 92.8 16.8 0.013 0.012 Free Surface 0.045 No8 No 400030 430726 4307258 115.9 4.3 0.013 0.015 Free Surface 0.068 No8 No 400034 430722 4307218 192.8 0.4 0.013 0.103 Free Surface 0.302 No8 No 400038 430720 4307218 304.2 0.3 0.013 0.009 Free Surface 0.098 No8 No 400040 430721 RALSTON_WW8 26.0 0.3 0.013 0.115 Free Surface 0.317 No8 No 400042 433426 4334278 96.3 3.3 0.013 0.002 Free Surface 0.034 No8 No 400044 433427 4334288 111.6 2.5 0.013 0.004 Free Surface 0.066 No8 No 400046 433428 4334298 308.9 0.3 0.013 0.006 Free Surface 0.087 No8 No 400048 433431 4334348 70.2 2.1 0.013 0.021 Free Surface 0.106 No8 No 400050 433434 4334358 48.8 1.0 0.013 0.021 Free Surface 0.109 No8 No 400052 433435 4334238 222.5 3.2 0.013 0.026 Free Surface 0.087 No8 No 400054 433425 4334248 219.4 4.5 0.013 0.003 Free Surface 0.034 No8 No 400056 433424 4334238 132.5 7.2 0.013 0.005 Free Surface 0.055 No8 No 400058 433423 4537308 109.0 15.4 0.013 0.034 Free Surface 0.093 No8 No 40006 433433 4334358 173.0 0.2 0.013 0.003 Free Surface 0.083 No8 No 400060 453730 453730A8 30.0 2.6 0.013 0.034 Free Surface 0.170 No8 No 40008 433432 4334338 56.6 2.3 0.013 0.001 Free Surface 0.046 No8 No 40012 430207 4302016 30.0 13.0 0.013 0.411 Free Surface 0.477 No6 No 40014 430201 4302026 154.8 4.9 0.013 0.461 Free Surface 0.518 No6 No 40018 431009 4311116 361.2 0.5 0.013 0.003 Free Surface 0.073 No6 No 40020 430413 4304146 77.1 12.0 0.013 0.121 Free Surface 0.216 No6 No 40022 430414 4309016 262.5 12.0 0.013 0.134 Free Surface 0.259 No6 No 40026 432308 4323076 214.2 19.5 0.013 0.061 Free Surface 0.137 No6 No 40028 432307 4323066 60.8 16.6 0.013 0.062 Free Surface 0.157 No6 No 40030 431603 4324018 250.3 1.9 0.013 0.017 Free Surface 0.092 No8 No 40038 451809 451809A 18 63.5 6.1 0.013 3.685 Free Surface 0.660 No 18 No 40040 451809B 451810 18 193.4 0.2 0.013 3.688 Free Surface 0.852 No 18 Yes 40044 402403 402403A6 135.6 0.5 0.013 0.065 Free Surface 0.333 No6 No 40046 402403A 402404
6 87.9 0.7 0.013 0.068 Free Surface 0.354 No6 No
40048 450502 4505016 191.1 9.9 0.013 0.008 Free Surface 0.073 No6 No 40062 431633 431608A6 81.3 1.2 0.013 0.309 Backwater 1.000 No6 Yes 40064 454601 4545086 62.9 3.6 0.013 0.001 Free Surface 0.029 No6 No 40066 454508 4544026 129.6 7.0 0.013 0.002 Free Surface 0.041 No6 No 40068 454303C 454303B6 301.7 3.2 0.013 0.074 Free Surface 0.220 No6 No 40070 454303B 454303A6 291.9 5.7 0.013 0.080 Free Surface 0.203 No6 No 40072 454303A 4543038 211.0 5.6 0.013 0.086 Free Surface 0.144 No8 No 40074 450115A 4501136 58.7 6.6 0.013 0.008 Free Surface 0.072 No6 No 40080 432111 4321056 34.1 5.0 0.013 0.014 Free Surface 0.092 No6 No 40082 431814 4318156 36.4 63.4 0.013 0.088 Free Surface 0.121 No6 No 40084 431815 4318056 41.1 77.5 0.013 0.088 Free Surface 0.135 No6 No 40086 431609 4316086 44.2 4.0 0.013 0.649 Backwater 1.000 No6 Yes 40088 451827A 4518276 205.5 8.8 0.013 0.014 Free Surface 0.091 No6 No 40090 450409A 450409 10 161.4 1.3 0.015 0.522 Free Surface 0.469 No 10 No 40092 441905A 4422236 154.4 7.0 0.013 0.086 Free Surface 0.206 No6 No 40096 441514A 4415146 153.2 10.0 0.013 0.013 Free Surface 0.085 No6 No 40098 SSTA_9953 4411246 52.9 0.9 0.013 0.121 Free Surface 0.352 No6 No 401 432916 4329196 21.5 16.5 0.013 0.058 Free Surface 0.173 No6 No 40102 443004 443004A6 379.4 4.3 0.013 0.062 Free Surface 0.204 No6 No 40106 403009B 4030096 100.2 0.2 0.013 0.003 Free Surface 0.266 No6 No 40108 441420A 4415106 185.1 2.5 0.013 0.018 Free Surface 0.117 No6 No 40110 441126A 4411256 165.9 0.6 0.013 0.113 Free Surface 0.418 No6 No 40112 440525 4405246 10.4 18.0 0.013 0.018 Free Surface 0.087 No6 No 40114 433203 4332026 296.4 7.4 0.013 0.072 Free Surface 0.226 No6 No 40116 450116 4501156 213.2 6.2 0.013 0.001 Free Surface 0.052 No6 No 40118 442621 4426186 133.9 23.1 0.013 0.005 Free Surface 0.060 No6 No 40120 443110A 4432146 164.8 0.2 0.013 0.040 Free Surface 0.304 No6 No 40124 441402A 4414036 145.7 4.8 0.013 0.384 Free Surface 0.465 No6 No 40126 441417A 4414196 72.8 2.6 0.013 0.024 Free Surface 0.119 No6 No 40128 440736 4407256 187.8 2.6 0.013 0.055 Free Surface 0.195 No6 No 40134 440714 4407356 200.0 11.4 0.013 0.044 Free Surface 0.150 No6 No 40144 442701A 442701B 15 184.8 4.3 0.013 2.104 Free Surface 0.346 No 15 No 40146 450103 450103A 10 925.3 0.4 0.015 0.348 Free Surface 0.404 No 10 No 40148 433316A 4333156 100.2 8.9 0.013 0.383 Free Surface 0.425 No6 No 40150 442701C 450417 15 58.4 6.1 0.013 2.104 Free Surface 0.307 No 15 No 40154 431114A 4311146 203.0 2.1 0.013 0.006 Free Surface 0.091 No6 No 40160 453730A 4537228 175.0 12.4 0.013 0.034 Free Surface 0.106 No8 No 40161 433013A 4330126 166.3 13.3 0.013 0.036 Free Surface 0.150 No6 No 40162 433429 4334308 80.0 0.8 0.013 0.009 Free Surface 0.094 No8 No 40163 431105 4311046 58.9 3.1 0.013 0.018 Free Surface 0.120 No6 No 40164 433430 4334318 75.0 0.8 0.013 0.016 Free Surface 0.100 No8 No 40165 431401A 4314026 88.3 8.2 0.013 0.047 Free Surface 0.172 No6 No 40166 432613 4326146 205.0 4.0 0.013 0.002 Free Surface 0.049 No6 No 40167 431309A 4313026 70.6 15.9 0.013 0.110 Free Surface 0.487 No6 No 40168 432508A 4325078 30.9 6.6 0.013 0.005 Free Surface 0.037 No8 No 40169 SSFI_21 4325056 105.2 9.1 0.013 0.008 Free Surface 0.061 No6 No 40173 440918A 4409198 86.1 3.9 0.013 0.021 Free Surface 0.077 No8 No 40175 440903A 443301 10 144.8 11.1 0.013 0.991 Free Surface 0.309 No 10 No 40179 443214A 4432136 147.7 1.3 0.013 0.064 Free Surface 0.266 No6 No 40181 VMH_72 402902 15 103.6 0.3 0.013 0.283 Free Surface 0.230 No8 No 40183 403003 4030028 142.0 0.2 0.013 0.034 Free Surface 0.205 No8 No 40186 455108LH 4551076 236.6 0.4 0.013 0.002 Free Surface 0.076 No6 No 40187 403809 4038116 142.2 0.5 0.013 0.041 Free Surface 0.262 No6 No 40188 455107 4551056 225.8 0.4 0.013 0.004 Free Surface 0.102 No6 No 40189 442000E 442000F8 92.9 3.2 0.013 0.006 Free Surface 0.045 No8 No 40190 455106 4551056 255.1 3.9 0.013 0.001 Free Surface 0.072 No6 No 40191 451809A 451809B 18 225.3 0.5 0.013 3.688 Backwater 1.000 No 18 Yes 40192 455105 4551046 271.0 0.4 0.013 0.007 Free Surface 0.146 No6 No 40193 451814 451811 18 61.4 0.0 0.013 4.285 Free Surface 0.796 No 18 Yes 40194 455104 4551036 176.2 0.4 0.013 0.015 Free Surface 0.178 No6 No 40195 451820A 451814
8 18.3 17.5 0.013 0.024 Free Surface 0.287 No8 No
40196 455103 4551016 176.1 0.4 0.013 0.017 Free Surface 0.185 No6 No 40198 455102LH 4551016 217.7 5.8 0.013 0.001 Free Surface 0.108 No6 No 40199 452016 452016A6 62.0 25.3 0.013 0.090 Free Surface 0.156 No6 No 402 432914 4329166 141.1 0.7 0.013 0.006 Free Surface 0.114 No6 No 40200 455101 4546066 154.0 0.4 0.013 0.018 Free Surface 0.279 No6 No 40201 452016A 452016B6 63.7 20.0 0.013 0.090 Free Surface 0.161 No6 No 40203 452016B 4520186 107.1 20.3 0.013 0.092 Free Surface 0.190 No6 No 40205 452412B 452412A6 182.9 2.8 0.013 0.006 Free Surface 0.091 No6 No 40207 452425A 4524026 24.9 0.1 0.013 0.022 Free Surface 0.602 No6 Yes 40208 454608 4546096 182.9 0.4 0.013 0.025 Free Surface 0.189 No6 No 40209 452504A 4525036 185.1 2.3 0.013 0.004 Free Surface 0.066 No6 No 40211 452511A 4525106 70.2 14.4 0.013 0.025 Free Surface 0.104 No6 No 40213 451402A 451701 18 70.4 2.5 0.013 3.566 Free Surface 0.396 No 18 No 40214 442701B 442701C 15 120.9 3.4 0.013 2.104 Free Surface 0.357 No 15 No 40215 442219A 4422186 221.4 13.8 0.013 0.041 Free Surface 0.191 No6 No 40217 451614A 4516096 135.5 7.3 0.013 0.008 Free Surface 0.092 No6 No 40218 440543A 4405446 75.1 9.4 0.013 0.061 Free Surface 0.170 No6 No 40219 442204A 4516056 231.1 1.5 0.013 0.182 Free Surface 0.447 No6 No 40220 441422A 441422B6 63.6 15.3 0.013 0.175 Free Surface 0.322 No6 No 40221 451605A 4516066 34.7 1.5 0.013 0.183 Free Surface 0.446 No6 No 40222 441422B 4414226 206.2 2.1 0.013 0.183 Free Surface 0.413 No6 No 40224 441409B 4414086 147.1 0.9 0.013 0.082 Free Surface 0.336 No6 No 40225 443221A 4432028 225.8 2.8 0.013 0.024 Free Surface 0.412 No8 No 40226 441409BLH 441409B6 145.5 3.4 0.013 0.004 Free Surface 0.194 No6 No 40227 442000B 442000A6 101.4 3.9 0.013 0.008 Free Surface 0.073 No6 No 40228 441506 441506A 12 7.8 1.3 0.013 0.155 Free Surface 0.258 No 12 No 40229 442000 442000A6 189.1 1.0 0.013 0.005 Free Surface 0.079 No6 No 40230 441505 441505A 12 9.3 1.5 0.013 0.022 Free Surface 0.097 No 12 No 40232 441506A 441505A 12 247.7 0.4 0.013 0.161 Free Surface 0.222 No 12 No 40233 442223A 4422238 136.7 1.5 0.013 0.003 Free Surface 0.057 No8 No 40234 441505A 441503 12 329.1 1.1 0.013 0.140 Free Surface 0.248 No 12 No 40235 450503A 4505038 122.5 0.9 0.013 0.006 Free Surface 0.069 No8 No 40236 441834A 4418346 136.9 1.5 0.013 0.007 Free Surface 0.136 No6 No 40237 454809A 454809B8 50.7 20.1 0.013 0.301 Free Surface 0.207 No8 No 40239 454809B 4503048 193.7 14.0 0.013 0.299 Free Surface 0.225 No8 No 40240 442206A 4422056 83.5 1.5 0.013 0.014 Free Surface 0.132 No6 No 321
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
40241 LH450104B 4501046 145.0 4.5 0.013 0.004 Free Surface 0.117 No6 No 40242 442205A 4422046 206.3 1.5 0.013 0.022 Free Surface 0.295 No6 No 40244 403102A 4031056 54.3 0.7 0.013 0.007 Free Surface 0.104 No6 No 40245 453716B 453716C8 313.7 14.7 0.013 0.012 Free Surface 0.103 No8 No 40246 451803B 451803C 21 261.2 1.0 0.013 3.913 Free Surface 0.400 No 21 No 40247 440137B 440137A6 224.0 1.8 0.013 0.005 Free Surface 0.089 No6 No 40248 451803C 451803D 21 88.5 2.7 0.013 3.925 Free Surface 0.482 No 21 No 40249 440137A 4401376 92.1 2.2 0.013 0.012 Free Surface 0.219 No6 No 40251 452204A 4513076 26.4 29.9 0.013 0.014 Free Surface 0.066 No6 No 40254 451822A 451816A6 210.6 0.3 0.013 0.060 Free Surface 0.357 No6 No 40256 451821A 451821B6 159.0 0.8 0.013 0.009 Free Surface 0.129 No6 No 40258 451821B 4518206 69.0 1.4 0.013 0.019 Free Surface 0.155 No6 No 40259 403700K 01C035M 30 55.4 1.3 0.013 11.263 Free Surface 0.421 No 30 No 40260 451816A 4518156 18.4 1.3 0.013 0.078 Free Surface 0.297 No6 No 40264 451810A 451814 18 28.3 2.1 0.013 4.262 Free Surface 0.964 No 18 Yes 40266 452405C 452405A 12 22.3 2.0 0.013 0.497 Free Surface 0.299 No 12 No 40267 404809 404808
6 22.1 1.8 0.013 0.003 Free Surface 0.208 No6 No
40268 452405A 452405B 12 30.4 0.3 0.013 0.318 Free Surface 0.312 No 12 No 40269 404806A 4048066 15.4 2.0 0.013 0.004 Free Surface 0.178 No6 No 40270 452405B 451810A 12 241.7 0.5 0.013 0.321 Free Surface 0.655 No 12 Yes 40272 452403A 452403 10 206.3 0.2 0.013 0.114 Free Surface 0.358 No 10 No 40280 430723 430722
8 223.0 0.4 0.013 0.097 Free Surface 0.295 No8 No
40282 454603 454606A6 497.9 2.8 0.013 0.003 Free Surface 0.122 No6 No 40284 452012A 4520126 148.5 8.1 0.013 0.005 Free Surface 0.098 No6 No 40286 402508 4025076 302.1 0.5 0.013 0.006 Free Surface 0.175 No6 No 40288 403501 4025108 349.7 0.4 0.013 0.000 Free Surface 0.118 No8 No 40290 402604A 4026036 231.0 3.8 0.013 0.058 Free Surface 0.255 No6 No 40292 VMH_13 4334318 128.4 0.8 0.013 0.002 Free Surface 0.066 No8 No 40294 453716C 4537128 174.8 18.2 0.013 0.189 Free Surface 0.289 No8 No 40296 453716A 453716B8 285.2 6.3 0.013 0.005 Free Surface 0.041 No8 No 403 431203 4312026 110.1 6.7 0.013 0.092 Free Surface 0.211 No6 No 40310 433206A 433206B0 180.5 5.2 0.013 1.598 Free Surface -1.000 No 12 No 40312 433206B 442501 12 358.8 7.3 0.013 1.638 Free Surface 0.365 No 12 No 40314 440325A 4402096 144.5 0.4 0.013 0.028 Free Surface 0.483 No6 No 40316 443004A 4431086 295.1 3.5 0.013 0.067 Free Surface 0.239 No6 No 40318 440402A 440901 10 254.9 3.4 0.013 0.977 Free Surface 0.379 No 10 No 40320 440402 440402A 10 101.2 3.5 0.013 0.970 Free Surface 0.446 No 10 No 40322 440901 440902 10 307.4 3.8 0.013 0.493 Free Surface 0.615 No 10 No 40326 404822 4048216 323.5 0.2 0.013 0.007 Free Surface 0.151 No6 No 40332 404821 4048186 104.0 0.3 0.013 0.011 Free Surface 0.195 No6 No 40334 404816 4048176 99.1 0.3 0.013 0.004 Free Surface 0.125 No6 No 40336 404817 4048186 82.5 0.3 0.013 0.008 Free Surface 0.186 No6 No 40338 404818 4048196 87.5 0.2 0.013 0.020 Free Surface 0.229 No6 No 40340 404819 4048206 29.2 0.3 0.013 0.022 Free Surface 0.237 No6 No 40342 404820 404820A6 192.2 0.2 0.013 0.023 Free Surface 0.243 No6 No 40348 404820A 4048016 87.8 0.3 0.013 0.024 Free Surface 0.248 No6 No 40350 404801 4048026 38.7 0.2 0.013 0.025 Free Surface 0.292 No6 No 40352 404802 4048036 281.7 0.2 0.013 0.025 Free Surface 0.262 No6 No 40354 404803 404803A6 247.6 0.2 0.013 0.026 Free Surface 0.336 No6 No 40356 404814 4048136 261.1 0.3 0.013 0.015 Free Surface 0.205 No6 No 40358 404813 4048156 19.1 0.3 0.013 0.018 Free Surface 0.217 No6 No 40360 404815 4048126 152.5 0.2 0.013 0.019 Free Surface 0.221 No6 No 40362 404812 4048116 68.3 0.3 0.013 0.020 Free Surface 0.226 No6 No 40364 404811 4048106 41.4 0.2 0.013 0.021 Free Surface 0.233 No6 No 40366 404810 4048086 65.0 0.2 0.013 0.022 Free Surface 0.300 No6 No 40368 404809A 4048096 274.9 0.7 0.013 0.001 Free Surface 0.048 No6 No 40370 404808 4048076 26.7 0.3 0.013 0.026 Free Surface 0.427 No6 No 40372 404807 4048066 98.5 0.0 0.013 0.026 Free Surface 0.342 No6 No 40374 404806B 404806A6 145.2 0.7 0.013 0.004 Free Surface 0.074 No6 No 40376 404806 4048056 122.1 0.2 0.013 0.033 Free Surface 0.531 No6 Yes 40378 404805 4048046 118.8 0.2 0.013 0.035 Free Surface 0.498 No6 No 40382 403416A 403423D 27 13.7 20.2 0.013 5.156 Free Surface 0.581 No 27 No 404 432002 4320036 241.7 31.8 0.013 0.104 Free Surface 0.204 No6 No 405 431115 4311166 224.6 3.5 0.013 0.037 Free Surface 0.163 No6 No 406 430608 430607A8 203.5 1.6 0.013 0.289 Free Surface 0.370 No8 No 407 433303 4333026 186.1 2.9 0.013 0.024 Free Surface 0.141 No6 No 408 433302 4333016 222.5 3.1 0.013 0.029 Free Surface 0.248 No6 No 409 442413LH 4424426 135.0 31.9 0.013 0.005 Free Surface 0.047 No6 No 41 433711 4337106 75.8 7.7 0.013 0.004 Free Surface 0.050 No6 No 410 431202 4312016 307.5 7.1 0.013 0.092 Free Surface 0.203 No6 No 411 430607A 4306068 109.5 1.2 0.013 0.264 Free Surface 0.386 No8 No 412 431208 4312096 251.6 0.2 0.013 0.014 Free Surface 0.193 No6 No 414 430606 430605A8 129.3 1.2 0.013 0.263 Free Surface 0.383 No8 No 415 431116 4306056 222.0 3.2 0.013 0.040 Free Surface 0.169 No6 No 416 442444 4424456 51.3 24.1 0.013 0.004 Free Surface 0.034 No6 No 417 430907 4320106 116.7 24.7 0.013 0.111 Free Surface 0.189 No6 No 418 431201 4309066 335.8 11.9 0.013 0.104 Free Surface 0.199 No6 No 419 430906 4309076 46.0 12.9 0.013 0.107 Free Surface 0.186 No6 No 42 433710 4337096 85.5 7.8 0.013 0.005 Free Surface 0.055 No6 No 420 430704 4305116 225.8 7.7 0.013 0.329 Free Surface 0.399 No6 No 421 430702 4307016 114.3 7.1 0.013 0.009 Free Surface 0.092 No6 No 422 430604 4306036 183.7 6.4 0.013 0.260 Free Surface 0.363 No6 No 423 430511 4305106 110.4 7.7 0.013 0.323 Free Surface 0.374 No6 No 424 430701 4305046 136.2 4.1 0.013 0.017 Free Surface 0.089 No6 No 425 430911LH 4309126 161.7 2.4 0.013 0.009 Free Surface 0.109 No6 No 426 430908 4309096 242.4 1.3 0.013 0.043 Free Surface 0.196 No6 No 427 430603 4306026 177.8 7.0 0.013 0.262 Free Surface 0.356 No6 No 428 430510 4305096 223.5 12.4 0.013 0.320 Free Surface 0.341 No6 No 429 430503 4305026 58.9 9.9 0.013 0.021 Free Surface 0.094 No6 No 43 433713LH 4337116 121.7 2.2 0.013 0.001 Free Surface 0.041 No6 No 430 430909 4309106 98.8 7.4 0.013 0.054 Free Surface 0.168 No6 No 431 430602 4306016 247.0 7.5 0.013 0.264 Free Surface 0.348 No6 No 432 430912 4304116 434.3 4.3 0.013 0.027 Free Surface 0.126 No6 No 433 430509 4305086 107.2 12.1 0.013 0.316 Free Surface 0.378 No6 No 434 431613 4316126 51.4 40.1 0.013 0.241 Free Surface 0.292 No6 No 435 440318 4403178 322.7 3.3 0.013 0.003 Free Surface 0.043 No8 No 436 430508 4305076 108.1 6.6 0.013 0.317 Free Surface 0.392 No6 No 437 430506 4305056 121.9 3.2 0.013 0.002 Free Surface 0.049 No6 No 438 430601 4304096 187.1 8.3 0.013 0.266 Free Surface 0.416 No6 No 439 430902 4309036 186.6 6.7 0.013 0.265 Free Surface 0.376 No6 No 44 454411 4544126 235.9 3.1 0.013 0.116 Free Surface 0.250 No6 No 440 452414 452412B6 87.5 4.5 0.013 0.002 Free Surface 0.053 No6 No 441 430502 4305016 329.2 13.2 0.013 0.024 Free Surface 0.102 No6 No 442 430505 4305016 88.8 6.1 0.013 0.006 Free Surface 0.083 No6 No 443 430409 4304086 177.5 3.0 0.013 0.265 Free Surface 0.411 No6 No 444 430410LH 4304086 294.6 6.5 0.013 0.005 Free Surface 0.192 No6 No 445 430904 4319016 294.3 70.1 0.013 0.306 Free Surface 0.221 No6 No 446 430412 4304136 210.7 2.7 0.013 0.045 Free Surface 0.186 No6 No 447 430910 4304136 423.4 7.7 0.013 0.069 Free Surface 0.193 No6 No 448 433113 4331126 211.0 10.9 0.013 0.023 Free Surface 0.107 No6 No 449 443326 4433016 357.3 3.5 0.013 0.002 Free Surface 0.272 No6 No 45 454431 4544256 54.7 37.7 0.013 0.001 Free Surface 0.053 No6 No 450 440319 4403206 114.5 1.3 0.013 0.006 Free Surface 0.073 No6 No 451 440321 4403206 112.6 4.0 0.013 0.005 Free Surface 0.059 No6 No 452 431901 4316086 51.7 9.8 0.013 0.339 Backwater 1.000 No6 Yes 453 430507 4301016 181.6 7.8 0.013 0.307 Free Surface 0.378 No6 No 455 430901 430902
6 164.5 14.1 0.013 0.262 Free Surface 0.330 No6 No
456 431639 4316386 164.4 10.0 0.013 0.221 Free Surface 0.292 No6 No 457 431608 431608A6 77.5 3.6 0.013 0.916 Exceeds Capacity 1.000 No6 Yes 458 430501 4301036 147.6 12.5 0.013 0.032 Free Surface 0.110 No6 No 46 451105 451104
8 196.9 1.5 0.013 0.093 Free Surface 0.204 No8 No
461 431635 4316346 136.9 19.3 0.013 0.007 Free Surface 0.070 No6 No 462 430103 4301028 163.0 2.2 0.013 0.061 Free Surface 0.155 No8 No 463 430102 4301016 53.1 35.4 0.013 0.091 Free Surface 0.141 No6 No 465 431632 4316336 155.8 39.7 0.013 0.093 Free Surface 0.569 No6 No 466 430109 4301026 62.2 8.3 0.013 0.030 Free Surface 0.116 No6 No 467 431608A 4316076 101.3 4.3 0.013 0.740 Backwater 1.000 No6 Yes 468 431631 4316326 68.0 3.6 0.013 0.089 Free Surface 0.210 No6 No 469 430407 430406
6 169.0 29.2 0.013 0.268 Free Surface 0.245 No6 No
47 433714 4337086 156.7 0.3 0.013 0.071 Free Surface 0.426 No6 No 470 432735LH 4327276 222.1 10.7 0.013 0.003 Free Surface 0.050 No6 No 471 432727 4327266 118.8 11.4 0.013 0.009 Free Surface 0.130 No6 No 472 432727A 4327276 103.5 1.0 0.013 0.002 Free Surface 0.054 No6 No 473 430209 4302086 123.1 11.9 0.013 0.413 Free Surface 0.429 No6 No 474 430110 4301096 256.1 6.6 0.013 0.027 Free Surface 0.116 No6 No 475 431630 4316316 161.3 4.8 0.013 0.021 Free Surface 0.196 No6 No 476 430104 4301036 286.7 0.4 0.013 0.024 Free Surface 0.216 No6 No 477 430406 4304056 139.3 44.0 0.013 0.271 Free Surface 0.232 No6 No 478 430105 4301046 94.0 8.0 0.013 0.004 Free Surface 0.095 No6 No 479 431607 4316066 212.7 1.4 0.013 0.749 Exceeds Capacity 1.000 No6 Yes 48 453501 4313028 461.3 1.0 0.013 0.414 Free Surface 0.553 No8 No 480 431628 4316296 64.8 0.0 0.013 0.011 Free Surface 0.185 No6 No 481 430405 4304046 101.8 40.2 0.013 0.271 Free Surface 0.240 No6 No 482 430208 4302076 168.9 7.8 0.013 0.413 Free Surface 0.424 No6 No 483 432721 4327156 153.4 2.9 0.013 0.010 Free Surface 0.115 No6 No 484 431629 4316306 109.3 8.9 0.013 0.015 Free Surface 0.097 No6 No 485 432316LH 4323156 204.0 5.8 0.013 0.005 Free Surface 0.064 No6 No 486 432225 4322246 171.3 9.3 0.013 0.027 Free Surface 0.186 No6 No 487 440140 4406016 322.8 10.9 0.013 0.273 Free Surface 0.326 No6 No 488 432305 4323046 109.1 7.2 0.013 0.068 Free Surface 0.163 No6 No 489 432328 4323186 74.7 63.0 0.013 0.003 Free Surface 0.056 No6 No 49 451104 4506018 223.6 2.3 0.013 0.093 Free Surface 0.187 No8 No 490 432524 4325218 111.4 6.6 0.013 0.013 Free Surface 0.057 No8 No 491 432534 4325336 104.1 14.6 0.013 0.000 Free Surface 0.111 No6 No 492 432521 4325338 22.4 38.5 0.013 0.031 Free Surface 0.058 No8 No 493 432532 4325338 54.5 14.9 0.013 0.002 Free Surface 0.094 No8 No 494 432531 4325328 90.8 17.6 0.013 0.002 Free Surface 0.021 No8 No 495 403401 4034028 236.3 0.5 0.013 0.094 Free Surface 0.367 No8 No 496 432304 4323036 120.5 26.1 0.013 0.071 Free Surface 0.134 No6 No 497 430212 4302016 28.3 23.4 0.013 0.062 Free Surface 0.351 No6 No 498 431624 4316236 295.5 6.6 0.013 0.055 Free Surface 0.165 No6 No 499 430106 4301046 197.4 1.3 0.013 0.017 Free Surface 0.136 No6 No 50 454412 4544326 214.5 24.5 0.013 0.117 Free Surface 0.165 No6 No 500 431625 4316246 159.6 3.1 0.013 0.042 Free Surface 0.174 No6 No 501 430213 4302126 106.2 55.1 0.013 0.062 Free Surface 0.116 No6 No 502 430202 4302036 156.4 9.4 0.013 0.459 Free Surface 0.433 No6 No 503 430404 4303026 164.9 36.8 0.013 0.295 Free Surface 0.373 No6 No 504 430204 4302056 150.1 13.1 0.013 0.472 Free Surface 0.479 No6 No 505 431604 4316026 123.3 2.2 0.017 0.704 Free Surface 0.980 No6 Yes 507 430205 4302066 157.9 5.1 0.013 0.470 Free Surface 0.572 No6 No 508 430302 430206
6 62.0 2.5 0.013 0.289 Free Surface 0.500 No6 No
509 430111 4301106 385.4 3.5 0.013 0.020 Free Surface 0.118 No6 No 51 454426 4544276 87.3 24.1 0.013 0.016 Free Surface 0.099 No6 No 510 430107 4301066 204.5 3.6 0.013 0.012 Free Surface 0.114 No6 No 511 430206 430310 10 297.5 3.3 0.013 0.736 Free Surface 0.365 No 10 No 512 430310 430401 10 197.4 3.5 0.013 0.747 Free Surface 0.450 No 10 No 513 431602 431645 12 37.8 1.9 0.013 1.262 Free Surface 0.438 No 12 No 514 430216 4302156 198.6 10.2 0.013 0.002 Free Surface 0.093 No6 No 515 430215 4302146 98.1 11.7 0.013 0.057 Free Surface 0.131 No6 No 516 430401 430402 10 257.7 1.2 0.013 0.743 Free Surface 0.445 No 10 No 519 430217 4302156 113.9 1.7 0.013 0.052 Free Surface 0.226 No6 No 322
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
52 454429 4544326 236.7 10.0 0.013 0.018 Free Surface 0.118 No6 No 520 430112 4301116 158.2 11.1 0.013 0.015 Free Surface 0.099 No6 No 521 430108LH 4301076 159.7 0.4 0.013 0.008 Free Surface 0.119 No6 No 522 443409 4434266 98.5 11.8 0.013 0.018 Free Surface 0.081 No6 No 523 432607 4326056 245.7 7.5 0.013 0.028 Free Surface 0.112 No6 No 524 440699LH 4406306 54.1 17.1 0.013 0.005 Free Surface 0.045 No6 No 529 432326 4323246 154.9 3.9 0.013 0.000 Free Surface 0.018 No6 No 53 450601 4506028 83.8 2.5 0.013 0.093 Free Surface 0.269 No8 No 530 432221 4322146 121.4 25.5 0.013 0.003 Free Surface 0.042 No6 No 531 432528LH 4325386 112.9 9.1 0.013 0.003 Free Surface 0.042 No6 No 532 432208 4322076 48.9 7.1 0.013 0.068 Free Surface 0.236 No6 No 533 432224 4322076 183.1 0.9 0.013 0.054 Free Surface 0.266 No6 No 534 432519 08C649L6 128.5 6.6 0.013 0.014 Free Surface 0.091 No6 No 535 432538 4325276 67.8 12.6 0.013 0.006 Free Surface 0.051 No6 No 536 440613 440613A6 454.4 4.2 0.013 0.018 Free Surface 0.122 No6 No 537 432207 4322066 236.8 4.6 0.013 0.145 Free Surface 0.358 No6 No 538 08C649L 08C648M6 132.2 13.5 0.013 0.026 Free Surface 0.096 No6 No 54 454428 4544296 179.6 3.2 0.013 0.016 Free Surface 0.100 No6 No 540 440814 4408136 205.2 11.7 0.013 0.004 Free Surface 0.095 No6 No 541 440813 4408206 99.7 5.8 0.013 0.035 Free Surface 0.118 No6 No 542 440555 4408136 101.8 7.9 0.013 0.003 Free Surface 0.095 No6 No 543 440805 4408066 209.5 10.0 0.013 0.002 Free Surface 0.098 No6 No 544 440835 4408346 121.3 1.2 0.013 0.003 Free Surface 0.061 No6 No 545 440540 4405416 43.6 5.0 0.013 0.028 Free Surface 0.129 No6 No 546 440806 4405216 91.3 1.6 0.013 0.022 Free Surface 0.124 No6 No 547 440521 4408136 100.6 23.2 0.013 0.024 Free Surface 0.116 No6 No 548 441216 4405416 182.8 1.3 0.013 0.003 Free Surface 0.096 No6 No 55 450610 4506046 170.0 2.2 0.013 0.050 Free Surface 0.299 No6 No 550 440808 4408076 85.4 6.8 0.013 0.015 Free Surface 0.085 No6 No 551 440807 4408066 97.8 12.9 0.013 0.018 Free Surface 0.124 No6 No 552 440554 4405536 198.5 7.6 0.013 0.004 Free Surface 0.095 No6 No 553 440522 4405216 99.8 14.4 0.013 0.003 Free Surface 0.058 No6 No 554 441215 4412146 157.7 14.6 0.013 0.007 Free Surface 0.060 No6 No 555 440508 4405096 62.6 11.4 0.013 0.002 Free Surface 0.037 No6 No 557 440523 4405246 289.2 6.9 0.013 0.004 Free Surface 0.073 No6 No 558 441210 4412096 100.0 3.0 0.013 0.006 Free Surface 0.062 No6 No 56 433703 4337026 184.0 35.5 0.013 0.086 Free Surface 0.201 No6 No 560 440809 4408086 110.1 0.5 0.013 0.012 Free Surface 0.125 No6 No 561 403417 4034046 378.6 0.1 0.013 0.055 Backwater 1.000 No6 Yes 562 440810 4408096 168.3 5.4 0.013 0.003 Free Surface 0.101 No6 No 563 403414 403415 27 310.0 0.5 0.013 6.953 Free Surface 0.480 No 27 No 565 403411 403412 21 200.0 1.1 0.013 6.902 Free Surface 0.761 No 21 Yes 566 403412 403413 21 11.0 1.2 0.013 6.901 Free Surface 0.920 No 21 Yes 567 441002 4410046 170.6 40.2 0.013 0.025 Free Surface 0.093 No6 No 568 441005 4410046 238.5 2.1 0.013 0.025 Free Surface 0.135 No6 No 569 403503 4035048 51.8 0.6 0.013 0.002 Free Surface 0.070 No8 No 57 450604 450605 10 161.0 1.0 0.013 0.169 Free Surface 0.253 No 10 No 570 403009A 403009B6 66.8 0.3 0.013 0.002 Free Surface 0.270 No6 No 575 403511 402807A8 141.3 0.6 0.013 0.022 Free Surface 0.161 No8 No 578 403504 4035058 203.9 0.6 0.013 0.012 Free Surface 0.107 No8 No 579 403506 4035058 160.7 0.6 0.013 0.004 Free Surface 0.088 No8 No 58 433707 4337066 132.6 0.4 0.013 0.001 Free Surface 0.055 No6 No 584 454609 4547106 206.3 4.4 0.013 0.031 Free Surface 0.144 No6 No 585 454603 4546106 270.4 0.5 0.013 0.001 Free Surface 0.051 No6 No 586 454610 4546096 251.0 5.5 0.013 0.004 Free Surface 0.095 No6 No 587 454602 4546036 299.9 2.3 0.013 0.002 Free Surface 0.049 No6 No 588 454710 4547096 258.0 3.9 0.013 0.034 Free Surface 0.216 No6 No 589 454711 4547096 201.6 0.5 0.013 0.007 Free Surface 0.196 No6 No 59 433706 4337056 97.9 0.4 0.013 0.002 Free Surface 0.091 No6 No 590 454611 4546106 228.0 4.0 0.013 0.001 Free Surface 0.042 No6 No 591 454712LH 4547116 186.7 0.5 0.013 0.002 Free Surface 0.085 No6 No 592 454601 4546026 217.5 2.7 0.013 0.001 Free Surface 0.036 No6 No 593 454708 4547076 224.6 5.9 0.013 0.003 Free Surface 0.143 No6 No 594 454709 4547076 192.8 0.5 0.013 0.043 Free Surface 0.263 No6 No 597 454611 4545036 222.3 6.8 0.013 0.002 Free Surface 0.033 No6 No 598 454503 4547016 132.6 6.0 0.013 0.002 Free Surface 0.044 No6 No 599 454402 4544016 122.3 3.5 0.013 0.003 Free Surface 0.049 No6 No 6 454909 4549106 80.4 2.2 0.013 0.006 Free Surface 0.080 No6 No 60 433705 4337046 146.3 0.4 0.013 0.007 Free Surface 0.140 No6 No 601 454701 4547026 251.2 5.0 0.013 0.005 Free Surface 0.060 No6 No 602 454215 4542146 220.0 0.2 0.013 0.001 Free Surface 0.070 No6 No 603 454702 4547036 282.9 3.7 0.013 0.006 Free Surface 0.170 No6 No 604 454707 4547036 273.1 1.1 0.013 0.049 Free Surface 0.259 No6 No 605 454706 4547036 79.1 1.2 0.013 0.014 Free Surface 0.199 No6 No 606 454206 4542056 149.7 6.1 0.013 0.054 Free Surface 0.174 No6 No 607 454214 4542136 199.3 9.4 0.013 0.016 Free Surface 0.090 No6 No 608 454401 4544306 106.7 3.7 0.013 0.004 Free Surface 0.055 No6 No 609 454213 4542126 140.5 11.2 0.013 0.023 Free Surface 0.109 No6 No 61 453403 4543068 256.5 3.6 0.013 0.136 Free Surface 0.287 No8 No 610 454204 4542036 71.6 2.8 0.013 0.007 Free Surface 0.115 No6 No 611 454205 4542036 131.8 5.5 0.013 0.058 Free Surface 0.169 No6 No 612 454107 4540056 379.2 1.1 0.013 0.019 Free Surface 0.178 No6 No 613 454106 4541076 401.0 2.7 0.013 0.007 Free Surface 0.115 No6 No 614 454106 4541056 423.5 1.4 0.013 0.005 Free Surface 0.079 No6 No 615 454216 4542146 128.6 0.4 0.013 0.013 Free Surface 0.132 No6 No 616 433404 4334058 333.0 3.6 0.013 0.859 Free Surface 0.529 No8 No 617 433408 4334098 95.9 1.1 0.013 0.867 Free Surface 0.797 No8 Yes 618 431518 4315196 218.5 7.7 0.013 0.005 Free Surface 0.056 No6 No 619 433403 433404
8 150.0 2.8 0.013 0.845 Free Surface 0.580 No8 No
62 431514 4315138 99.1 7.3 0.013 0.618 Free Surface 0.404 No8 No 620 433409 4334108 70.7 2.8 0.013 0.868 Free Surface 0.595 No8 No 621 453706 453707 10 127.9 7.8 0.013 1.005 Free Surface 0.384 No 10 No 622 431522 4315236 196.8 1.0 0.013 0.017 Free Surface 0.131 No6 No 623 433406 4334078 262.1 2.4 0.013 0.862 Free Surface 0.587 No8 No 624 433407 4334088 269.2 4.5 0.013 0.864 Free Surface 0.756 No8 Yes 625 431305 4313046 303.5 11.3 0.013 0.005 Free Surface 0.055 No6 No 626 454704 454507
6 276.4 0.6 0.013 0.070 Free Surface 0.347 No6 No
627 454703 4547046 132.8 1.3 0.013 0.069 Free Surface 0.305 No6 No 628 454212 4542116 168.1 5.8 0.013 0.028 Free Surface 0.135 No6 No 629 454503 4545026 329.9 12.2 0.013 0.003 Free Surface 0.164 No6 No 63 433702 4337016 134.6 3.0 0.013 0.091 Free Surface 0.245 No6 No 630 454504 4545026 157.1 1.3 0.013 0.076 Free Surface 0.293 No6 No 631 454211 4542096 171.1 3.8 0.013 0.033 Free Surface 0.157 No6 No 632 454005 4540046 363.0 2.3 0.013 0.047 Free Surface 0.189 No6 No 633 454203 4542026 170.4 12.2 0.013 0.066 Free Surface 0.179 No6 No 634 454505 4545046 104.5 1.9 0.013 0.073 Free Surface 0.274 No6 No 635 454507 4545056 238.4 0.6 0.013 0.072 Free Surface 0.309 No6 No 636 454006 4540056 203.0 1.3 0.013 0.018 Free Surface 0.173 No6 No 637 454210 4542096 100.0 1.0 0.013 0.011 Free Surface 0.142 No6 No 638 454209 4542016 316.4 4.9 0.013 0.048 Free Surface 0.193 No6 No 639 454007A 4540046 185.3 4.2 0.013 0.004 Free Surface 0.115 No6 No 64 431301 4315148 224.1 4.8 0.013 0.616 Free Surface 0.399 No8 No 640 454430 4544036 337.9 7.1 0.013 0.007 Free Surface 0.062 No6 No 642 454105 4541046 288.5 8.2 0.013 0.014 Free Surface 0.119 No6 No 643 454202 4542016 159.8 4.7 0.013 0.071 Free Surface 0.211 No6 No 644 454002 4540016 383.9 13.8 0.013 0.082 Free Surface 0.208 No6 No 645 454419 4544206 130.8 15.0 0.013 0.004 Free Surface 0.042 No6 No 646 454407 4544086 286.6 20.6 0.013 0.100 Free Surface 0.165 No6 No 647 433724 4337236 116.7 3.0 0.013 0.004 Free Surface 0.056 No6 No 648 454417 4544196 169.7 3.5 0.013 0.004 Free Surface 0.047 No6 No 649 454418 4544176 132.9 6.2 0.013 0.002 Free Surface 0.045 No6 No 65 433701 4313096 43.6 8.6 0.013 0.093 Free Surface 0.181 No6 No 650 454420 4544216 141.1 15.3 0.013 0.006 Free Surface 0.052 No6 No 651 433723 4337226 66.6 3.0 0.013 0.004 Free Surface 0.062 No6 No 652 454408 4544096 107.2 30.0 0.013 0.110 Free Surface 0.256 No6 No 653 454416 4544176 67.2 3.7 0.013 0.000 Free Surface 0.037 No6 No 654 454421 4544236 124.9 14.7 0.013 0.009 Free Surface 0.062 No6 No 655 454409 4544106 107.8 2.0 0.013 0.111 Free Surface 0.277 No6 No 656 433721 4337206 115.9 1.7 0.013 0.006 Free Surface 0.076 No6 No 658 454423 4544246 123.9 10.1 0.013 0.010 Free Surface 0.089 No6 No 659 454422 4544216 332.2 3.2 0.013 0.002 Free Surface 0.049 No6 No 66 431309 4313026 55.1 38.3 0.013 0.093 Free Surface 0.464 No6 No 660 433716 4337156 84.8 0.9 0.013 0.071 Free Surface 0.307 No6 No 661 453608 4536096 356.0 0.2 0.013 0.213 Free Surface 0.881 No6 Yes 662 453607 453608
6 252.0 0.6 0.013 0.205 Free Surface 0.818 No6 Yes
663 433709 4337086 141.6 7.8 0.013 0.007 Free Surface 0.254 No6 No 664 433708 4337046 130.7 0.4 0.013 0.078 Free Surface 0.307 No6 No 665 433704 4337036 72.5 19.5 0.013 0.086 Free Surface 0.150 No6 No 666 433727LH 4336036 142.8 6.6 0.013 0.007 Free Surface 0.130 No6 No 667 431303 431309A6 105.2 15.9 0.013 0.108 Free Surface 0.186 No6 No 668 433601 4313036 221.0 8.8 0.013 0.097 Free Surface 0.196 No6 No 669 433603 4336026 217.0 6.7 0.013 0.079 Free Surface 0.192 No6 No 67 431302 4313018 253.2 1.8 0.013 0.615 Free Surface 0.510 No8 No 670 433602 4336016 419.0 10.2 0.013 0.088 Free Surface 0.196 No6 No 671 433604 4336036 139.1 2.4 0.013 0.071 Free Surface 0.225 No6 No 672 431520 4315216 107.5 5.8 0.013 0.011 Free Surface 0.099 No6 No 673 454432 4534016 438.5 59.3 0.013 0.136 Free Surface 0.195 No6 No 674 431519 4315206 113.4 10.7 0.013 0.009 Free Surface 0.071 No6 No 675 431304 4313036 167.3 11.8 0.013 0.010 Free Surface 0.125 No6 No 676 433405 4334068 128.3 5.1 0.013 0.860 Free Surface 0.577 No8 No 677 433802 4338036 132.5 2.8 0.013 0.004 Free Surface 0.058 No6 No 678 454404 4544056 230.2 1.0 0.013 0.094 Free Surface 0.304 No6 No 679 454405 4544066 147.9 5.5 0.013 0.096 Free Surface 0.226 No6 No 68 431513 4315128 176.8 4.0 0.013 0.618 Free Surface 0.452 No8 No 680 454406 4544076 166.9 2.6 0.013 0.098 Free Surface 0.238 No6 No 681 433419 4334206 125.6 3.2 0.013 0.014 Free Surface 0.211 No6 No 682 431402 4314036 247.8 3.8 0.013 0.061 Free Surface 0.236 No6 No 683 433808 4313086 158.4 6.2 0.013 0.034 Free Surface 0.157 No6 No 684 442505 4425166 121.6 2.8 0.013 0.003 Free Surface 0.046 No6 No 685 452110 4521086 278.2 55.7 0.013 0.055 Free Surface 0.100 No6 No 686 442303 4423026 149.9 9.9 0.013 0.034 Free Surface 0.122 No6 No 687 431818 4318176 56.5 9.3 0.013 0.048 Free Surface 0.177 No6 No 688 431819 4318186 153.0 4.2 0.013 0.027 Free Surface 0.137 No6 No 689 442321LH 4423206 94.6 24.5 0.013 0.004 Free Surface 0.041 No6 No 69 431512 4315118 154.5 3.2 0.013 0.622 Free Surface 0.471 No8 No 690 451403 451703 18 219.8 3.5 0.013 3.811 Free Surface 0.375 No 18 No 691 451401 451402 24 403.3 1.2 0.013 3.566 Free Surface 0.319 No 24 No 692 451402 451402A 18 121.9 2.2 0.013 3.567 Free Surface 0.409 No 18 No 693 451406 451701 10 17.5 26.0 0.013 0.133 Free Surface 0.277 No 10 No 694 433111 4331106 87.8 6.5 0.013 0.040 Free Surface 0.142 No6 No 696 433803 4338056 54.1 8.1 0.013 0.007 Free Surface 0.139 No6 No 697 431517 4315166 193.9 11.5 0.013 0.004 Free Surface 0.064 No6 No 698 453710 453712 10 122.5 10.4 0.013 1.026 Free Surface 0.322 No 10 No 699 431416LH 4314156 163.3 9.6 0.013 0.004 Free Surface 0.094 No6 No 7 454910 4549046 175.0 2.0 0.013 0.008 Free Surface 0.202 No6 No 70 431511 4315108 93.5 3.1 0.013 0.622 Free Surface 0.466 No8 No 700 431523 4314156 265.3 6.0 0.013 0.021 Free Surface 0.126 No6 No 701 433805 4338066 143.6 0.7 0.013 0.030 Free Surface 0.188 No6 No 702 431305 4313066 259.1 1.5 0.013 0.002 Free Surface 0.059 No6 No 703 433806 4338086 152.2 3.3 0.013 0.033 Free Surface 0.145 No6 No 704 431403 4314046 360.8 1.6 0.013 0.069 Free Surface 0.249 No6 No 323
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
705 431308 4313076 162.4 1.8 0.013 0.034 Free Surface 0.176 No6 No 706 431306 4313076 290.4 2.4 0.013 0.006 Free Surface 0.122 No6 No 707 431307 4314016 277.1 4.0 0.013 0.043 Free Surface 0.155 No6 No 708 431401 431401A6 69.3 8.3 0.013 0.043 Free Surface 0.142 No6 No 709 431404 4314056 281.9 3.6 0.013 0.075 Free Surface 0.236 No6 No 71 431505 4315048 110.2 3.5 0.013 0.630 Free Surface 0.495 No8 No 710 431006 4310076 67.6 1.5 0.013 0.012 Free Surface 0.114 No6 No 711 431005 4310066 106.2 1.6 0.013 0.012 Free Surface 0.112 No6 No 712 431407 4314066 61.4 3.9 0.013 0.003 Free Surface 0.161 No6 No 713 433418 4334196 272.4 0.4 0.013 0.014 Free Surface 0.147 No6 No 715 442507 4425066 55.6 4.8 0.013 0.001 Free Surface 0.032 No6 No 716 431806 4317056 65.2 7.2 0.013 0.360 Backwater 1.000 No6 Yes 717 432006 4318046 201.2 7.0 0.013 0.268 Free Surface 0.343 No6 No 718 432903 4331086 136.3 40.6 0.013 0.098 Free Surface 0.142 No6 No 719 432904LH 4329056 224.4 2.7 0.013 0.002 Free Surface 0.049 No6 No 72 453701 453702 10 204.2 2.4 0.013 0.988 Free Surface 0.602 No 10 No 721 442302 4423016 191.6 8.2 0.013 0.035 Free Surface 0.134 No6 No 723 LH433214 LH4332136 126.2 3.1 0.013 0.003 Free Surface 0.070 No6 No 724 LH433213 4425046 142.0 0.4 0.013 0.003 Free Surface 0.077 No6 No 726 431708 4317076 290.9 5.5 0.013 0.492 Free Surface 0.773 No6 Yes 727 431706 431705
6 116.6 1.5 0.013 0.469 Exceeds Capacity 1.000 No6 Yes
728 431707 4317066 107.0 2.5 0.013 0.503 Backwater 1.000 No6 Yes 73 431506 4315056 177.2 2.3 0.013 0.629 Free Surface 0.807 No6 Yes 730 440304 4403036 97.7 8.9 0.013 0.033 Free Surface 0.133 No6 No 731 431705 4317046 172.7 3.2 0.013 0.759 Exceeds Capacity 1.000 No6 Yes 732 431713 4317116 276.5 7.1 0.013 0.082 Free Surface 0.274 No6 No 733 431704 4317036 71.3 4.6 0.013 0.705 Backwater 1.000 No6 Yes 734 442004 4417148 302.8 0.8 0.013 0.145 Free Surface 0.280 No8 No 735 402617LH 4426266 211.4 0.9 0.013 0.035 Free Surface 0.196 No6 No 736 441417 441417A6 194.7 3.5 0.013 0.022 Free Surface 0.138 No6 No 737 442316 4425046 47.7 10.5 0.013 0.023 Free Surface 0.097 No6 No 738 452816LH 4528176 207.0 9.0 0.013 0.006 Free Surface 0.079 No6 No 739 442312 4423136 44.4 24.1 0.013 0.004 Free Surface 0.046 No6 No 74 431502 4315018 219.2 2.6 0.013 0.784 Free Surface 0.584 No8 No 740 442313 4423146 157.6 4.7 0.013 0.005 Free Surface 0.062 No6 No 741 431824 4318226 86.0 2.2 0.013 0.002 Free Surface 0.041 No6 No 742 431823 4318226 54.6 7.1 0.013 0.002 Free Surface 0.037 No6 No 743 431812 4318116 103.5 22.7 0.013 0.015 Free Surface 0.082 No6 No 744 442315 4423166 131.2 36.9 0.013 0.021 Free Surface 0.084 No6 No 745 442314 4423156 162.5 11.6 0.013 0.010 Free Surface 0.067 No6 No 746 431828 4318296 74.0 0.9 0.013 0.017 Free Surface 0.169 No6 No 747 431827 4318286 75.4 0.9 0.013 0.016 Free Surface 0.147 No6 No 748 431826 4318276 75.8 0.9 0.013 0.012 Free Surface 0.136 No6 No 749 431822 4318216 127.7 23.0 0.013 0.005 Free Surface 0.062 No6 No 75 431501 4334018 205.2 2.9 0.013 0.843 Free Surface 0.560 No8 No 750 431811 4318106 110.4 7.7 0.013 0.020 Free Surface 0.123 No6 No 751 442317 4423156 115.6 1.2 0.013 0.009 Free Surface 0.090 No6 No 752 431825 4318266 127.7 0.9 0.013 0.011 Free Surface 0.126 No6 No 753 431821 4318256 45.2 3.3 0.013 0.009 Free Surface 0.103 No6 No 754 431809 4318086 64.1 4.7 0.013 0.035 Free Surface 0.131 No6 No 755 431817 4318166 47.4 2.7 0.013 0.050 Free Surface 0.176 No6 No 756 431816 4318146 171.5 14.2 0.013 0.055 Free Surface 0.134 No6 No 757 442319 4423186 63.7 15.7 0.013 0.001 Free Surface 0.035 No6 No 758 431820 4318196 205.5 2.0 0.013 0.005 Free Surface 0.099 No6 No 759 433208 4332096 82.7 2.0 0.013 0.027 Free Surface 0.159 No6 No 76 431410 4315036 200.3 32.6 0.013 0.157 Free Surface 0.428 No6 No 760 431808 4318076 63.3 22.7 0.013 0.041 Free Surface 0.132 No6 No 762 431807 4318056 81.5 4.9 0.013 0.043 Free Surface 0.157 No6 No 763 433209 4332106 162.4 3.6 0.013 0.039 Free Surface 0.203 No6 No 764 432920 4329096 126.0 3.1 0.013 0.083 Free Surface 0.288 No6 No 765 432907 4329086 364.0 6.4 0.013 0.011 Free Surface 0.098 No6 No 766 452820 4528216 77.4 10.4 0.013 0.043 Free Surface 0.136 No6 No 767 442320 4423226 96.5 15.1 0.013 0.005 Free Surface 0.052 No6 No 768 433103 4332026 137.4 12.1 0.013 0.071 Free Surface 0.216 No6 No 769 442336 4423226 87.6 6.4 0.013 0.003 Free Surface 0.051 No6 No 77 431509 4315088 157.1 3.0 0.013 0.624 Backwater 1.000 No8 Yes 770 432906 4329076 211.8 0.9 0.013 0.008 Free Surface 0.095 No6 No 771 431801 431710
6 90.1 9.6 0.013 0.282 Free Surface 0.350 No6 No
772 431803 4318026 86.3 6.2 0.013 0.322 Free Surface 0.397 No6 No 773 431804 4318036 46.4 12.7 0.013 0.269 Free Surface 0.369 No6 No 774 VMH_21 4403016 74.7 1.3 0.013 0.010 Free Surface 0.123 No6 No 775 431710 4317096 62.8 7.9 0.013 0.282 Free Surface 0.403 No6 No 776 454506 4545056 144.8 5.7 0.013 0.000 Free Surface 0.011 No6 No 777 454103 4541046 338.6 0.7 0.013 0.023 Free Surface 0.178 No6 No 778 454102 4541036 424.2 0.3 0.013 0.012 Free Surface 0.181 No6 No 779 454502 4545016 212.6 1.4 0.013 0.082 Free Surface 0.305 No6 No 78 431508 4315078 83.0 1.5 0.013 0.625 Backwater 1.000 No8 Yes 780 454101 4540066 220.1 0.8 0.013 0.011 Free Surface 0.124 No6 No 781 454101 454102
6 308.6 5.0 0.013 0.000 Free Surface 0.083 No6 No
782 454004 4540036 299.3 5.9 0.013 0.059 Free Surface 0.199 No6 No 783 454201 4542176 179.8 10.4 0.013 0.124 Free Surface 0.306 No6 No 784 454403 4544046 193.1 11.3 0.013 0.010 Free Surface 0.223 No6 No 785 454501 4544046 181.0 1.1 0.013 0.082 Free Surface 0.349 No6 No 786 454410 4544116 138.9 12.0 0.013 0.112 Free Surface 0.260 No6 No 787 453609 4536106 233.6 0.6 0.013 0.224 Free Surface 0.549 No6 No 788 431516 4314026 305.2 3.8 0.013 0.011 Free Surface 0.142 No6 No 789 431007 4310086 81.2 1.5 0.013 0.012 Free Surface 0.111 No6 No 79 433804 4338036 71.4 11.1 0.013 0.002 Free Surface 0.044 No6 No 790 432815 432923A6 201.9 7.4 0.013 0.048 Free Surface 0.238 No6 No 791 432814 4328156 31.5 5.1 0.013 0.038 Free Surface 0.148 No6 No 792 432813LH 4328146 57.0 11.0 0.013 0.001 Free Surface 0.082 No6 No 793 432812 4329136 300.5 7.0 0.013 0.109 Free Surface 0.231 No6 No 794 431810 4318096 116.3 3.1 0.013 0.030 Free Surface 0.152 No6 No 795 442318 4423176 114.2 4.9 0.013 0.004 Free Surface 0.081 No6 No 796 431805 4318016 160.1 50.7 0.013 0.136 Free Surface 0.248 No6 No 797 433210 4331016 157.0 2.2 0.013 0.053 Free Surface 0.174 No6 No 798 442322 VMH_216 68.4 15.3 0.013 0.010 Free Surface 0.082 No6 No 799 432922 4329196 304.6 8.1 0.013 0.016 Free Surface 0.148 No6 No 8 454903 4549046 216.0 9.1 0.013 0.310 Free Surface 0.362 No6 No 80 433422 4334126 195.6 60.1 0.013 0.108 Free Surface 0.379 No6 No 800 432919 4329206 177.3 5.2 0.013 0.080 Free Surface 0.227 No6 No 801 432912 4329116 244.3 4.7 0.013 0.169 Free Surface 0.297 No6 No 802 440301 4329126 115.5 11.2 0.013 0.052 Free Surface 0.234 No6 No 803 432905 4329066 198.5 3.0 0.013 0.004 Free Surface 0.085 No6 No 805 431711 4317096 50.9 4.0 0.013 0.193 Free Surface 0.400 No6 No 806 440302 4403016 218.3 7.5 0.013 0.039 Free Surface 0.139 No6 No 807 431712 4317116 31.6 5.5 0.013 0.112 Free Surface 0.299 No6 No 808 432913 4329126 82.8 7.0 0.013 0.117 Free Surface 0.281 No6 No 809 433108 4331076 34.2 51.9 0.013 0.104 Free Surface 0.141 No6 No 81 454003 4540026 240.9 4.0 0.013 0.072 Free Surface 0.195 No6 No 810 451826A 4518266 29.5 0.8 0.013 0.009 Free Surface 0.130 No6 No 811 440203 4402026 186.2 1.7 0.013 0.020 Free Surface 0.142 No6 No 812 451905 451706 18 376.2 1.0 0.013 3.812 Free Surface 0.484 No 18 No 813 440317 4402036 125.5 4.1 0.013 0.007 Free Surface 0.104 No6 No 814 431719 4317206 170.8 27.7 0.013 0.117 Free Surface 0.583 No6 No 815 432811 4328126 240.8 8.3 0.013 0.101 Free Surface 0.219 No6 No 816 451706 451403 18 102.5 4.3 0.013 3.811 Free Surface 0.365 No 18 No 817 431718 4317198 111.0 11.7 0.013 0.107 Free Surface 0.133 No8 No 818 431716 4317188 231.2 7.7 0.013 0.105 Free Surface 0.146 No8 No 819 451418 4514066 280.0 3.8 0.013 0.009 Free Surface 0.119 No6 No 82 454907 4549086 252.5 12.1 0.013 0.293 Free Surface 0.315 No6 No 820 451703 451704 18 126.1 1.9 0.013 3.811 Free Surface 0.445 No 18 No 821 431717 4317166 212.5 10.0 0.013 0.047 Free Surface 0.170 No6 No 822 432817 4328166 300.5 9.8 0.013 0.005 Free Surface 0.064 No6 No 823 433118 4317146 220.8 5.1 0.013 0.035 Free Surface 0.147 No6 No 824 432809 4328146 370.6 8.1 0.013 0.034 Free Surface 0.136 No6 No 825 432808 4328096 24.7 3.4 0.013 0.025 Free Surface 0.129 No6 No 826 451701 451702 18 247.9 2.9 0.013 3.684 Free Surface 0.399 No 18 No 827 451702 451705 12 45.5 0.2 0.013 0.000 Free Surface 0.000 No 12 No 828 431611 4316106 145.4 1.0 0.013 0.580 Exceeds Capacity 1.000 No6 Yes 829 431701 431611
6 118.9 2.9 0.013 0.641 Exceeds Capacity 1.000 No6 Yes
83 453904 4539036 367.8 1.6 0.013 0.006 Free Surface 0.088 No6 No 830 440204 4402036 182.2 3.1 0.013 0.010 Free Surface 0.113 No6 No 831 433112 4331116 141.9 7.9 0.013 0.030 Free Surface 0.130 No6 No 832 431636 4317176 225.2 1.6 0.013 0.040 Free Surface 0.178 No6 No 833 451421 4514068 164.9 3.1 0.013 0.124 Free Surface 0.172 No8 No 834 432602 4326016 237.0 7.8 0.013 0.009 Free Surface 0.096 No6 No 835 432606LH 4326056 103.9 1.2 0.013 0.005 Free Surface 0.091 No6 No 836 440110 4401096 152.4 28.2 0.013 0.006 Free Surface 0.085 No6 No 837 442103 4421056 200.8 5.8 0.013 0.033 Free Surface 0.131 No6 No 838 432513 4325126 173.5 1.6 0.013 0.005 Free Surface 0.130 No6 No 839 432514LH 4325136 92.7 11.3 0.013 0.003 Free Surface 0.056 No6 No 84 453903 4539026 314.1 5.8 0.013 0.017 Free Surface 0.098 No6 No 840 433117 4331186 197.9 0.8 0.013 0.019 Free Surface 0.156 No6 No 841 432806 4328076 174.7 1.3 0.013 0.021 Free Surface 0.133 No6 No 842 432807 4328086 119.6 9.4 0.013 0.024 Free Surface 0.117 No6 No 843 431614 4316136 128.3 14.7 0.013 0.241 Free Surface 0.260 No6 No 844 431643 4316146 103.9 25.6 0.013 0.208 Free Surface 0.264 No6 No 845 432810 4328118 282.6 4.1 0.013 0.098 Free Surface 0.164 No8 No 846 451407 4514218 102.8 10.4 0.013 0.121 Free Surface 0.188 No8 No 847 433116LH 4331176 97.2 17.5 0.013 0.009 Free Surface 0.113 No6 No 848 431637 4316366 143.5 11.3 0.013 0.242 Free Surface 0.273 No6 No 849 431638 4316376 288.2 13.1 0.013 0.231 Free Surface 0.306 No6 No 85 433726 4337256 187.2 3.0 0.013 0.002 Free Surface 0.046 No6 No 850 431615 4316146 57.6 21.7 0.013 0.032 Free Surface 0.197 No6 No 851 431634 4316156 121.9 2.5 0.013 0.010 Free Surface 0.093 No6 No 852 431616 4316156 63.6 52.7 0.013 0.019 Free Surface 0.078 No6 No 853 431610 4316096 322.0 3.8 0.013 0.646 Backwater 1.000 No6 Yes 854 431619LH 4316186 75.8 2.5 0.013 0.004 Free Surface 0.071 No6 No 855 431617 431616
6 72.3 13.7 0.013 0.016 Free Surface 0.071 No6 No
856 431618 4316176 119.8 4.2 0.013 0.011 Free Surface 0.083 No6 No 857 451702 451702A 18 330.6 1.8 0.013 3.682 Free Surface 0.443 No 18 No 858 433115LH 4331146 167.6 10.2 0.013 0.007 Free Surface 0.098 No6 No 859 433114 4331136 175.3 1.1 0.013 0.014 Free Surface 0.118 No6 No 86 453905 4536066 360.9 2.8 0.013 0.181 Free Surface 0.343 No6 No 860 432803LH 4328026 151.0 11.8 0.013 0.004 Free Surface 0.099 No6 No 861 432725 4327266 366.0 5.3 0.013 0.065 Free Surface 0.194 No6 No 862 440212 4402116 293.4 5.1 0.013 0.009 Free Surface 0.158 No6 No 863 431620LH 4316176 98.6 6.9 0.013 0.002 Free Surface 0.058 No6 No 864 433006 4327246 104.2 2.2 0.013 0.057 Free Surface 0.204 No6 No 865 432726 4327286 137.9 6.1 0.013 0.076 Free Surface 0.195 No6 No 866 433007LH 4330086 176.9 2.8 0.013 0.008 Free Surface 0.129 No6 No 867 432730 4327286 152.4 8.0 0.013 0.007 Free Surface 0.124 No6 No 868 433009 4330086 85.0 13.3 0.013 0.022 Free Surface 0.133 No6 No 869 433022 4316406 50.7 9.8 0.013 0.008 Free Surface 0.151 No6 No 87 454810 4548016 173.1 1.3 0.013 0.009 Free Surface 0.226 No6 No 870 433012 4330156 350.4 9.0 0.013 0.084 Free Surface 0.214 No6 No 871 433008 4330126 255.7 1.9 0.013 0.034 Free Surface 0.183 No6 No 872 432737 4327226 103.5 0.3 0.013 0.005 Free Surface 0.107 No6 No 873 432722 4327216 43.4 1.4 0.013 0.009 Free Surface 0.095 No6 No 874 432723 4330066 177.6 9.3 0.013 0.003 Free Surface 0.134 No6 No 324
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
875 433020 4330096 93.5 26.1 0.013 0.014 Free Surface 0.076 No6 No 876 433011 4330106 111.5 2.5 0.013 0.006 Free Surface 0.069 No6 No 877 433010 4330206 18.9 14.0 0.013 0.010 Free Surface 0.061 No6 No 878 432729 4327306 160.1 4.1 0.013 0.003 Free Surface 0.052 No6 No 879 433021LH 4330226 126.4 2.7 0.013 0.004 Free Surface 0.059 No6 No 88 454908 4548016 214.2 17.7 0.013 0.289 Free Surface 0.320 No6 No 880 432716 4327196 178.8 8.2 0.013 0.058 Free Surface 0.205 No6 No 881 432717 4327166 59.5 16.6 0.013 0.012 Free Surface 0.112 No6 No 882 432626 4402116 295.2 6.2 0.013 0.100 Free Surface 0.233 No6 No 883 432712 4327156 135.2 9.2 0.013 0.033 Free Surface 0.130 No6 No 884 433013 433013A6 106.2 14.0 0.013 0.029 Free Surface 0.107 No6 No 885 433003 4330046 121.0 1.7 0.013 0.045 Free Surface 0.225 No6 No 886 432715 4327166 70.5 7.9 0.013 0.044 Free Surface 0.151 No6 No 887 432719 4327206 240.3 1.4 0.013 0.059 Free Surface 0.267 No6 No 888 433004 4330056 192.1 1.0 0.013 0.047 Free Surface 0.274 No6 No 889 433005 4330066 352.0 0.6 0.013 0.051 Free Surface 0.270 No6 No 89 433725 4337246 197.7 3.0 0.013 0.004 Free Surface 0.055 No6 No 890 432732 4327316 141.5 1.4 0.013 0.010 Free Surface 0.113 No6 No 891 432614 4325176 149.7 9.7 0.013 0.007 Free Surface 0.072 No6 No 892 432516 4325156 159.5 4.8 0.013 0.062 Free Surface 0.189 No6 No 893 432214 4322096 87.4 13.2 0.013 0.008 Free Surface 0.095 No6 No 894 432312 4323116 251.3 5.7 0.013 0.025 Free Surface 0.113 No6 No 895 432615LH 4326166 160.8 11.3 0.013 0.003 Free Surface 0.038 No6 No 896 432619LH 4326196 108.3 15.5 0.013 0.006 Free Surface 0.090 No6 No 897 432321LH 4323206 179.0 12.7 0.013 0.004 Free Surface 0.051 No6 No 898 432306 4323056 167.8 7.4 0.013 0.065 Free Surface 0.183 No6 No 899 432525 4325248 262.1 11.8 0.013 0.010 Free Surface 0.050 No8 No 9 431521 4315226 199.5 1.9 0.013 0.015 Free Surface 0.137 No6 No 90 453902 4539016 254.9 13.5 0.013 0.028 Free Surface 0.108 No6 No 900 432320 4323196 148.8 17.8 0.013 0.011 Free Surface 0.063 No6 No 901 441310 4413116 168.5 1.2 0.013 0.012 Free Surface 0.125 No6 No 902 432319 4323186 82.7 18.5 0.013 0.013 Free Surface 0.077 No6 No 903 432522 4325218 236.5 22.5 0.013 0.018 Free Surface 0.054 No8 No 904 432223LH 4322166 155.4 46.0 0.013 0.005 Free Surface 0.047 No6 No 905 433016 4316406 301.3 1.1 0.013 0.103 Free Surface 0.314 No6 No 906 431641LH 4316428 192.8 4.4 0.013 0.055 Free Surface 0.152 No8 No 907 431642 4330166 63.1 4.1 0.013 0.092 Free Surface 0.311 No6 No 908 432711 4327126 85.3 6.6 0.013 0.028 Free Surface 0.118 No6 No 909 432713 4327126 160.7 7.5 0.013 0.005 Free Surface 0.084 No6 No 91 453605 4536066 299.5 0.7 0.013 0.010 Free Surface 0.210 No6 No 910 432720 4326256 130.4 1.2 0.013 0.061 Free Surface 0.239 No6 No 911 432625 4326266 156.3 9.2 0.013 0.092 Free Surface 0.210 No6 No 912 432718 4327176 218.7 4.5 0.013 0.008 Free Surface 0.068 No6 No 913 431606 4316056 106.3 3.4 0.013 0.741 Exceeds Capacity 1.000 No6 Yes 914 431605 431604
6 124.5 5.6 0.013 0.695 Backwater 1.000 No6 Yes
915 433019 433019WYE6 100.9 7.6 0.013 0.006 Free Surface 0.071 No6 No 917 432710 4327116 165.3 2.4 0.013 0.024 Free Surface 0.132 No6 No 918 432603 4326026 99.3 4.6 0.013 0.006 Free Surface 0.064 No6 No 919 432624 4326256 173.2 9.0 0.013 0.030 Free Surface 0.155 No6 No 92 450917 4508106 146.0 1.0 0.013 0.013 Free Surface 0.372 No6 No 920 433014LH 4330136 288.3 7.0 0.013 0.013 Free Surface 0.090 No6 No 921 432405 4324046 141.1 2.1 0.013 0.009 Free Surface 0.089 No6 No 922 432404 433019WYE6 119.0 21.6 0.013 0.025 Free Surface 0.086 No6 No 923 433002 4330036 299.6 5.0 0.013 0.040 Free Surface 0.180 No6 No 924 432708 4327096 164.8 5.8 0.013 0.011 Free Surface 0.086 No6 No 925 432709 4327106 149.9 7.0 0.013 0.018 Free Surface 0.120 No6 No 926 432403 4324046 307.1 1.5 0.013 0.008 Free Surface 0.091 No6 No 927 432707LH 4327086 130.6 1.5 0.013 0.005 Free Surface 0.075 No6 No 928 432623 4326246 200.6 10.4 0.013 0.026 Free Surface 0.109 No6 No 929 432622 4326236 121.5 10.6 0.013 0.023 Free Surface 0.100 No6 No 93 431011 4311066 277.0 2.7 0.013 0.009 Free Surface 0.105 No6 No 930 432621 4326226 233.6 0.9 0.013 0.021 Free Surface 0.140 No6 No 931 433001 4330026 160.6 0.9 0.013 0.031 Free Surface 0.182 No6 No 932 432731 4326216 160.0 1.8 0.013 0.015 Free Surface 0.152 No6 No 933 432601 4325166 88.0 17.9 0.013 0.051 Free Surface 0.157 No6 No 934 432314 4323136 140.6 5.3 0.013 0.004 Free Surface 0.061 No6 No 935 432517 4325166 140.2 2.2 0.013 0.008 Free Surface 0.138 No6 No 936 432609 4326086 23.2 23.0 0.013 0.006 Free Surface 0.079 No6 No 937 432608 4326076 201.2 4.0 0.013 0.021 Free Surface 0.117 No6 No 938 443314 4407366 190.1 2.6 0.013 0.054 Free Surface 0.210 No6 No 939 432706LH 4327056 232.5 5.3 0.013 0.005 Free Surface 0.058 No6 No 94 431008 4310136 234.9 3.0 0.013 0.013 Free Surface 0.090 No6 No 940 432610 4326086 125.2 1.3 0.013 0.013 Free Surface 0.121 No6 No 941 432701 4330016 320.7 0.5 0.013 0.028 Free Surface 0.222 No6 No 942 432613A 4326136 86.0 4.0 0.013 0.000 Free Surface 0.021 No6 No 943 432515 4325126 131.6 5.7 0.013 0.067 Free Surface 0.188 No6 No 944 432628 4325186 25.1 10.5 0.013 0.004 Free Surface 0.056 No6 No 946 432313 4323126 240.1 10.5 0.013 0.012 Free Surface 0.095 No6 No 947 432324 4323126 123.1 31.5 0.013 0.005 Free Surface 0.077 No6 No 948 432702 4327016 108.3 0.9 0.013 0.025 Free Surface 0.206 No6 No 949 432703 4327026 160.5 1.5 0.013 0.018 Free Surface 0.159 No6 No 95 430711 4307126 103.3 0.5 0.013 0.038 Free Surface 0.260 No6 No 950 432705 4327036 123.0 16.7 0.013 0.012 Free Surface 0.100 No6 No 951 443412 4434136 139.4 7.1 0.013 0.004 Free Surface 0.049 No6 No 952 440609 4406076 189.6 3.1 0.013 0.132 Free Surface 0.306 No6 No 953 432733 4327326 229.1 0.8 0.013 0.005 Free Surface 0.097 No6 No 954 440725 4407266 275.8 5.8 0.013 0.059 Free Surface 0.223 No6 No 955 432704 4327036 174.4 4.9 0.013 0.002 Free Surface 0.088 No6 No 956 432734 4326106 298.1 2.0 0.013 0.004 Free Surface 0.096 No6 No 957 432518 4325196 315.8 4.6 0.013 0.008 Free Surface 0.078 No6 No 958 432327 4323086 75.7 6.8 0.013 0.019 Free Surface 0.115 No6 No 959 432311 4323106 74.5 10.7 0.013 0.028 Free Surface 0.107 No6 No 96 433316 433316A6 110.3 2.5 0.013 0.016 Free Surface 0.268 No6 No 960 432611 08C638M6 262.8 2.8 0.013 0.008 Free Surface 0.081 No6 No 961 432209 4322086 190.2 19.8 0.013 0.065 Free Surface 0.158 No6 No 962 440726 4407276 219.2 1.1 0.013 0.061 Free Surface 0.262 No6 No 963 432619 4326186 87.3 1.0 0.013 0.011 Free Surface 0.097 No6 No 964 432526LH 4325258 192.3 10.7 0.013 0.005 Free Surface 0.039 No8 No 965 432309 4323086 129.8 13.3 0.013 0.043 Free Surface 0.128 No6 No 966 432310 4323096 76.5 19.9 0.013 0.040 Free Surface 0.116 No6 No 967 432618 4326176 129.5 25.2 0.013 0.013 Free Surface 0.061 No6 No 968 432616 4326176 146.4 8.2 0.013 0.003 Free Surface 0.102 No6 No 969 432315 4322128 156.8 56.7 0.013 0.036 Free Surface 0.069 No8 No 97 431106 4311076 142.3 2.8 0.013 0.020 Free Surface 0.144 No6 No 970 432213 4322126 48.1 68.0 0.013 0.003 Free Surface 0.067 No6 No 971 440727 4407286 132.7 7.1 0.013 0.136 Free Surface 0.266 No6 No 972 432210 4322096 260.3 14.1 0.013 0.053 Free Surface 0.136 No6 No 973 VMH_20 08C649L6 40.9 7.4 0.013 0.004 Free Surface 0.071 No6 No 975 432211 4322106 171.3 2.4 0.013 0.045 Free Surface 0.169 No6 No 976 432212 4322116 108.8 19.8 0.013 0.041 Free Surface 0.157 No6 No 977 432530LH 4325226 269.0 10.8 0.013 0.003 Free Surface 0.052 No6 No 978 432523 4325226 35.3 2.9 0.013 0.009 Free Surface 0.079 No6 No 98 441014 06C236M6 176.7 1.4 0.013 0.009 Free Surface 0.101 No6 No 980 432215LH 4322116 57.7 12.7 0.013 0.001 Free Surface 0.115 No6 No 982 432206 4322056 185.3 1.6 0.013 0.171 Free Surface 0.418 No6 No 983 432216 4322056 173.1 20.2 0.013 0.011 Free Surface 0.236 No6 No 984 441109 4411106 246.9 3.7 0.013 0.040 Free Surface 0.153 No6 No 986 432303 4323026 156.0 32.6 0.013 0.073 Free Surface 0.127 No6 No 987 441930 4419066 399.7 21.7 0.013 0.009 Free Surface 0.113 No6 No 988 432318 4323176 305.7 12.4 0.013 0.020 Free Surface 0.082 No6 No 989 432317 4322186 153.4 42.4 0.013 0.027 Free Surface 0.080 No6 No 99 402711 4027126 286.0 0.7 0.013 0.089 Free Surface 0.334 No6 No 990 432302 4323016 120.1 45.2 0.013 0.077 Free Surface 0.134 No6 No 992 432205 4322046 243.9 2.6 0.013 0.205 Free Surface 0.407 No6 No 993 432218 4322046 184.0 37.3 0.013 0.033 Free Surface 0.243 No6 No 994 432301 4322206 53.7 22.7 0.013 0.079 Free Surface 0.150 No6 No 996 432203 4322026 172.5 0.5 0.013 0.290 Free Surface 0.842 No6 Yes 997 432219 4322026 287.9 14.2 0.013 0.084 Free Surface 0.168 No6 No 998 432202 HASKINS_WW8 28.0 0.1 0.011 0.377 Free Surface 0.622 No8 Yes C-1030 433019WYE 4316426 90.7 48.1 0.013 0.038 Free Surface 0.162 No6 No C-1148 431002 431005
6 308.1 1.5 0.013 0.008 Free Surface 0.102 No6 No
C-1156 442503A 4425038 122.5 4.0 0.013 0.335 Free Surface 0.315 No8 No C-1345 441311 4413016 62.0 1.0 0.013 0.013 Free Surface 0.130 No6 No C-1512 402602 4025026 305.7 3.1 0.013 0.005 Free Surface 0.394 No6 No C-1519 443219 443221B8 241.1 1.90 0.010 Free Surface 0.079 No8 No C-1694 441212 4410076 305.0 11.7 0.013 0.011 Free Surface 0.073 No6 No C-1703 490101 HASTINGS_WW6 171.4 0.4 0.013 0.008 Free Surface 0.119 No6 No C-1730 441407A 4415018 248.4 4.2 0.013 0.552 Free Surface 0.430 No8 No C-1764 403304 4033058 404.0 1.2 0.013 0.126 Free Surface 0.631 No8 No C-185 454902 4550016 223.2 13.3 0.013 0.005 Free Surface 0.095 No6 No C-1893 442606 442701 12 445.2 5.5 0.013 3.144 Free Surface 0.494 No 12 No C-1972 440731 4407296 265.5 9.1 0.013 0.005 Free Surface 0.245 No6 No C-1984 442116 4418206 30.1 3.3 0.013 0.003 Free Surface 0.079 No6 No C-1986 441820 443604A6 151.0 5.1 0.013 0.021 Free Surface 0.122 No6 No C-2013 441912 4419106 208.6 14.0 0.013 0.037 Free Surface 0.141 No6 No C-2063 441019 4414016 130.3 6.2 0.013 0.228 Free Surface 0.361 No6 No C-2124 443202A 443203 12 70.0 1.9 0.013 1.869 Free Surface 0.596 No 12 No C-2190 403310 403310A 21 274.8 0.8 0.013 4.284 Free Surface 0.493 No 21 No C-2191 403311 4033196 253.9 0.40 0.017 Free Surface 0.205 No6 No C-2302 403108 403108A6 143.3 1.4 0.013 0.043 Free Surface 0.221 No6 No C-234 433211 442504A6 129.1 0.9 0.013 0.272 Free Surface 0.676 No6 No C-2361 403708 403709 21 70.7 1.5 0.013 4.321 Free Surface 0.412 No 21 No C-238 403410 460101 27 435.9 0.10 5.161 Free Surface 0.638 No 27 No C-2384 452007 452008CO6 255.3 12.5 0.013 0.050 Free Surface 0.117 No6 No C-2389 452821 4520196 74.8 8.1 0.013 0.044 Free Surface 0.286 No6 No C-239 403423 403423D 21 783.8 0.4 0.013 5.971 Free Surface 0.920 No 21 Yes C-2406 442503 4425028 310.0 7.6 0.013 0.337 Free Surface 0.290 No8 No C-2424 453729 450118 12 241.8 11.4 0.013 3.109 Free Surface 0.441 No 12 No C-2441 403330 4033116 350.4 0.40 0.012 Free Surface 0.149 No6 No C-2442 403318 403312 21 299.6 0.60 4.303 Free Surface 0.455 No 21 No C-2443 403319 403332 10 261.9 0.4 0.013 0.038 Free Surface 0.539 No 10 Yes C-2476 450114 442624 12 237.2 5.4 0.013 3.116 Free Surface 0.548 No 12 No C-2508 430725 430723
8 177.1 0.5 0.013 0.019 Free Surface 0.151 No8 No
C-2514 430403 430403A 10 95.7 4.0 0.013 0.765 Free Surface 0.357 No 10 No C-2526 453712 453729 12 52.5 9.6 0.013 1.209 Free Surface 0.279 No 12 No C-2539 450118 450114 12 219.8 5.4 0.013 3.109 Free Surface 0.547 No 12 No C-2562 404803A 4036096 31.5 0.3 0.013 0.064 Free Surface 0.361 No6 No C-2563 VMH-92 403410 27 11.9 0.0 0.013 5.207 Free Surface 0.619 No 27 No C-2564 403423 VMH-92 21 6.1 0.9 0.013 1.985 Free Surface 0.821 No 21 Yes C-2565 450303 4501018 333.2 3.5 0.013 0.298 Free Surface 0.307 No8 No C-2566 440117A 440118
6 97.5 0.3 0.013 0.012 Free Surface 0.127 No6 No
C-2569 452818WYE 4528196 120.3 10.7 0.013 0.041 Free Surface 0.135 No6 No C-2570 441909 4419086 178.4 4.3 0.013 0.048 Free Surface 0.162 No6 No C-2572 451606 451615 12 7.7 2.1 0.01 0.218 Free Surface 0.171 No 12 No C-2573 451615 451803D 12 241.7 1.5 0.013 0.218 Free Surface 0.378 No 12 No C-2574 430607 430607A8 19.8 1.2 0.013 0.001 Free Surface 0.017 No8 No C-2575 430605A 4306058 21.4 0.6 0.013 0.250 Free Surface 0.447 No8 No C-2576 450302A 4503038 143.1 2.4 0.013 0.270 Free Surface 0.316 No8 No C-2577 452008CO 452008BD6 4.6 96.5 0.013 0.055 Free Surface 0.102 No6 No C-2578 452008BD 452008BDA6 41.0 27.3 0.013 0.055 Free Surface 0.117 No6 No C-2579 452008BDA 452008BDB6 33.4 30.7 0.013 0.056 Free Surface 0.115 No6 No 325
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G1. Model Results for Existing PWWF
C-2580 452008BDB 452009 6 9.9 12.9 0.013 0.056 Free Surface 0.139 No 6 No C-2581 454606 454606A 6 497.9 0.1 0.013 0.019 Free Surface 0.281 No 6 No C-2587 403703E 403703D 8 225.0 0.7 0 0.024 Free Surface 0.114 No 8 No C-2588 403703D 403703C 8 105.0 0.7 0 0.023 Free Surface 0.137 No 8 No C-2589 403703C 403703B 8 200.0 0.7 0 0.046 Free Surface 0.172 No 8 No C-2590 403703B 403700K 8 300.0 0.7 0.013 0.049 Free Surface 0.185 No 8 No C-2592 452712 452818WYE 6 46.0 10.7 0.013 0.024 Free Surface 0.113 No 6 No C-2593 403423C 403700K 27 220.0 0.0 0.013 10.832 Free Surface 0.818 No 27 Yes C-2594 441910 441909 6 39.7 4.3 0.013 0.047 Free Surface 0.174 No 6 No C-2595 451802B 451802A 6 127.4 5.8 0.013 0.021 Free Surface 0.107 No 6 No C-2596 451802C 451802B 6 159.9 5.8 0 0.006 Free Surface 0.080 No 6 No C-2598 403605A 403605 6 80.0 0.2 0.013 0.030 Free Surface 0.318 No 6 No C-2602 403108A 403109 6 35.8 1.4 0.013 0.048 Free Surface 0.264 No 6 No C-2604 403310A 403318 18 128.1 0.8 0.013 4.303 Free Surface 0.613 No 18 No C-2605 403317 403310A 10 40.8 1.5 0.013 0.013 Free Surface 0.061 No 10 No C-2606 404804 404803A 8 106.4 0.4 0.013 0.036 Free Surface 0.248 No 8 No C-2610 454506B 454406 6 89.4 2.4 0.013 0.001 Free Surface 0.062 No 6 No C-2611 454506A 454506B 6 101.4 5.7 0.013 0.001 Free Surface 0.027 No 6 No C-2612 454506 454506A 6 63.2 5.7 0.013 0.001 Free Surface 0.024 No 6 No C-2615 455002 455003 6 198.3 2.6 0.013 0.089 Free Surface 0.294 No 6 No C-2621 403709 403423 21 45.0 3.6 0.013 4.321 Free Surface 0.436 No 21 No C-2624 450302 450302A 8 146.6 2.4 0.013 0.266 Free Surface 0.320 No 8 No C-2627 430101 430210 6 239.2 11.7 0.013 0.396 Free Surface 0.432 No 6 No C-2647 441408 441518A 6 16.1 1.9 0.013 0.000 Free Surface 0.000 No 6 No C-2658 431601 431602 10 68.3 1.8 0.013 0.783 Free Surface 0.447 No 10 No C-2667 441409 441409B 6 124.6 0.9 0 0.078 Free Surface 0.310 No 6 No C-2679 453715 453731 8 120.0 21.2 0.013 1.904 Free Surface 0.507 No 8 No C-2727 451815 451815A 6 194.9 1.8 0.013 0.101 Free Surface 0.308 No 6 No C-2728 403322 403304 6 218.3 1.6 0.013 0.013 Free Surface 0.115 No 6 No C-2741 432401C SAN_JUAN_WW 8 8.7 1.3 0.013 9.811 Exceeds Capacity 1.000 No 8 Yes C-2746 432401 432401A 8 79.7 1.9 0.013 0.021 Free Surface 0.097 No 8 No C-2747 432402 432401C 8 29.0 1.2 0.013 1.303 Exceeds Capacity 1.000 No 8 Yes C-2758 443202 443202A 12 206.3 1.9 0.013 1.865 Free Surface 0.549 No 12 No C-2786 403700B 403700C 18 55.0 0.3 0.013 0.382 Free Surface 0.221 No 18 No C-2787 403700C 403700D 18 70.0 0.3 0.013 0.380 Free Surface 0.223 No 18 No C-2788 403700D 403700E 18 305.0 0.3 0.013 0.388 Free Surface 0.228 No 18 No C-2790 403700A 403700B 18 330.0 0.2 0.013 0.380 Free Surface 0.226 No 18 No C-2792 403700E 403700F 18 140.0 0.3 0.013 0.385 Free Surface 0.211 No 18 No C-2793 403700F 403700G 18 10.0 1.2 0.013 0.389 Free Surface 0.190 No 18 No C-2794 403700G 403700H 18 290.0 0.3 0.013 0.388 Free Surface 0.226 No 18 No C-2795 403700H 403700J 18 190.0 0.3 0.013 0.398 Free Surface 0.333 No 18 No C-2796 403700J 403700K 18 20.0 1.5 0.013 0.469 Free Surface 0.538 No 18 No C-2797 451815A 451810 6 24.8 9.1 0.013 0.101 Free Surface 0.205 No 6 No C-2799 441931LH 441931 6 256.2 25.6 0.013 0.003 Free Surface 0.036 No 6 No C-2806 454606A 454608 6 113.4 0.6 0.013 0.022 Free Surface 0.216 No 6 No C-2813 442624 442624A 12 233.0 5.4 0.013 3.116 Free Surface 0.774 No 12 Yes C-2814 442624A 442624B 12 113.6 0.8 0.013 3.117 Exceeds Capacity 1.000 No 12 Yes C-2815 442624B 442624C 12 32.9 0.0 0.013 3.119 Free Surface 0.953 No 12 Yes C-2816 442604 442624C 8 277.1 4.2 0.013 0.022 Free Surface 0.271 No 8 No C-2817 442624C 442606 12 275.0 5.5 0.013 3.138 Free Surface 0.583 No 12 No C-2818 442504A 442503A 6 24.0 4.1 0.013 0.272 Free Surface 0.421 No 6 No C-2819 442504 442503A 8 27.0 4.0 0.013 0.063 Free Surface 0.226 No 8 No C-2822 451507 451507A 6 25.5 10.9 0.013 0.017 Free Surface 0.083 No 6 No C-2823 451507A 451611 6 121.0 10.9 0.013 0.017 Free Surface 0.093 No 6 No C-2833 432401B 432401C 8 5.4 49.7 0.013 0.721 Free Surface 0.608 No 8 No C-2834 432401A 432402 8 42.7 3.5 0.013 0.022 Free Surface 0.400 No 8 No C-2840 403332 403305 10 8.2 1.3 0.013 1.756 Backwater 1.000 No 10 Yes C-2847 453731 453729 10 61.2 21.2 0.013 1.904 Free Surface 0.372 No 10 No C-2848 403605B 403605A 6 270.0 0.2 0.013 0.025 Free Surface 0.275 No 6 No C-2853 460101 403416A 27 341.1 0.1 0.013 5.141 Free Surface 0.413 No 27 No C-2855 441407 441407A 8 34.8 2.9 0.013 0.552 Free Surface 0.448 No 8 No C-2856 430403A 431601 10 133.1 3.9 0.013 0.774 Free Surface 0.359 No 10 No C-404 451409 451408 6 259.2 14.7 0.013 0.052 Free Surface 0.144 No 6 No C-515 431102 430610 8 160.7 11.3 0.013 0.024 Free Surface 0.104 No 8 No C-572 430402 430403 10 321.2 4.0 0.013 0.747 Free Surface 0.354 No 10 No C-578 442607 442606 6 120.0 13.0 0.013 0.008 Free Surface 0.528 No 6 No C-586 432910 433211 6 265.0 0.8 0.013 0.272 Free Surface 0.688 No 6 No C-588 442713 442438 6 244.4 2.2 0.013 0.016 Free Surface 0.136 No 6 No C-655 442603 442604 8 168.7 4.3 0.013 0.022 Free Surface 0.082 No 8 No C-657 450208 450207 10 85.3 5.0 0.013 0.369 Free Surface 0.279 No 10 No C-663 442502 442501 8 112.7 4.7 0.013 0.356 Free Surface 0.442 No 8 No CDT-13 432617 OFALL-12 6 500.0 0.5 0.01 0.020 Free Surface 0.164 No 6 No CDT-15 432533 OFALL-14 6 500.0 0.4 0.01 0.033 Free Surface 0.222 No 6 No CDT-17 432502 OFALL-16 6 500.0 0.2 0.013 0.025 Free Surface 0.258 No 6 No CDT-19 450103A 442701A 12 600.7 1.2 0.013 0.348 Free Surface 0.250 No 12 No IEC_GM-100 442701 450417B 10 41.8 7.2 0.013 1.535 Free Surface 0.443 No 10 No IEC_GM-102 450417B 450417A 10 321.5 4.3 0.013 1.535 Free Surface 0.513 No 10 No IEC_GM-104 450417A 450417 10 192.9 6.6 0.013 1.535 Free Surface 0.454 No 10 No IEC_GM-106 450417 450419 18 294.9 2.5 0.013 3.820 Free Surface 0.414 No 18 No IEC_GM-110 441827 441827B 8 47.8 6.0 0.013 0.019 Free Surface 0.068 No 8 No IEC_GM-112 441827B 443604A 8 129.8 8.3 0.013 0.019 Free Surface 0.064 No 8 No IEC_GM-114 452406B 452403 6 101.1 0.1 0.01 0.009 Free Surface 0.678 No 6 Yes IEC_GM-116 443221B 443221A 8 151.1 1.5 0.013 0.019 Free Surface 0.096 No 8 No IEC_GM-120 IEC_MH-110 450211 8 141.0 11.7 0.013 0.321 Free Surface 0.245 No 8 No IEC_GM-122 452405A 451810 8 271.0 0.2 0.013 0.179 Free Surface 0.524 No 8 Yes IEC_GM-124 441502 441519 15 61.1 0.4 0.013 0.548 Free Surface 0.313 No 15 No IEC_GM-126 441519 NORTH_ROAD_WW_N 15 22.4 0.6 0.013 1.124 Free Surface 0.402 No 15 No IEC_GM-134 403609 403608 8 270.2 0.7 0.013 0.094 Free Surface 0.318 No 8 No 326
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient 10 450804 4508036 90.0 7.4 0.013 0.004 Free Surface 0.048 No6 No 100 431206LH 4312056 181.5 4.5 0.013 0.014 Free Surface 0.140 No6 No 1000 432204 4322036 146.2 4.6 0.013 0.264 Free Surface 0.701 No6 Yes 1001 432220 4322196 227.5 18.7 0.013 0.081 Free Surface 0.161 No6 No 1003 441422 441421
6 283.2 2.1 0.013 0.195 Free Surface 0.425 No6 No
1004 441516 441514A6 258.8 7.6 0.013 0.004 Free Surface 0.062 No6 No 1005 441421 4414086 92.1 2.1 0.013 0.201 Free Surface 0.430 No6 No 1006 441513 4415126 300.4 6.8 0.013 0.002 Free Surface 0.040 No6 No 1007 441512 4415116 51.0 8.4 0.013 0.004 Free Surface 0.101 No6 No 1008 441514 4415116 125.0 11.5 0.013 0.023 Free Surface 0.126 No6 No 1009 441518 4415176 201.3 3.1 0.013 0.014 Free Surface 0.109 No6 No 101 403106 403106A6 33.3 4.6 0.013 0.024 Free Surface 0.133 No6 No 1010 441501 4415198 195.5 3.0 0.013 0.579 Free Surface 0.456 No8 No 1011 402412 4025066 277.5 0.4 0.013 0.012 Free Surface 0.174 No6 No 1012 402411 4024126 282.7 0.5 0.013 0.005 Free Surface 0.129 No6 No 1013 450107 4501066 139.3 15.6 0.013 0.010 Free Surface 0.060 No6 No 1014 450801 450201 10 307.7 0.6 0.013 0.206 Free Surface 0.246 No 10 No 1015 450106 4501046 44.3 6.9 0.013 0.016 Free Surface 0.138 No6 No 1016 450101 4501028 131.4 4.1 0.013 0.325 Free Surface 0.341 No8 No 1017 433413 4334148 287.0 4.2 0.013 0.993 Free Surface 0.599 No8 No 1018 450214 4502156 142.5 7.9 0.013 0.092 Free Surface 0.217 No6 No 1019 433414 4334158 72.6 4.4 0.013 0.995 Free Surface 0.546 No8 No 102 431205 4312046 323.1 7.5 0.013 0.079 Free Surface 0.191 No6 No 1020 433415 4334168 100.5 8.4 0.013 0.997 Free Surface 0.669 No8 No 1021 453705 453706 10 225.9 1.9 0.013 1.017 Free Surface 0.463 No 10 No 1022 450211 4502106 161.3 12.9 0.013 0.328 Free Surface 0.425 No6 No 1023 450215 4502026 184.0 6.2 0.013 0.106 Free Surface 0.424 No6 No 1024 450104 4501058 192.4 1.6 0.013 0.041 Free Surface 0.137 No8 No 1025 453719 4537188 351.5 13.9 0.013 0.023 Free Surface 0.067 No8 No 1027 453718 4537178 320.3 13.3 0.013 0.029 Free Surface 0.080 No8 No 1028 454415 4544146 220.9 5.7 0.013 0.003 Free Surface 0.044 No6 No 1029 450504 4505036 238.6 8.3 0.013 0.005 Free Surface 0.073 No6 No 103 433313 4333096 156.2 8.5 0.013 0.345 Free Surface 0.399 No6 No 1030 450503 4506106 365.1 13.0 0.013 0.027 Free Surface 0.153 No6 No 1032 454424 4544256 406.2 2.3 0.013 0.014 Free Surface 0.102 No6 No 1033 454302 4543048 326.9 9.5 0.013 0.117 Free Surface 0.158 No8 No 1034 454425 4544266 94.0 6.9 0.013 0.015 Free Surface 0.080 No6 No 1035 450501 4502226 127.1 7.7 0.013 0.015 Free Surface 0.098 No6 No 1036 454305 4543018 43.5 11.4 0.013 0.138 Free Surface 0.203 No8 No 1037 454304 4543018 51.9 6.2 0.013 0.117 Free Surface 0.207 No8 No 1038 454301 4503018 50.7 5.5 0.013 0.251 Free Surface 0.274 No8 No 1039 450220 4502196 94.8 15.4 0.013 0.009 Free Surface 0.076 No6 No 104 431118LH 4311176 233.4 10.1 0.013 0.004 Free Surface 0.075 No6 No 1040 454427 4544286 121.7 1.6 0.013 0.016 Free Surface 0.123 No6 No 1041 450219 4502186 165.2 13.9 0.013 0.025 Free Surface 0.128 No6 No 1042 450222 4502186 138.1 4.5 0.013 0.020 Free Surface 0.136 No6 No 1043 450221 4502206 78.4 2.8 0.013 0.006 Free Surface 0.066 No6 No 1044 450301 4503028 142.5 2.8 0.013 0.251 Free Surface 0.308 No8 No 1045 450813 4508126 150.7 17.5 0.013 0.034 Free Surface 0.136 No6 No 1048 450203 450204 10 266.3 1.3 0.013 0.324 Free Surface 0.303 No 10 No 105 430717 NAUGHTON_WW4 201.2 1.8 0.013 0.008 Free Surface 0.555 No4 No 1050 450206 450205 10 142.9 1.9 0.013 0.388 Free Surface 0.319 No 10 No 1052 442441 4424426 57.6 31.4 0.013 0.007 Free Surface 0.051 No6 No 1053 442442 4424436 11.0 23.5 0.013 0.012 Free Surface 0.068 No6 No 1054 442443 4424366 132.5 8.7 0.013 0.013 Free Surface 0.102 No6 No 1055 431709 4317086 161.0 10.2 0.013 0.479 Free Surface 0.498 No6 No 1056 440420 440420A6 73.6 8.6 0.013 0.002 Free Surface 0.049 No6 No 1057 440422 4404216 148.6 8.3 0.013 0.005 Free Surface 0.047 No6 No 1058 443320 4433216 170.1 6.3 0.013 0.105 Free Surface 0.230 No6 No 1059 440106 4401056 133.5 8.3 0.013 0.002 Free Surface 0.067 No6 No 106 430504 4305036 70.7 53.0 0.013 0.018 Free Surface 0.060 No6 No 1060 440116 4404316 138.3 26.6 0.013 0.244 Free Surface 0.244 No6 No 1061 440836 4408206 158.8 4.8 0.013 0.001 Free Surface 0.055 No6 No 1062 440804 4408026 85.1 3.2 0.013 0.007 Free Surface 0.082 No6 No 1063 440820 4408336 13.8 39.5 0.013 0.036 Free Surface 0.097 No6 No 1064 440833 4408296 79.2 17.2 0.013 0.036 Free Surface 0.113 No6 No 1065 440828 4408296 164.3 5.1 0.013 0.006 Free Surface 0.089 No6 No 1067 440542 4405436 121.8 5.3 0.013 0.052 Free Surface 0.155 No6 No 1068 440530 4408336 187.4 5.8 0.013 0.001 Free Surface 0.064 No6 No 1069 440834 4408046 103.0 8.2 0.013 0.007 Free Surface 0.068 No6 No 107 430408 4304076 98.1 11.6 0.013 0.262 Free Surface 0.294 No6 No 1070 440541 4405426 95.2 7.0 0.013 0.035 Free Surface 0.155 No6 No 1071 441203 4412046 239.6 10.9 0.013 0.004 Free Surface 0.049 No6 No 1072 440529 4405286 105.1 4.3 0.013 0.002 Free Surface 0.123 No6 No 1073 440516 4405316 143.5 8.7 0.013 0.063 Free Surface 0.177 No6 No 1074 440538 4405396 312.1 0.2 0.013 0.002 Free Surface 0.084 No6 No 1075 440539 4405406 150.9 8.2 0.013 0.027 Free Surface 0.119 No6 No 1076 440209 4402106 222.1 0.4 0.013 0.176 Free Surface 0.629 No6 Yes 1077 440426LH 4404256 48.6 18.7 0.013 0.003 Free Surface 0.031 No6 No 1078 440424 440425
8 105.1 17.2 0.013 0.008 Free Surface 0.037 No8 No
1079 440425 4404276 78.6 13.1 0.013 0.013 Free Surface 0.071 No6 No 108 431411 4314106 213.2 8.1 0.013 0.048 Free Surface 0.167 No6 No 1080 440214 4402116 246.7 4.9 0.013 0.008 Free Surface 0.155 No6 No 1081 440409 4404086 146.3 14.7 0.013 0.010 Free Surface 0.095 No6 No 1082 440420A 4404186 269.1 8.4 0.013 0.010 Free Surface 0.066 No6 No 1083 443318 4433176 150.6 4.4 0.013 0.038 Free Surface 0.161 No6 No 1084 440921 4433188 202.6 1.0 0.013 0.033 Free Surface 0.131 No8 No 1085 450418A 4504188 86.1 1.8 0.013 0.005 Free Surface 0.046 No8 No 1086 450901 450925 12 103.5 2.4 0.013 0.670 Free Surface 0.294 No 12 No 1087 452723 4527246 245.9 9.0 0.013 0.009 Free Surface 0.112 No6 No 1088 452726LH 4527256 92.0 0.6 0.013 0.004 Free Surface 0.063 No6 No 1089 442708 4427076 206.7 1.0 0.013 0.011 Free Surface 0.111 No6 No 109 431409 4314106 176.3 4.9 0.013 0.108 Free Surface 0.225 No6 No 1090 442428 4424296 80.8 3.7 0.013 0.024 Free Surface 0.118 No6 No 1091 441413 4414126 164.2 16.6 0.013 0.006 Free Surface 0.079 No6 No 1092 452713 4527116 285.9 6.7 0.013 0.005 Free Surface 0.066 No6 No 1093 442711 4427126 112.0 1.5 0.013 0.003 Free Surface 0.063 No6 No 1094 441113LH 4411126 134.8 6.0 0.013 0.011 Free Surface 0.083 No6 No 1095 441922 4419236 268.6 0.2 0.013 0.006 Free Surface 0.100 No6 No 1096 441104 4411036 109.6 23.5 0.013 0.018 Free Surface 0.084 No6 No 1097 441207 4411026 220.8 8.5 0.013 0.023 Free Surface 0.091 No6 No 1098 443821 4416066 139.9 1.5 0.013 0.054 Free Surface 0.204 No6 No 1099 441112 4411118 231.9 8.1 0.013 0.020 Free Surface 0.082 No8 No 11 433417 4537018 126.0 8.2 0.013 0.999 Free Surface 0.530 No8 No 110 451116LH 4511156 158.7 1.1 0.013 0.002 Free Surface 0.054 No6 No 1100 443811 4438096 54.5 1.8 0.013 0.003 Free Surface 0.060 No6 No 1101 443809 4438216 123.3 11.4 0.013 0.010 Free Surface 0.159 No6 No 1102 443820 4438216 131.6 0.0 0.013 0.042 Free Surface 0.392 No6 No 1103 441105 4411146 274.2 0.0 0.013 0.018 Free Surface 0.270 No6 No 1104 443810 4438096 40.5 16.5 0.013 0.003 Free Surface 0.049 No6 No 1105 441133 4411306 297.8 4.0 0.013 0.009 Free Surface 0.092 No6 No 1106 441137 4410216 174.5 9.2 0.013 0.141 Free Surface 0.254 No6 No 1107 441138 4411376 130.0 32.6 0.013 0.012 Free Surface 0.147 No6 No 1108 402707 4027066 249.9 1.2 0.013 0.004 Free Surface 0.094 No6 No 1109 441124 4411236 346.8 7.1 0.013 0.124 Free Surface 0.260 No6 No 111 431412 4314116 128.2 2.7 0.013 0.043 Free Surface 0.168 No6 No 1110 441123 4411226 87.7 5.1 0.013 0.127 Free Surface 0.255 No6 No 1111 441121 4411376 114.4 6.8 0.013 0.130 Free Surface 0.247 No6 No 1112 451019 4510116 299.3 0.6 0.013 0.059 Free Surface 0.325 No6 No 1113 451012 4510118 193.3 12.2 0.013 0.177 Free Surface 0.291 No8 No 1114 443210WYE 4509046 217.8 1.0 0.013 0.008 Free Surface 0.100 No6 No 1115 450910 451001 24 371.7 1.6 0.013 3.461 Free Surface 0.320 No 24 No 1116 452525 4525266 110.1 6.8 0.013 0.019 Free Surface 0.096 No6 No 1118 452711 4527106 303.5 6.8 0.013 0.011 Free Surface 0.074 No6 No 1119 443211 443210WYE6 67.6 2.7 0.013 0.006 Free Surface 0.086 No6 No 112 433807LH 4338066 67.9 4.5 0.013 0.002 Free Surface 0.095 No6 No 1120 443111 4431106 258.7 1.3 0.013 0.012 Free Surface 0.145 No6 No 1121 452526 4525276 180.9 12.2 0.013 0.022 Free Surface 0.093 No6 No 1122 452010 4520116 152.4 25.3 0.013 0.063 Free Surface 0.128 No6 No 1124 443205 450905 15 222.7 0.4 0.013 2.169 Free Surface 0.668 No 15 No 1125 452710 4526076 108.5 17.9 0.013 0.015 Free Surface 0.085 No6 No 1126 451006 451007 18 354.8 1.0 0.013 3.351 Free Surface 0.482 No 18 No 1127 443110 443110A6 150.6 2.5 0.013 0.037 Free Surface 0.286 No6 No 1128 443215 4432148 313.9 0.6 0.013 0.010 Free Surface 0.124 No8 No 1129 433420 4334226 297.6 3.1 0.013 0.126 Free Surface 0.245 No6 No 113 431408 4314096 165.3 0.3 0.013 0.104 Free Surface 0.405 No6 No 1131 442619 4426026 135.5 1.4 0.013 0.021 Free Surface 0.131 No6 No 1132 442620 4426196 178.6 5.2 0.013 0.002 Free Surface 0.102 No6 No 1133 453722 4537238 179.7 8.2 0.013 0.086 Free Surface 0.130 No8 No 1134 453723 4537248 228.4 11.3 0.013 0.086 Free Surface 0.128 No8 No 1135 442612 4426116 211.5 14.1 0.013 0.125 Free Surface 0.214 No6 No 1136 442611 4426106 268.2 10.6 0.013 0.128 Free Surface 0.241 No6 No 1137 442613 4426126 203.4 11.0 0.013 0.119 Free Surface 0.210 No6 No 1138 442701 442701A 15 168.5 5.1 0.013 1.732 Free Surface 0.291 No 15 No 1139 442616 4426186 54.2 21.5 0.013 0.010 Free Surface 0.067 No6 No 1140 442816 4427026 102.4 12.7 0.013 0.176 Free Surface 0.254 No6 No 1141 442514 4425136 68.8 15.7 0.013 0.004 Free Surface 0.052 No6 No 1142 442724 4427066 216.6 9.4 0.013 0.012 Free Surface 0.092 No6 No 1143 442516 4425028 115.1 14.2 0.013 0.005 Free Surface 0.030 No8 No 1144 442610 4427036 254.1 8.6 0.013 0.156 Free Surface 0.414 No6 No 1145 442703 4428166 31.9 13.4 0.013 0.162 Free Surface 0.243 No6 No 1146 442506 4425086 190.7 9.8 0.013 0.002 Free Surface 0.035 No6 No 1147 442721 4426126 208.0 1.2 0.013 0.005 Free Surface 0.143 No6 No 1148 442412 4424116 199.1 3.6 0.013 0.002 Free Surface 0.066 No6 No 1149 442411 4424096 192.9 18.3 0.013 0.026 Free Surface 0.171 No6 No 115 453716 453716C8 28.9 8.6 0.013 0.178 Free Surface 0.183 No8 No 1150 443021 4430206 308.0 5.9 0.013 0.009 Free Surface 0.079 No6 No 1151 440537 4405426 130.1 4.7 0.013 0.014 Free Surface 0.135 No6 No 1152 432501 4325026 174.9 8.1 0.013 0.015 Free Surface 0.204 No6 No 1153 440536 4405376 130.6 4.4 0.013 0.010 Free Surface 0.086 No6 No 1154 440535 4405366 129.0 10.7 0.013 0.004 Free Surface 0.061 No6 No 1155 440534LH 4405336 109.0 4.0 0.013 0.003 Free Surface 0.128 No6 No 1156 440801LH 4325016 243.3 7.6 0.013 0.014 Free Surface 0.083 No6 No 1157 440531 4405326 121.6 6.3 0.013 0.072 Free Surface 0.222 No6 No 1158 440533 4405316 82.5 0.0 0.013 0.007 Free Surface 0.199 No6 No 1159 440556 4408286 141.0 2.0 0.013 0.003 Free Surface 0.056 No6 No 116 431415 4314146 207.8 2.9 0.013 0.028 Free Surface 0.156 No6 No 1160 450411 450901 12 120.0 3.0 0.013 0.550 Free Surface 0.251 No 12 No 1161 443106LH 4431048 81.9 1.4 0.013 0.004 Free Surface 0.054 No8 No 1162 432902 4329036 63.4 4.3 0.013 0.098 Free Surface 0.212 No6 No 1163 442415 4424146 138.1 9.1 0.013 0.007 Free Surface 0.062 No6 No 1164 442414 4424116 77.4 37.7 0.013 0.021 Free Surface 0.079 No6 No 1165 442447 4424346 146.1 13.3 0.013 0.007 Free Surface 0.089 No6 No 1166 442448LH 4424496 87.8 7.5 0.013 0.003 Free Surface 0.041 No6 No 1167 442449 4424296 138.6 9.4 0.013 0.004 Free Surface 0.072 No6 No 1168 442416 4424146 104.4 3.9 0.013 0.013 Free Surface 0.084 No6 No 1169 441025LH 4410246 274.4 10.8 0.013 0.029 Free Surface 0.117 No6 No 117 431414 4314126 188.5 2.7 0.013 0.036 Free Surface 0.178 No6 No 1172 443022 4504106 326.5 2.3 0.013 0.008 Free Surface 0.083 No6 No 1175 443002 4504118 273.1 1.5 0.013 0.013 Free Surface 0.199 No8 No 1176 433205 4332046 235.4 4.1 0.013 0.044 Free Surface 0.209 No6 No G2. Model Results for 2028 PWWF
327
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
1177 443019 4430156 116.6 5.3 0.013 0.025 Free Surface 0.137 No6 No 1178 443015 4430146 50.4 3.7 0.013 0.036 Free Surface 0.179 No6 No 1179 433204 4332036 224.6 1.8 0.013 0.062 Free Surface 0.218 No6 No 118 453726 4537258 98.9 20.1 0.013 0.045 Free Surface 0.080 No8 No 1181 443014 4430136 188.4 1.2 0.013 0.037 Free Surface 0.205 No6 No 1182 433207 4332086 371.4 1.2 0.013 0.010 Free Surface 0.133 No6 No 1183 431813 4318146 124.4 58.0 0.013 0.033 Free Surface 0.102 No6 No 1184 443003LH 4430028 264.1 1.0 0.013 0.005 Free Surface 0.069 No8 No 1185 443012 4430138 92.9 9.4 0.013 0.007 Free Surface 0.041 No8 No 1186 443005 4430046 54.2 4.1 0.013 0.012 Free Surface 0.142 No6 No 1187 443013 4430048 158.9 0.9 0.013 0.046 Free Surface 0.160 No8 No 1188 442804 4428036 241.3 13.7 0.013 0.005 Free Surface 0.048 No6 No 1189 443011 4430128 236.0 11.0 0.013 0.005 Free Surface 0.037 No8 No 119 453725 4537168 188.6 5.0 0.013 0.149 Free Surface 0.200 No8 No 1190 443006 4430056 149.2 8.1 0.013 0.010 Free Surface 0.078 No6 No 1191 442809 4428086 184.2 3.2 0.013 0.018 Free Surface 0.188 No6 No 1192 433102 4331016 125.2 0.8 0.013 0.005 Free Surface 0.094 No6 No 1193 443010 4430116 78.7 10.6 0.013 0.004 Free Surface 0.044 No6 No 1195 454414 4544136 89.5 8.4 0.013 0.004 Free Surface 0.043 No6 No 1196 454413 4544116 152.8 18.2 0.013 0.004 Free Surface 0.179 No6 No 1197 453724 4537258 210.2 12.7 0.013 0.104 Free Surface 0.165 No8 No 1198 433421 4334206 398.0 0.2 0.013 0.064 Free Surface 0.404 No6 No 12 433416 4334178 100.8 2.3 0.013 0.999 Free Surface 0.671 No8 No 120 450807 4508086 225.4 15.8 0.013 0.061 Free Surface 0.168 No6 No 1200 442609LH 4426086 169.5 2.2 0.013 0.003 Free Surface 0.052 No6 No 1202 442602 4426038 77.4 6.6 0.013 0.022 Free Surface 0.078 No8 No 1203 442705LH 4427026 183.9 7.9 0.013 0.008 Free Surface 0.160 No6 No 1204 442702 4427016 146.4 12.3 0.013 0.185 Free Surface 0.258 No6 No 1205 442622 4426216 88.6 4.1 0.013 0.004 Free Surface 0.049 No6 No 1206 442618 4426196 127.1 10.1 0.013 0.015 Free Surface 0.121 No6 No 1207 442450LH 4424286 110.2 9.3 0.013 0.002 Free Surface 0.084 No6 No 1208 442830 4428124 175.1 6.3 0.013 0.003 Free Surface 0.125 No4 No 1209 433201 4318016 129.0 4.2 0.013 0.143 Free Surface 0.320 No6 No 1210 443020 4430196 497.4 10.7 0.013 0.019 Free Surface 0.104 No6 No 1211 442805LH 4428046 113.4 4.8 0.013 0.001 Free Surface 0.038 No6 No 1212 442440LH 4424416 170.7 7.7 0.013 0.003 Free Surface 0.042 No6 No 1213 443105 4431048 184.8 0.6 0.013 0.006 Free Surface 0.065 No8 No 1214 443104 4431036 103.5 10.3 0.013 0.014 Free Surface 0.102 No6 No 1215 440305 4329136 142.1 16.9 0.013 0.005 Free Surface 0.138 No6 No 1216 440306LH 4403056 71.6 9.0 0.013 0.003 Free Surface 0.039 No6 No 1217 442813 4428126 143.5 2.8 0.013 0.007 Free Surface 0.100 No6 No 1218 442417 4424166 106.7 20.2 0.013 0.010 Free Surface 0.078 No6 No 1219 440201 4328126 242.4 8.3 0.013 0.004 Free Surface 0.138 No6 No 1220 432901 4329026 270.8 3.2 0.013 0.087 Free Surface 0.264 No6 No 1221 442418 4424176 155.5 3.7 0.013 0.005 Free Surface 0.060 No6 No 1222 442454LH 4424556 52.3 12.0 0.013 0.001 Free Surface 0.026 No6 No 1223 442917 4429186 155.5 5.3 0.013 0.012 Free Surface 0.093 No6 No 1224 443331 4433306 17.7 11.4 0.013 0.003 Free Surface 0.061 No6 No 1225 442423 4424226 64.0 7.4 0.013 0.001 Free Surface 0.022 No6 No 1226 442921 4409066 144.0 17.1 0.013 0.013 Free Surface 0.065 No6 No 1227 443332 4433316 147.0 5.6 0.013 0.003 Free Surface 0.039 No6 No 1228 440906 4409076 51.5 31.6 0.013 0.016 Free Surface 0.085 No6 No 1229 442909 4433026 249.4 1.3 0.013 0.056 Free Surface 0.251 No6 No 123 450808 4508096 120.0 4.4 0.013 0.064 Free Surface 0.253 No6 No 1230 432802 4328016 259.6 0.9 0.013 0.016 Free Surface 0.126 No6 No 1231 442402 4424036 282.6 4.5 0.013 0.006 Free Surface 0.072 No6 No 1232 440213 4328106 207.9 12.8 0.013 0.004 Free Surface 0.041 No6 No 1233 440911 4429096 132.0 1.1 0.013 0.045 Free Surface 0.241 No6 No 1234 432724 4327256 96.2 6.0 0.013 0.061 Free Surface 0.183 No6 No 1235 440904 4404036 300.7 3.1 0.013 0.018 Free Surface 0.122 No6 No 1237 443325 4433246 138.6 1.2 0.013 0.008 Free Surface 0.085 No6 No 1238 443323LH 4433246 49.0 3.3 0.013 0.004 Free Surface 0.061 No6 No 1239 432728 4328106 250.6 9.7 0.013 0.089 Free Surface 0.210 No6 No 124 450921 4509206 153.3 1.0 0.013 0.005 Free Surface 0.089 No6 No 1240 440908 4409246 51.3 34.1 0.013 0.026 Free Surface 0.093 No6 No 1241 440207 4402086 168.2 7.8 0.013 0.132 Free Surface 0.231 No6 No 1242 440320 4402086 124.7 32.5 0.013 0.015 Free Surface 0.133 No6 No 1243 440909 4409106 93.2 2.1 0.013 0.038 Free Surface 0.165 No6 No 1244 440924 4409226 40.2 15.5 0.013 0.035 Free Surface 0.129 No6 No 1245 440922 4409096 50.1 4.0 0.013 0.035 Free Surface 0.170 No6 No 1246 440208 4402096 94.0 19.1 0.013 0.149 Free Surface 0.469 No6 No 1247 440325 440325A6 109.1 2.5 0.013 0.023 Free Surface 0.188 No6 No 1248 440324 4403256 279.0 1.9 0.013 0.018 Free Surface 0.134 No6 No 1249 440421 440420A6 52.7 43.9 0.013 0.008 Free Surface 0.055 No6 No 125 442501 453715 10 296.7 9.3 0.013 1.786 Free Surface 0.448 No 10 No 1250 443319 4433206 198.2 4.9 0.013 0.098 Free Surface 0.234 No6 No 1251 440923LH 4409246 162.7 10.2 0.013 0.009 Free Surface 0.085 No6 No 1252 440410 4404096 158.2 0.6 0.013 0.008 Free Surface 0.098 No6 No 1253 440902 440903 10 263.6 0.6 0.013 0.988 Free Surface 0.636 No 10 Yes 1254 440912 4433198 298.8 3.2 0.013 0.092 Free Surface 0.176 No8 No 1255 440211 440207
6 318.2 7.7 0.013 0.128 Free Surface 0.248 No6 No
1256 440423 4404248 132.5 10.2 0.013 0.003 Free Surface 0.032 No8 No 1257 440215 4402166 158.5 2.3 0.013 0.006 Free Surface 0.076 No6 No 1259 440429 4404176 158.7 13.4 0.013 0.023 Free Surface 0.107 No6 No 126 430801 4308028 277.4 3.0 0.013 0.012 Free Surface 0.073 No8 No 1260 440418 4404176 128.1 10.3 0.013 0.010 Free Surface 0.093 No6 No 1261 440408 4404076 144.1 2.1 0.013 0.016 Free Surface 0.105 No6 No 1262 440103 4401046 139.4 21.9 0.013 0.013 Free Surface 0.076 No6 No 1263 440913 4409128 240.0 4.9 0.013 0.084 Free Surface 0.161 No8 No 1264 440427 4404286 54.1 14.1 0.013 0.013 Free Surface 0.077 No6 No 1265 440901 440902 10 308.8 3.7 0.013 0.495 Free Surface 0.623 No 10 No 1266 440608LH 4406076 139.2 2.4 0.013 0.004 Free Surface 0.183 No6 No 1267 440723LH 4407226 57.8 16.9 0.013 0.004 Free Surface 0.045 No6 No 1268 440132 4401318 248.1 2.8 0.013 0.005 Free Surface 0.070 No8 No 1269 440639 4406016 206.7 3.4 0.013 0.038 Free Surface 0.161 No6 No 127 431417 4314056 244.7 0.5 0.013 0.007 Free Surface 0.181 No6 No 1270 440124 4401236 221.6 0.5 0.013 0.002 Free Surface 0.095 No6 No 1271 440626 4406286 191.4 1.6 0.013 0.038 Free Surface 0.192 No6 No 1272 440627LH 4406266 95.1 25.4 0.013 0.005 Free Surface 0.117 No6 No 1273 440133LH 4401346 239.8 11.4 0.013 0.007 Free Surface 0.065 No6 No 1274 440817 4325366 165.2 5.1 0.013 0.010 Free Surface 0.150 No6 No 1275 440830 4408316 188.3 2.7 0.013 0.005 Free Surface 0.084 No6 No 1276 440823 4408246 159.6 5.5 0.013 0.004 Free Surface 0.050 No6 No 1277 440803 4325296 130.6 11.7 0.013 0.016 Free Surface 0.093 No6 No 1278 432508ALH 432508A6 177.5 15.0 0.013 0.004 Free Surface 0.045 No6 No 1279 440614 4406156 360.9 7.8 0.013 0.005 Free Surface 0.067 No6 No 128 430802 4308038 287.3 2.0 0.013 0.013 Free Surface 0.076 No8 No 1280 440816 4408176 115.1 7.1 0.013 0.006 Free Surface 0.065 No6 No 1281 440550 4405516 242.7 6.9 0.013 0.005 Free Surface 0.055 No6 No 1282 440822LH 4408236 81.5 11.5 0.013 0.001 Free Surface 0.036 No6 No 1283 440544 4405456 281.3 7.5 0.013 0.072 Free Surface 0.185 No6 No 1284 441202 4406226 194.5 0.5 0.013 0.018 Free Surface 0.197 No6 No 1285 440548 4408306 178.8 7.3 0.013 0.001 Free Surface 0.047 No6 No 1286 440827 4408266 400.5 3.0 0.013 0.136 Free Surface 0.303 No6 No 1287 440733 4412026 137.8 0.7 0.013 0.014 Free Surface 0.161 No6 No 1288 432507 SSFI_216 22.7 9.1 0.013 0.005 Free Surface 0.055 No6 No 1289 432506LH 4325056 152.0 3.8 0.013 0.000 Free Surface 0.000 No6 No 129 431001LH 4310026 155.8 1.5 0.013 0.003 Free Surface 0.076 No6 No 1291 440819 4408186 298.7 5.5 0.013 0.004 Free Surface 0.053 No6 No 1292 440815LH 4408166 122.8 4.1 0.013 0.002 Free Surface 0.045 No6 No 1293 432505 4325036 139.4 9.1 0.013 0.009 Free Surface 0.082 No6 No 1294 432504 4325036 59.9 3.1 0.013 0.001 Free Surface 0.062 No6 No 1295 440837 4408216 117.2 12.3 0.013 0.001 Free Surface 0.085 No6 No 1296 440216 4401046 220.5 4.4 0.013 0.010 Free Surface 0.085 No6 No 1297 440413LH 4404126 43.9 16.9 0.013 0.003 Free Surface 0.032 No6 No 1298 440412 4404076 152.3 19.9 0.013 0.006 Free Surface 0.045 No6 No 1299 440104 4401056 51.8 22.8 0.013 0.028 Free Surface 0.094 No6 No 13 433402 4334038 139.1 2.7 0.013 0.850 Free Surface 0.597 No8 No 1300 440403 4404026 300.4 5.5 0.013 0.029 Free Surface 0.415 No6 No 1302 440407 4404046 56.8 25.7 0.013 0.025 Free Surface 0.092 No6 No 1303 440430 4404296 111.9 16.9 0.013 0.005 Free Surface 0.066 No6 No 1304 440417 4404166 193.3 7.8 0.013 0.032 Free Surface 0.255 No6 No 1305 440920 4409218 154.1 5.1 0.013 0.028 Free Surface 0.118 No8 No 1306 440914 4409136 250.7 4.0 0.013 0.069 Free Surface 0.204 No6 No 1307 440210 4401166 293.9 2.5 0.013 0.178 Free Surface 0.381 No6 No 1308 440404 4404016 229.5 14.5 0.013 0.031 Free Surface 0.103 No6 No 1309 440401 4404028 77.0 3.4 0.013 0.945 Free Surface 0.579 No8 No 1310 440915 4409146 217.7 6.5 0.013 0.061 Free Surface 0.192 No6 No 1311 440105 4401156 164.0 22.2 0.013 0.034 Free Surface 0.098 No6 No 1312 440115 4401166 114.3 1.1 0.013 0.064 Free Surface 0.279 No6 No 1313 440705 4407066 250.1 2.5 0.013 0.051 Free Surface 0.193 No6 No 1314 440416 4404156 67.8 8.8 0.013 0.340 Free Surface 0.387 No6 No 1315 440704 4407056 141.9 0.3 0.013 0.045 Free Surface 0.290 No6 No 1316 440102 4401036 324.1 0.9 0.013 0.011 Free Surface 0.098 No6 No 1317 440415 4404146 103.5 10.9 0.013 0.372 Free Surface 0.447 No6 No 1318 440101 4401026 165.7 5.4 0.013 0.004 Free Surface 0.091 No6 No 1319 440431 4401296 133.7 29.4 0.013 0.248 Free Surface 0.309 No6 No 132 442615 4426168 69.3 20.9 0.013 0.003 Free Surface 0.023 No8 No 1320 440129 4404166 139.4 7.8 0.013 0.307 Free Surface 0.383 No6 No 1321 440707 4407046 75.4 33.4 0.013 0.009 Free Surface 0.210 No6 No 1322 440703 4407046 139.9 1.0 0.013 0.036 Free Surface 0.292 No6 No 1323 440917 4409166 100.5 1.0 0.013 0.058 Free Surface 0.248 No6 No 1324 440114 4401156 198.0 0.1 0.013 0.030 Free Surface 0.542 No6 Yes 1325 440107 4401086 104.6 1.2 0.013 0.002 Free Surface 0.050 No6 No 1326 440918 440918A
8 241.7 3.9 0.013 0.018 Free Surface 0.080 No8 No
1327 440702 4407036 202.1 8.2 0.013 0.034 Free Surface 0.168 No6 No 1328 440128 4401296 132.9 2.6 0.013 0.059 Free Surface 0.296 No6 No 1329 440708LH 4407076 246.1 0.9 0.013 0.003 Free Surface 0.062 No6 No 133 442617LH 4426166 102.4 15.7 0.013 0.004 Free Surface 0.038 No6 No 1330 440633 4409176 92.3 6.5 0.013 0.058 Free Surface 0.229 No6 No 1331 440130 4404158 230.5 1.0 0.013 0.028 Free Surface 0.129 No8 No 1332 440604 4404018 268.4 6.9 0.013 0.913 Free Surface 0.467 No8 No 1333 440701 4407026 79.4 16.8 0.013 0.030 Free Surface 0.111 No6 No 1334 440724 4407016 338.9 3.2 0.013 0.025 Free Surface 0.121 No6 No 1335 440721 4407246 280.0 3.7 0.013 0.018 Free Surface 0.127 No6 No 1336 440632 4409186 101.1 10.0 0.013 0.009 Free Surface 0.082 No6 No 1337 440414 4401366 219.4 4.4 0.013 0.372 Free Surface 0.478 No6 No 1338 440109 4401086 226.8 1.1 0.013 0.013 Free Surface 0.128 No6 No 1339 440607 4406048 270.6 2.5 0.013 0.140 Free Surface 0.310 No8 No 134 442720 4426136 121.9 6.5 0.013 0.011 Free Surface 0.145 No6 No 1340 440406 4406036 142.4 5.8 0.013 0.013 Free Surface 0.086 No6 No 1341 440603 4406048 146.2 9.8 0.013 0.757 Free Surface 0.382 No8 No 1342 440136 4401376 158.1 7.4 0.013 0.385 Free Surface 0.422 No6 No 1343 440631 4406326 108.1 10.4 0.013 0.004 Free Surface 0.052 No6 No 1344 440118 4401436 170.7 19.6 0.013 0.018 Free Surface 0.153 No6 No 1345 440143 4401286 207.2 2.0 0.013 0.058 Free Surface 0.224 No6 No 1346 440112 4401136 159.4 0.1 0.013 0.006 Free Surface 0.176 No6 No 1347 440722 4407216 104.7 18.1 0.013 0.008 Free Surface 0.082 No6 No 1348 440111 4401126 147.0 8.4 0.013 0.001 Free Surface 0.092 No6 No 1349 440137 4406028 155.4 7.0 0.013 0.398 Free Surface 0.298 No8 No 135 442614 4426168 73.8 56.1 0.013 0.003 Free Surface 0.017 No8 No 328
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
1350 440602 4406038 103.6 6.0 0.013 0.743 Free Surface 0.419 No8 No 1351 440720 4407216 136.3 3.9 0.013 0.010 Free Surface 0.095 No6 No 1352 440135 4401366 289.7 4.3 0.013 0.012 Free Surface 0.266 No6 No 1353 440635 4406346 264.1 6.5 0.013 0.055 Free Surface 0.191 No6 No 1354 440127 4401436 225.6 4.0 0.013 0.040 Free Surface 0.196 No6 No 1355 440122 4401216 157.3 15.0 0.013 0.005 Free Surface 0.053 No6 No 1356 432512 4325116 192.4 7.6 0.013 0.076 Free Surface 0.196 No6 No 1357 440131 4401308 394.1 2.2 0.013 0.021 Free Surface 0.112 No8 No 1358 440121 4401206 116.9 9.1 0.013 0.009 Free Surface 0.078 No6 No 1359 440119 4401206 185.4 0.9 0.013 0.003 Free Surface 0.082 No6 No 136 430712 4307136 69.5 0.6 0.013 0.039 Free Surface 0.290 No6 No 1360 440120 4401276 220.9 11.7 0.013 0.022 Free Surface 0.127 No6 No 1361 440719 4407206 214.7 4.3 0.013 0.010 Free Surface 0.080 No6 No 1362 440629 4406356 142.6 3.9 0.013 0.055 Free Surface 0.179 No6 No 1363 440630 4406296 126.2 33.1 0.013 0.009 Free Surface 0.120 No6 No 1364 440617 4406166 161.3 8.3 0.013 0.017 Free Surface 0.104 No6 No 1365 440616 4406096 164.8 4.6 0.013 0.024 Free Surface 0.215 No6 No 1366 440123 4401206 66.3 0.5 0.013 0.008 Free Surface 0.108 No6 No 1367 440601 4406026 227.9 5.2 0.013 0.321 Free Surface 0.433 No6 No 1368 432511 4325106 261.9 5.6 0.013 0.079 Free Surface 0.204 No6 No 1369 440636 4406376 384.0 3.7 0.013 0.008 Free Surface 0.084 No6 No 1370 440713 4407148 28.2 1.4 0.013 0.027 Free Surface 0.110 No8 No 1371 440718LH 4407176 46.0 4.1 0.013 0.003 Free Surface 0.043 No6 No 1372 440715 4407148 92.4 22.7 0.013 0.014 Free Surface 0.071 No8 No 1373 440618 4406176 227.5 5.7 0.013 0.015 Free Surface 0.090 No6 No 1374 440134 4401356 276.4 4.5 0.013 0.009 Free Surface 0.082 No6 No 1375 440717 4407168 29.3 35.5 0.013 0.005 Free Surface 0.046 No8 No 1376 440716 4407158 144.2 1.9 0.013 0.008 Free Surface 0.055 No8 No 1377 440610 4406096 377.7 5.3 0.013 0.098 Free Surface 0.271 No6 No 1378 440126 4401276 351.3 1.4 0.013 0.011 Free Surface 0.134 No6 No 1379 440619 4406186 215.0 3.1 0.013 0.011 Free Surface 0.092 No6 No 138 432013LH 4320146 155.4 4.3 0.013 0.012 Free Surface 0.077 No6 No 1380 432510 4325096 252.1 7.1 0.013 0.085 Free Surface 0.196 No6 No 1381 440832 4406396 161.4 9.6 0.013 0.030 Free Surface 0.137 No6 No 1382 440125 4401246 118.4 0.5 0.013 0.000 Free Surface 0.043 No6 No 1383 440125 4401266 122.7 18.8 0.013 0.001 Free Surface 0.064 No6 No 1384 440623 4406266 106.2 1.3 0.013 0.033 Free Surface 0.192 No6 No 1385 440624 4406236 102.1 22.0 0.013 0.008 Free Surface 0.119 No6 No 1386 440734 4407356 52.9 11.8 0.013 0.023 Free Surface 0.133 No6 No 1387 440625 4406246 149.5 2.9 0.013 0.004 Free Surface 0.052 No6 No 1388 440637 4406386 343.8 5.8 0.013 0.015 Free Surface 0.127 No6 No 1389 440638 4407346 236.0 1.1 0.013 0.018 Free Surface 0.129 No6 No 139 403418 4034176 368.2 0.2 0.013 0.023 Free Surface 0.667 No6 Yes 1390 440826 4401406 141.5 5.0 0.013 0.144 Free Surface 0.640 No6 No 1391 440615 440639
6 259.3 2.5 0.013 0.008 Free Surface 0.122 No6 No
1392 440141 4401406 233.5 11.0 0.013 0.132 Free Surface 0.609 No6 No 1393 440142 4401416 113.0 10.5 0.013 0.127 Free Surface 0.223 No6 No 1394 440620 4406196 187.3 11.3 0.013 0.007 Free Surface 0.075 No6 No 1395 432527 4325236 191.5 13.0 0.013 0.007 Free Surface 0.072 No6 No 1396 440831 4408326 166.7 3.2 0.013 0.014 Free Surface 0.106 No6 No 1397 432536 4401426 190.4 9.4 0.013 0.122 Free Surface 0.223 No6 No 1398 440824 4408266 145.9 9.9 0.013 0.006 Free Surface 0.167 No6 No 1399 440545 4406106 272.7 8.9 0.013 0.083 Free Surface 0.209 No6 No 14 433401 4334028 53.6 3.9 0.013 0.850 Free Surface 0.563 No8 No 140 442511 4423356 76.9 41.6 0.013 0.013 Free Surface 0.077 No6 No 1400 432509 4325356 165.8 10.3 0.013 0.089 Free Surface 0.186 No6 No 1401 432535 4325366 29.6 17.2 0.013 0.110 Free Surface 0.204 No6 No 1402 440825 4401416 114.1 3.1 0.013 0.004 Free Surface 0.140 No6 No 1403 440551 4406136 98.8 10.4 0.013 0.008 Free Surface 0.083 No6 No 1404 432529 4325356 88.5 4.9 0.013 0.020 Free Surface 0.146 No6 No 1405 440621 4406206 108.7 13.8 0.013 0.004 Free Surface 0.048 No6 No 1406 440818 4401426 117.5 3.5 0.013 0.004 Free Surface 0.139 No6 No 1407 440622 4406236 292.2 0.5 0.013 0.025 Free Surface 0.202 No6 No 1408 440821 4408276 102.6 8.0 0.013 0.047 Free Surface 0.233 No6 No 1409 440543 440543A6 17.8 20.3 0.013 0.061 Free Surface 0.146 No6 No 141 431107 4311086 137.9 2.0 0.013 0.029 Free Surface 0.161 No6 No 1410 441201LH 4405436 228.3 0.6 0.013 0.009 Free Surface 0.125 No6 No 1411 440546 440543A6 397.6 4.2 0.013 0.000 Free Surface 0.080 No6 No 1412 440829 4408216 22.0 17.0 0.013 0.044 Free Surface 0.131 No6 No 1413 440802 4408036 269.7 4.1 0.013 0.011 Free Surface 0.083 No6 No 1414 432503 4325026 222.3 2.2 0.013 0.011 Free Surface 0.211 No6 No 1415 440532 4408276 261.3 2.3 0.013 0.078 Free Surface 0.287 No6 No 1416 440547 4405326 218.7 2.1 0.013 0.002 Free Surface 0.146 No6 No 1417 440528 4405276 102.2 1.5 0.013 0.040 Free Surface 0.195 No6 No 1418 440527 4405166 60.7 2.5 0.013 0.040 Free Surface 0.173 No6 No 1419 440520 4405216 59.2 2.2 0.013 0.000 Free Surface 0.042 No6 No 142 442301 4425046 174.5 5.4 0.013 0.037 Free Surface 0.143 No6 No 1420 440553 4405286 106.2 5.7 0.013 0.038 Free Surface 0.175 No6 No 1421 441213 4412126 230.3 10.8 0.013 0.006 Free Surface 0.060 No6 No 1422 440501 4405026 205.0 5.6 0.013 0.002 Free Surface 0.055 No6 No 1423 440514 4405156 239.4 8.6 0.013 0.013 Free Surface 0.080 No6 No 1424 440513 4405126 256.5 1.8 0.013 0.005 Free Surface 0.066 No6 No 1425 440502 4405036 100.2 4.5 0.013 0.008 Free Surface 0.071 No6 No 1428 440504 4405036 154.8 1.2 0.013 0.002 Free Surface 0.058 No6 No 1429 441001LH 4410026 185.5 3.8 0.013 0.004 Free Surface 0.062 No6 No 143 431010 4310126 62.2 4.0 0.013 0.014 Free Surface 0.104 No6 No 1430 440507 4405066 303.1 0.8 0.013 0.003 Free Surface 0.078 No6 No 1431 440505 4405146 150.6 6.1 0.013 0.013 Free Surface 0.081 No6 No 1432 440506 4405056 134.2 4.5 0.013 0.012 Free Surface 0.085 No6 No 1433 441003LH 4410026 187.6 1.1 0.013 0.018 Free Surface 0.149 No6 No 1434 441013 4410168 354.3 8.9 0.013 0.120 Free Surface 0.154 No8 No 1435 441011 4410106 54.7 11.0 0.013 0.074 Free Surface 0.181 No6 No 144 430713 4307146 190.8 0.4 0.013 0.041 Free Surface 0.222 No6 No 1441 455003 HASTINGS_WW6 270.5 2.6 0.013 0.135 Free Surface 0.326 No6 No 1443 454901 4549026 149.6 3.8 0.013 0.001 Free Surface 0.038 No6 No 1444 450104A 4501046 167.6 2.1 0.013 0.020 Free Surface 0.160 No6 No 1445 453707 453708 10 75.8 3.7 0.013 1.042 Free Surface 0.480 No 10 No 1446 450111 4501126 36.7 6.8 0.013 0.000 Free Surface 0.000 No6 No 1447 450102 4501038 356.6 1.7 0.013 0.347 Free Surface 0.462 No8 No 1448 454803 4548048 178.0 9.9 0.013 0.290 Free Surface 0.224 No8 No 1449 442913 4429146 233.2 4.2 0.013 0.010 Free Surface 0.109 No6 No 145 430707 4307086 97.2 18.3 0.013 0.004 Free Surface 0.054 No6 No 1450 440307 4423076 248.9 1.6 0.013 0.009 Free Surface 0.111 No6 No 1451 442436 4424356 166.0 8.7 0.013 0.037 Free Surface 0.140 No6 No 1452 452504 452504A6 106.8 2.6 0.013 0.001 Free Surface 0.048 No6 No 1453 443503 4435026 163.2 0.9 0.013 0.049 Free Surface 0.384 No6 No 1454 442102 4421036 113.8 6.8 0.013 0.032 Free Surface 0.130 No6 No 1455 441827LH 4418276 138.7 3.2 0.013 0.001 Free Surface 0.029 No6 No 1456 441824 4418226 94.5 2.1 0.013 0.006 Free Surface 0.074 No6 No 1457 441823 4418216 114.7 13.0 0.013 0.002 Free Surface 0.070 No6 No 1458 402408 4024076 350.3 1.5 0.013 0.001 Free Surface 0.123 No6 No 1459 441518A 4415186 141.7 19.4 0.013 0.006 Free Surface 0.073 No6 No 146 442727LH 4427266 46.3 6.5 0.013 0.002 Free Surface 0.051 No6 No 1460 441406 4414078 287.1 3.0 0.013 0.270 Free Surface 0.304 No8 No 1461 441408 4414076 131.8 16.7 0.013 0.285 Free Surface 0.298 No6 No 1464 VMH_47 4024146 64.9 4.9 0.013 0.000 Free Surface 0.027 No6 No 1465 441511 4415056 154.4 1.8 0.013 0.027 Free Surface 0.294 No6 No 1466 441506 4415058 249.6 0.4 0.013 0.360 Free Surface 0.603 No8 Yes 1468 402414 4025016 88.4 3.7 0.013 0.004 Free Surface 0.126 No6 No 147 442512 442511
6 132.8 10.4 0.013 0.004 Free Surface 0.049 No6 No
1470 402501 4025026 356.7 0.4 0.013 0.084 Free Surface 0.709 No6 Yes 1471 441517 4415046 261.0 4.4 0.013 0.022 Free Surface 0.558 No6 No 1472 441505 4415048 168.8 2.2 0.013 0.415 Free Surface 0.707 No8 Yes 1474 402407 4024066 364.0 1.3 0.013 0.043 Free Surface 0.214 No6 No 1475 441520 441502 15 17.9 1.2 0.013 0.597 Free Surface 0.278 No 15 No 1478 441504 4415038 157.6 0.1 0.013 0.439 Free Surface 0.791 No8 Yes 148 432110 4321096 38.9 5.1 0.013 0.005 Free Surface 0.059 No6 No 1480 402406 4024056 218.5 1.6 0.013 0.045 Free Surface 0.220 No6 No 1481 402404 4025016 375.6 0.3 0.013 0.075 Free Surface 0.393 No6 No 1482 402416LH 4024156 126.9 0.8 0.013 0.000 Free Surface 0.052 No6 No 1483 402410LH 4024046 134.2 0.5 0.013 0.002 Free Surface 0.065 No6 No 1484 402415 4024016 115.1 0.4 0.013 0.003 Free Surface 0.102 No6 No 1485 402405 4024036 275.5 1.5 0.013 0.051 Free Surface 0.286 No6 No 1487 402409LH 4024036 116.8 0.6 0.013 0.003 Free Surface 0.210 No6 No 1488 402401 4024026 273.3 0.4 0.013 0.007 Free Surface 0.133 No6 No 1489 450805LH 4508046 164.5 2.4 0.013 0.001 Free Surface 0.041 No6 No 149 430705 4307046 172.8 7.7 0.013 0.310 Free Surface 0.385 No6 No 1490 450818LH 4508176 149.8 7.2 0.013 0.004 Free Surface 0.055 No6 No 1491 451118 4511196 115.4 9.1 0.013 0.002 Free Surface 0.040 No6 No 1492 451111 4511106 258.9 7.2 0.013 0.012 Free Surface 0.080 No6 No 1493 450816LH 4508156 94.3 6.7 0.013 0.003 Free Surface 0.046 No6 No 1494 451117LH 4511186 92.7 0.7 0.013 0.001 Free Surface 0.035 No6 No 1495 450824LH 4508236 76.5 0.4 0.013 0.002 Free Surface 0.074 No6 No 1496 450822 4508236 106.4 4.2 0.013 0.012 Free Surface 0.086 No6 No 1497 450611 4506126 245.3 0.6 0.013 0.002 Free Surface 0.091 No6 No 1499 454804 4548058 303.5 14.7 0.013 0.291 Free Surface 0.211 No8 No 15 431504 4315038 187.6 2.2 0.013 0.635 Free Surface 0.519 No8 No 150 432008 4320076 149.7 7.7 0.013 0.146 Free Surface 0.245 No6 No 1500 454814 4548136 152.8 0.7 0.013 0.004 Free Surface 0.073 No6 No 1501 451107 4511066 151.9 2.3 0.013 0.068 Free Surface 0.214 No6 No 1502 451106 4511056 27.1 8.7 0.013 0.069 Free Surface 0.232 No6 No 1503 454815 4548146 139.8 0.7 0.013 0.003 Free Surface 0.073 No6 No 1504 454805 4548068 144.4 14.6 0.013 0.292 Free Surface 0.211 No8 No 1505 454811 4548066 166.4 2.9 0.013 0.011 Free Surface 0.186 No6 No 1506 454813 4548116 216.3 1.9 0.013 0.005 Free Surface 0.079 No6 No 1507 454812 4548116 111.1 1.1 0.013 0.005 Free Surface 0.085 No6 No 1508 451108 4511056 196.2 3.0 0.013 0.023 Free Surface 0.212 No6 No 1509 454806 4548078 113.2 15.8 0.013 0.303 Free Surface 0.212 No8 No 151 432014 4320096 104.4 46.1 0.013 0.018 Free Surface 0.152 No6 No 1510 454306 4543058 430.1 0.6 0.013 0.138 Free Surface 0.264 No8 No 1511 450602 4506038 85.2 0.5 0.013 0.121 Free Surface 0.277 No8 No 1512 450603 4506048 56.5 3.2 0.013 0.121 Free Surface 0.248 No8 No 1513 451109 4511086 259.9 7.1 0.013 0.020 Free Surface 0.116 No6 No 1514 450802 4506026 311.9 6.3 0.013 0.027 Free Surface 0.296 No6 No 1515 451121 4508026 202.7 4.0 0.013 0.012 Free Surface 0.104 No6 No 1516 451120 4511216 127.2 6.9 0.013 0.010 Free Surface 0.080 No6 No 1517 450820 4508026 292.9 12.8 0.013 0.004 Free Surface 0.080 No6 No 1518 450305 4501076 195.0 7.0 0.013 0.000 Free Surface 0.030 No6 No 1519 451110 4511096 321.1 10.1 0.013 0.016 Free Surface 0.091 No6 No 152 432009 4320086 259.8 8.1 0.013 0.139 Free Surface 0.258 No6 No 1520 450803 4508026 266.2 13.8 0.013 0.007 Free Surface 0.084 No6 No 1521 451119 4511206 333.6 14.3 0.013 0.007 Free Surface 0.060 No6 No 1522 450105 450209A8 145.9 2.4 0.013 0.042 Free Surface 0.117 No8 No 1523 450108 4501036 53.9 1.1 0.013 0.006 Free Surface 0.088 No6 No 1524 450110LH 4501028 256.6 6.5 0.013 0.019 Free Surface 0.236 No8 No 1525 450109 4501086 191.5 3.0 0.013 0.005 Free Surface 0.075 No6 No 1528 442801 4504176 164.1 4.0 0.013 0.182 Free Surface 0.341 No6 No 1529 442510 4423356 207.9 0.5 0.013 0.006 Free Surface 0.104 No6 No 153 430605 4306048 355.2 1.2 0.013 0.261 Free Surface 0.338 No8 No 1530 442333 4423326 127.7 3.5 0.013 0.024 Free Surface 0.163 No6 No 1531 442332 4426136 210.2 12.5 0.013 0.109 Free Surface 0.206 No6 No 329
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
1532 442335 4423346 60.0 6.7 0.013 0.020 Free Surface 0.103 No6 No 1533 442334 4423336 194.8 6.0 0.013 0.021 Free Surface 0.117 No6 No 1534 452736 4527376 201.9 2.6 0.013 0.004 Free Surface 0.066 No6 No 1535 441714 4416018 51.4 2.9 0.013 0.162 Free Surface 0.335 No8 No 1536 403007 4030066 252.9 0.4 0.013 0.008 Free Surface 0.143 No6 No 1537 441703 4417046 132.4 8.4 0.013 0.010 Free Surface 0.083 No6 No 1538 402705 4027046 268.9 0.3 0.013 0.017 Free Surface 0.196 No6 No 1539 441416 4414176 221.6 2.3 0.013 0.002 Free Surface 0.083 No6 No 154 441012LH 4410116 243.4 5.0 0.013 0.013 Free Surface 0.127 No6 No 1540 441418 4414176 161.6 12.7 0.013 0.017 Free Surface 0.102 No6 No 1541 441709 4417086 48.8 9.4 0.013 0.004 Free Surface 0.047 No6 No 1542 441402 441402A6 55.8 8.8 0.013 0.384 Free Surface 0.466 No6 No 1543 441412 4414116 271.8 10.1 0.013 0.030 Free Surface 0.125 No6 No 1544 442305 4423046 295.1 0.8 0.013 0.029 Free Surface 0.189 No6 No 1545 442328 4423296 112.9 0.9 0.013 0.063 Free Surface 0.304 No6 No 1546 452705 4527046 81.8 10.1 0.013 0.003 Free Surface 0.066 No6 No 1547 442728 4427146 92.5 21.6 0.013 0.004 Free Surface 0.051 No6 No 1548 442419 4424206 100.1 15.6 0.013 0.005 Free Surface 0.064 No6 No 1549 440315 4403166 217.9 8.3 0.013 0.009 Free Surface 0.069 No6 No 155 402712 4027026 152.5 2.5 0.013 0.095 Free Surface 0.275 No6 No 1550 442404 4424056 202.3 3.2 0.013 0.026 Free Surface 0.133 No6 No 1551 442456 4424278 156.2 5.1 0.013 0.002 Free Surface 0.053 No8 No 1552 443324 4433016 162.6 21.3 0.013 0.015 Free Surface 0.287 No6 No 1553 440910 4409116 136.0 7.8 0.013 0.042 Free Surface 0.185 No6 No 1554 450113 4501126 190.9 3.5 0.013 0.008 Free Surface 0.079 No6 No 1555 450117 4501166 30.0 5.3 0.013 0.001 Free Surface 0.026 No6 No 1556 450115 450115A6 123.1 3.9 0.013 0.009 Free Surface 0.073 No6 No 1558 450911 4508066 136.2 8.1 0.013 0.037 Free Surface 0.131 No6 No 1559 450806 4508076 231.7 17.4 0.013 0.056 Free Surface 0.136 No6 No 1560 452720 04C142M6 116.9 5.0 0.013 0.049 Free Surface 0.166 No6 No 1562 442508 4425096 165.1 4.3 0.013 0.002 Free Surface 0.060 No6 No 1563 VMH_86 4527216 96.2 0.1 0.013 0.000 Free Surface 0.025 No6 No 1564 452721 4527228 157.1 0.8 0.013 0.002 Free Surface 0.040 No8 No 1565 452735LH 4527346 99.0 0.9 0.013 0.002 Free Surface 0.059 No6 No 1566 442706 4426106 116.2 8.6 0.013 0.027 Free Surface 0.184 No6 No 1567 450811 4509018 292.2 0.4 0.013 0.120 Free Surface 0.325 No8 No 1568 450417 450420 18 258.4 3.8 0.013 0.000 Free Surface 0.000 No 18 No 1569 450420 450410 12 27.9 0.2 0.013 0.004 Free Surface 0.058 No 12 No 157 430905 4309046 141.5 0.5 0.013 0.018 Free Surface 0.204 No6 No 1570 442707 4427066 68.8 3.3 0.013 0.013 Free Surface 0.104 No6 No 1572 442815 4428166 108.9 0.1 0.013 0.014 Free Surface 0.230 No6 No 1573 442725 4427246 108.3 3.7 0.013 0.009 Free Surface 0.077 No6 No 1574 442408 4424096 59.1 5.2 0.013 0.032 Free Surface 0.194 No6 No 1575 442430 4424316 58.3 11.8 0.013 0.047 Free Surface 0.170 No6 No 1578 441908 4419076 196.9 9.2 0.013 0.052 Free Surface 0.196 No6 No 1579 441131 4411306 211.6 4.6 0.013 0.011 Free Surface 0.093 No6 No 158 430903 4309046 108.9 6.0 0.013 0.284 Free Surface 0.388 No6 No 1580 442513 4425116 206.8 4.8 0.013 0.007 Free Surface 0.061 No6 No 1581 442722 4427216 205.0 3.1 0.013 0.003 Free Surface 0.063 No6 No 1582 442457LH 4424466 19.7 8.3 0.013 0.003 Free Surface 0.046 No6 No 1583 442446 4424476 47.7 6.0 0.013 0.005 Free Surface 0.053 No6 No 1584 442407 4424086 153.5 1.2 0.013 0.031 Free Surface 0.169 No6 No 1585 442406 4424076 115.5 1.7 0.013 0.030 Free Surface 0.187 No6 No 1586 442429 4424306 99.2 13.8 0.013 0.029 Free Surface 0.117 No6 No 1587 443025 4429056 157.2 1.7 0.013 0.001 Free Surface 0.040 No6 No 1588 440308 4403076 269.3 7.6 0.013 0.006 Free Surface 0.075 No6 No 1589 452502 4524278 222.4 0.4 0.013 0.004 Free Surface 0.084 No8 No 159 432915LH 4329146 112.3 4.6 0.013 0.004 Free Surface 0.073 No6 No 1590 441414 4414126 141.6 13.8 0.013 0.019 Free Surface 0.097 No6 No 1591 403002 4030018 256.5 0.4 0.013 0.058 Free Surface 0.225 No8 No 1592 403203 4030028 190.7 0.6 0.013 0.019 Free Surface 0.119 No8 No 1593 402706 4027056 245.1 1.3 0.013 0.011 Free Surface 0.174 No6 No 1594 441022 4414026 106.7 9.4 0.013 0.380 Free Surface 0.408 No6 No 1595 441702 4417036 157.7 1.4 0.013 0.006 Free Surface 0.076 No6 No 1596 403004 4030038 113.4 1.2 0.013 0.030 Free Surface 0.177 No8 No 1597 441602 4416018 239.7 4.6 0.013 0.204 Free Surface 0.334 No8 No 1599 442626 4026046 165.0 2.5 0.013 0.036 Free Surface 0.173 No6 No 16 431503 4315028 163.0 3.9 0.013 0.791 Free Surface 0.542 No8 No 160 430706 4307056 154.9 7.7 0.013 0.316 Free Surface 0.383 No6 No 1600 402801 4030076 102.8 0.5 0.013 0.004 Free Surface 0.106 No6 No 1601 403008 4028016 63.1 1.8 0.013 0.002 Free Surface 0.066 No6 No 1602 402809 4028016 49.0 1.2 0.013 0.002 Free Surface 0.066 No6 No 1603 441701 4414206 271.7 16.3 0.013 0.010 Free Surface 0.072 No6 No 1605 441411 4414106 197.6 6.5 0.013 0.039 Free Surface 0.193 No6 No 1606 441601 4417128 305.4 2.0 0.013 0.406 Free Surface 0.398 No8 No 1607 441708 4417076 109.6 10.5 0.013 0.006 Free Surface 0.058 No6 No 1608 402607LHB 4026066 56.8 3.5 0.013 0.001 Free Surface 0.038 No6 No 1609 441420 441420A6 59.4 10.7 0.013 0.018 Free Surface 0.105 No6 No 161 431621LH 4316226 160.0 5.4 0.013 0.007 Free Surface 0.063 No6 No 1611 402803 4028086 92.5 1.2 0.013 0.007 Free Surface 0.162 No6 No 1612 452101 4520246 134.9 6.6 0.013 0.018 Free Surface 0.151 No6 No 1613 442331 4423326 273.6 5.9 0.013 0.082 Free Surface 0.202 No6 No 1614 442802 4428016 249.6 2.4 0.013 0.164 Free Surface 0.358 No6 No 1615 452724 4527276 120.4 0.7 0.013 0.014 Free Surface 0.124 No6 No 1616 442814 4428156 343.4 1.1 0.013 0.009 Free Surface 0.159 No6 No 1617 452715 4527146 78.2 2.9 0.013 0.002 Free Surface 0.039 No6 No 1618 442304 4423036 328.4 2.8 0.013 0.032 Free Surface 0.142 No6 No 1619 442709 4427086 195.8 11.1 0.013 0.007 Free Surface 0.090 No6 No 162 430210 4302096 169.4 7.1 0.013 0.416 Free Surface 0.438 No6 No 1620 452714 4527136 22.8 12.3 0.013 0.003 Free Surface 0.045 No6 No 1621 442806 4428026 194.7 8.2 0.013 0.154 Free Surface 0.318 No6 No 1622 442330 4423316 198.7 1.0 0.013 0.079 Free Surface 0.276 No6 No 1623 452727 4527286 204.4 6.4 0.013 0.015 Free Surface 0.089 No6 No 1624 442723 4427116 157.6 1.5 0.013 0.000 Free Surface 0.028 No6 No 1625 442324 4423256 223.6 6.5 0.013 0.006 Free Surface 0.056 No6 No 1626 442325 4423296 98.6 44.4 0.013 0.014 Free Surface 0.186 No6 No 1627 442803 4428026 301.0 12.8 0.013 0.007 Free Surface 0.214 No6 No 1628 452009 4520106 102.2 25.3 0.013 0.060 Free Surface 0.126 No6 No 1629 452706 4527056 156.2 16.2 0.013 0.002 Free Surface 0.032 No6 No 163 431623 4316316 98.1 49.5 0.013 0.066 Free Surface 0.196 No6 No 1630 452728 4525256 189.5 7.7 0.013 0.017 Free Surface 0.096 No6 No 1632 452704 4527036 68.4 0.7 0.013 0.005 Free Surface 0.075 No6 No 1633 443016 4430156 315.1 7.6 0.013 0.010 Free Surface 0.112 No6 No 1634 442438 4424378 106.6 0.9 0.013 0.020 Free Surface 0.104 No8 No 1635 442327 4423286 173.4 0.6 0.013 0.062 Free Surface 0.311 No6 No 1636 452524 4525236 299.9 3.6 0.013 0.002 Free Surface 0.045 No6 No 1637 442306 4423056 248.2 1.9 0.013 0.026 Free Surface 0.184 No6 No 1639 443017 4430166 179.1 14.6 0.013 0.003 Free Surface 0.054 No6 No 164 431622 4316236 62.6 8.5 0.013 0.009 Free Surface 0.064 No6 No 1640 442808 4428076 321.0 5.6 0.013 0.129 Free Surface 0.263 No6 No 1641 442437 4424368 150.6 2.5 0.013 0.022 Free Surface 0.094 No8 No 1642 442308 4423066 145.3 5.0 0.013 0.015 Free Surface 0.124 No6 No 1643 490102 4901016 82.9 1.6 0.013 0.007 Free Surface 0.110 No6 No 1644 454303 4543028 326.2 7.4 0.013 0.088 Free Surface 0.145 No8 No 1645 442509 4425106 267.4 0.7 0.013 0.004 Free Surface 0.094 No6 No 1646 452707LH 4527066 53.3 3.0 0.013 0.002 Free Surface 0.032 No6 No 1647 442807 4428066 297.7 6.0 0.013 0.136 Free Surface 0.263 No6 No 1648 442329 4423306 163.3 0.9 0.013 0.076 Free Surface 0.332 No6 No 1649 452702LH 4527016 62.3 18.1 0.013 0.003 Free Surface 0.045 No6 No 1650 452703 4527016 186.3 8.7 0.013 0.007 Free Surface 0.057 No6 No 1651 452531 4524196 97.3 9.9 0.013 0.003 Free Surface 0.036 No6 No 1652 443007 4430066 103.2 1.2 0.013 0.007 Free Surface 0.083 No6 No 1653 443018LH 4430176 114.6 2.0 0.013 0.003 Free Surface 0.049 No6 No 1654 443008 4430076 34.3 4.9 0.013 0.007 Free Surface 0.082 No6 No 1655 442307 4423066 136.9 0.8 0.013 0.011 Free Surface 0.140 No6 No 1656 442410 4423276 237.9 0.2 0.013 0.061 Free Surface 0.402 No6 No 1657 442409 4424106 85.8 1.4 0.013 0.060 Free Surface 0.363 No6 No 1658 442433 4424326 188.9 8.4 0.013 0.050 Free Surface 0.166 No6 No 1659 442435 4424346 146.8 6.1 0.013 0.042 Free Surface 0.140 No6 No 166 430214 4302136 64.1 50.8 0.013 0.058 Free Surface 0.106 No6 No 1660 442434 4424336 54.3 15.6 0.013 0.049 Free Surface 0.138 No6 No 1661 442432 4424316 126.3 3.9 0.013 0.052 Free Surface 0.195 No6 No 1662 442431 4428086 198.4 8.3 0.013 0.098 Free Surface 0.234 No6 No 1663 443009 4430086 276.4 12.0 0.013 0.004 Free Surface 0.054 No6 No 1664 442445 4424356 121.8 28.0 0.013 0.005 Free Surface 0.094 No6 No 1665 442812 4424306 137.4 1.9 0.013 0.016 Free Surface 0.127 No6 No 1666 442905 4429066 319.7 6.8 0.013 0.046 Free Surface 0.210 No6 No 1667 442424 4424256 162.8 14.0 0.013 0.002 Free Surface 0.041 No6 No 1668 442903 4429056 297.9 13.2 0.013 0.023 Free Surface 0.092 No6 No 1669 442901 4429026 250.6 14.7 0.013 0.007 Free Surface 0.061 No6 No 167 431627 4316286 202.2 5.9 0.013 0.007 Free Surface 0.175 No6 No 1670 442902 4429036 128.0 15.6 0.013 0.015 Free Surface 0.082 No6 No 1671 442425 4424266 221.7 9.0 0.013 0.006 Free Surface 0.063 No6 No 1672 442906 4429076 254.0 1.6 0.013 0.067 Free Surface 0.244 No6 No 1673 442455 4424256 68.9 57.4 0.013 0.003 Free Surface 0.038 No6 No 1674 442426 4424276 370.8 8.7 0.013 0.012 Free Surface 0.093 No6 No 1675 442427 4424286 180.1 5.1 0.013 0.021 Free Surface 0.121 No6 No 1676 440309 4403086 292.0 10.5 0.013 0.003 Free Surface 0.046 No6 No 1677 442915 4429056 229.6 1.0 0.013 0.017 Free Surface 0.149 No6 No 1678 442405 4424068 293.1 4.0 0.013 0.030 Free Surface 0.112 No8 No 1679 442451 4424276 267.7 20.9 0.013 0.005 Free Surface 0.074 No6 No 168 430203 4302046 137.6 14.0 0.013 0.467 Free Surface 0.411 No6 No 1680 440310 4403116 109.8 10.2 0.013 0.001 Free Surface 0.040 No6 No 1681 442914 4429156 172.6 1.1 0.013 0.015 Free Surface 0.142 No6 No 1682 443304 443305 12 317.1 1.0 0.013 1.085 Free Surface 0.488 No 12 No 1683 440314 4403156 151.9 11.2 0.013 0.005 Free Surface 0.056 No6 No 1684 440311 4403226 317.3 8.2 0.013 0.006 Free Surface 0.075 No6 No 1685 440313 4403146 63.3 0.4 0.013 0.001 Free Surface 0.045 No6 No 1686 440709 4407106 92.7 5.7 0.013 0.005 Free Surface 0.068 No6 No 1687 442107 4421086 87.9 25.6 0.013 0.025 Free Surface 0.083 No6 No 1688 443421 4434206 71.5 6.8 0.013 0.008 Free Surface 0.088 No6 No 1689 443420 4418036 174.1 20.8 0.013 0.041 Free Surface 0.109 No6 No 169 431626LH 4316256 80.9 0.5 0.013 0.043 Free Surface 0.265 No6 No 1690 443411 4434106 316.5 6.7 0.013 0.007 Free Surface 0.075 No6 No 1691 441804 4418036 35.3 1.8 0.013 0.282 Free Surface 0.568 No6 No 1692 442912LH 4429116 199.2 5.6 0.013 0.006 Free Surface 0.053 No6 No 1693 443302 443303 10 170.4 11.8 0.013 1.070 Free Surface 0.498 No 10 No 1694 440312 4403116 257.3 8.6 0.013 0.002 Free Surface 0.041 No6 No 1695 440322 4403236 237.4 3.3 0.013 0.013 Free Surface 0.094 No6 No 1696 442911 4429106 67.9 31.2 0.013 0.008 Free Surface 0.056 No6 No 1697 442910 4429136 132.1 8.0 0.013 0.009 Free Surface 0.074 No6 No 1698 440205 4402046 199.5 0.5 0.013 0.003 Free Surface 0.082 No6 No 1699 443301 443302 10 86.2 12.5 0.013 1.013 Free Surface 0.306 No 10 No 17 433412 4334138 193.2 7.6 0.013 0.991 Free Surface 0.523 No8 No 170 432003 4320046 132.5 6.7 0.013 0.106 Free Surface 0.194 No6 No 1700 440905 4409046 166.4 2.5 0.013 0.005 Free Surface 0.092 No6 No 1701 442401 4424026 174.8 11.5 0.013 0.002 Free Surface 0.046 No6 No 1702 440907 4409086 189.0 6.0 0.013 0.019 Free Surface 0.093 No6 No 1703 440206 4402076 147.6 7.5 0.013 0.002 Free Surface 0.143 No6 No 1704 440323 4403246 203.3 6.0 0.013 0.015 Free Surface 0.111 No6 No 1705 440411 4404106 126.8 3.9 0.013 0.004 Free Surface 0.095 No6 No 330
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
1706 443502 4435016 206.0 0.2 0.013 0.060 Free Surface 0.343 No6 No 1707 443513 4433096 142.3 5.3 0.013 0.010 Free Surface 0.079 No6 No 1708 443321 443322LH8 243.7 5.0 0.013 0.114 Free Surface 0.182 No8 No 1709 443512 4435136 123.7 13.8 0.013 0.004 Free Surface 0.060 No6 No 171 440303 4403026 141.5 4.9 0.013 0.036 Free Surface 0.142 No6 No 1710 443603 4436028 99.7 8.6 0.013 0.051 Free Surface 0.101 No8 No 1711 443509 4435046 113.3 2.6 0.013 0.014 Free Surface 0.116 No6 No 1712 443504 4435036 117.3 10.3 0.013 0.040 Free Surface 0.192 No6 No 1713 443505 4435046 115.7 7.1 0.013 0.024 Free Surface 0.117 No6 No 1714 443506 4435056 57.4 12.3 0.013 0.022 Free Surface 0.100 No6 No 1715 443507 4435066 182.1 10.9 0.013 0.009 Free Surface 0.077 No6 No 1716 443322LH 4433128 299.9 4.1 0.013 0.126 Free Surface 0.262 No8 No 1717 443312 4433118 156.6 11.0 0.013 0.616 Free Surface 0.331 No8 No 1718 443510 4435096 163.7 12.9 0.013 0.014 Free Surface 0.088 No6 No 1719 443511 4435106 207.4 4.1 0.013 0.006 Free Surface 0.067 No6 No 172 432923A 4329166 158.0 0.7 0.013 0.053 Free Surface 0.231 No6 No 1720 443410 4434096 134.6 4.4 0.013 0.012 Free Surface 0.087 No6 No 1721 443418 4434196 198.3 2.5 0.013 0.019 Free Surface 0.117 No6 No 1722 443422 4434216 174.1 14.9 0.013 0.005 Free Surface 0.055 No6 No 1723 441805 4418046 142.6 1.3 0.013 0.081 Free Surface 0.421 No6 No 1724 441838 4418056 157.4 1.3 0.013 0.025 Free Surface 0.232 No6 No 1726 441312 4413106 154.7 3.2 0.013 0.004 Free Surface 0.089 No6 No 1727 442114 4421136 89.9 19.7 0.013 0.004 Free Surface 0.064 No6 No 1728 441306 4413086 315.9 5.8 0.013 0.060 Free Surface 0.195 No6 No 1729 442202 442203 16 259.7 0.8 0.013 1.566 Free Surface 0.377 No 16 No 1731 441313LH 4413106 163.8 1.0 0.013 0.005 Free Surface 0.102 No6 No 1732 441106LH 4411076 127.4 4.1 0.013 0.004 Free Surface 0.051 No6 No 1733 441924 4419126 43.5 20.0 0.013 0.025 Free Surface 0.100 No6 No 1734 443508 4435066 130.0 12.2 0.013 0.010 Free Surface 0.078 No6 No 1735 443604 4436038 273.7 17.3 0.013 0.044 Free Surface 0.093 No8 No 1736 443316 4433156 127.5 1.5 0.013 0.050 Free Surface 0.190 No6 No 1737 443605 4436048 89.3 23.3 0.013 0.004 Free Surface 0.053 No8 No 1738 443315 4433136 123.9 20.2 0.013 0.055 Free Surface 0.124 No6 No 1739 443313 4433126 279.5 27.4 0.013 0.060 Free Surface 0.283 No6 No 174 432007 4320056 155.1 15.1 0.013 0.152 Free Surface 0.267 No6 No 1740 443405 4434046 110.5 10.5 0.013 0.010 Free Surface 0.088 No6 No 1741 442115 4421166 143.5 1.8 0.013 0.001 Free Surface 0.043 No6 No 1742 443407 4434066 72.1 1.0 0.013 0.003 Free Surface 0.081 No6 No 1743 443406 4434046 110.3 17.8 0.013 0.030 Free Surface 0.103 No6 No 1745 443414 4434156 219.4 10.2 0.013 0.007 Free Surface 0.064 No6 No 1747 443408 4434066 52.8 16.0 0.013 0.024 Free Surface 0.093 No6 No 1748 441821 4418206 67.0 1.5 0.013 0.011 Free Surface 0.109 No6 No 1749 441822 4418216 32.5 3.1 0.013 0.007 Free Surface 0.091 No6 No 175 432004 4320056 75.0 67.1 0.013 0.112 Free Surface 0.222 No6 No 1750 441834 4418376 123.3 0.8 0.013 0.024 Free Surface 0.223 No6 No 1751 443426 4434086 62.3 26.8 0.013 0.023 Free Surface 0.083 No6 No 1752 441828 4418276 133.5 1.3 0.013 0.014 Free Surface 0.128 No6 No 1753 441835 4418346 141.0 2.6 0.013 0.012 Free Surface 0.142 No6 No 1754 440710 4407116 105.2 3.6 0.013 0.009 Free Surface 0.105 No6 No 1755 441819 4418206 344.3 11.4 0.013 0.008 Free Surface 0.083 No6 No 1756 442112 4421116 129.3 17.3 0.013 0.014 Free Surface 0.070 No6 No 1757 443417 4434186 189.6 10.5 0.013 0.010 Free Surface 0.097 No6 No 1758 442105 4421066 247.7 9.0 0.013 0.037 Free Surface 0.124 No6 No 1759 443413 4434146 331.2 7.9 0.013 0.006 Free Surface 0.056 No6 No 176 432005 4320066 112.1 11.9 0.013 0.265 Free Surface 0.345 No6 No 1760 441826 4418246 225.9 10.7 0.013 0.003 Free Surface 0.056 No6 No 1761 440711 4407126 177.0 0.7 0.013 0.010 Free Surface 0.114 No6 No 1762 442113 4421126 176.1 3.4 0.013 0.010 Free Surface 0.079 No6 No 1763 442109 4421076 99.4 5.2 0.013 0.024 Free Surface 0.104 No6 No 1764 443419 4434206 168.9 9.8 0.013 0.026 Free Surface 0.107 No6 No 1765 443427 4434116 50.2 2.0 0.013 0.002 Free Surface 0.051 No6 No 1768 443423 4434246 264.3 4.8 0.013 0.007 Free Surface 0.091 No6 No 1769 441806 4418056 182.5 0.6 0.013 0.056 Free Surface 0.305 No6 No 177 432816 4328156 64.8 3.4 0.013 0.009 Free Surface 0.116 No6 No 1770 443424 4407286 115.6 1.5 0.013 0.013 Free Surface 0.198 No6 No 1771 441307 4413066 22.0 17.7 0.013 0.058 Free Surface 0.155 No6 No 1772 441931 4419326 127.4 16.8 0.013 0.005 Free Surface 0.048 No6 No 1773 440728 4407296 133.2 6.2 0.013 0.154 Free Surface 0.361 No6 No 1774 443808 4438076 277.9 8.2 0.013 0.005 Free Surface 0.054 No6 No 1775 403116 4031156 245.7 0.4 0.013 0.008 Free Surface 0.120 No6 No 1776 442206 442206A6 162.2 1.5 0.013 0.026 Free Surface 0.166 No6 No 1778 441913 4419126 112.1 8.2 0.013 0.011 Free Surface 0.093 No6 No 1779 441132LH 4411316 113.8 9.8 0.013 0.007 Free Surface 0.069 No6 No 178 431703 4317026 199.5 2.1 0.013 0.628 Exceeds Capacity 1.000 No6 Yes 1780 443806 4438056 130.5 13.2 0.013 0.017 Free Surface 0.092 No6 No 1781 441916 441913
6 43.4 7.7 0.013 0.004 Free Surface 0.058 No6 No
1782 441107 4411086 143.1 10.6 0.013 0.006 Free Surface 0.119 No6 No 1783 441108 4411096 146.6 1.7 0.013 0.035 Free Surface 0.177 No6 No 1784 441917LH 4419166 86.5 7.4 0.013 0.003 Free Surface 0.042 No6 No 1786 441907 4419066 276.2 1.8 0.013 0.057 Free Surface 0.210 No6 No 1787 441111 4411086 80.6 4.4 0.013 0.028 Free Surface 0.158 No6 No 1788 443801 4438026 110.9 16.0 0.013 0.001 Free Surface 0.031 No6 No 179 440202 4403046 174.0 4.2 0.013 0.032 Free Surface 0.134 No6 No 1790 443805 4438046 169.2 6.8 0.013 0.022 Free Surface 0.120 No6 No 1791 441205 4411056 269.1 4.3 0.013 0.013 Free Surface 0.268 No6 No 1792 441204 4412056 125.2 9.6 0.013 0.008 Free Surface 0.076 No6 No 1793 441130 4411286 187.9 14.1 0.013 0.031 Free Surface 0.116 No6 No 1794 441129LH 4411286 189.2 7.5 0.013 0.008 Free Surface 0.096 No6 No 1795 441918LH 4419196 85.3 1.7 0.013 0.002 Free Surface 0.052 No6 No 1796 443802 4438036 77.1 20.9 0.013 0.004 Free Surface 0.046 No6 No 1797 441919 4419206 51.9 3.8 0.013 0.004 Free Surface 0.048 No6 No 1798 441920 4419218 98.7 36.5 0.013 0.007 Free Surface 0.028 No8 No 1799 441921 4419106 168.8 4.1 0.013 0.007 Free Surface 0.120 No6 No 18 431510 4315098 251.4 3.5 0.013 0.626 Free Surface 0.729 No8 Yes 180 431720 431703
6 137.0 2.7 0.013 0.203 Backwater 1.000 No6 Yes
1800 441128 4411276 114.0 12.1 0.013 0.045 Free Surface 0.247 No6 No 1801 441309 441127
6 199.5 2.2 0.013 0.062 Free Surface 0.297 No6 No
1802 443804 4438206 123.1 4.6 0.013 0.031 Free Surface 0.283 No6 No 1803 443803 4438206 138.0 20.5 0.013 0.009 Free Surface 0.271 No6 No 1804 441127 4411266 140.5 1.1 0.013 0.108 Free Surface 0.416 No6 No 1805 402402 4024036 217.6 0.5 0.013 0.011 Free Surface 0.242 No6 No 1806 441136LH 441126A6 96.4 35.1 0.013 0.005 Free Surface 0.245 No6 No 1807 441134 4411336 137.2 1.2 0.013 0.003 Free Surface 0.070 No6 No 1808 441103 4411196 111.6 6.6 0.013 0.018 Free Surface 0.121 No6 No 1809 441114 4411196 243.2 35.4 0.013 0.042 Free Surface 0.121 No6 No 181 440316 4402026 130.6 10.2 0.013 0.012 Free Surface 0.109 No6 No 1810 441102 4411016 35.5 36.4 0.013 0.023 Free Surface 0.088 No6 No 1812 441115LH 4411146 182.2 0.3 0.013 0.017 Free Surface 0.155 No6 No 1813 441923 4420016 194.6 29.9 0.013 0.008 Free Surface 0.049 No6 No 1814 403121 4032016 332.6 0.3 0.013 0.005 Free Surface 0.124 No6 No 1815 441120LH 4411196 126.8 4.0 0.013 0.010 Free Surface 0.113 No6 No 1816 443812LH 4438138 90.9 0.1 0.013 0.006 Free Surface 0.103 No8 No 1817 443813 4416066 168.5 13.6 0.013 0.006 Free Surface 0.101 No6 No 1818 441606 4416058 136.8 9.6 0.013 0.068 Free Surface 0.133 No8 No 1819 441116 441115LH6 81.6 1.8 0.013 0.015 Free Surface 0.167 No6 No 182 433109 4317136 208.1 9.0 0.013 0.068 Free Surface 0.183 No6 No 1822 441126 441126A6 106.3 0.5 0.013 0.110 Free Surface 0.462 No6 No 1823 441117 4411166 245.8 0.6 0.013 0.013 Free Surface 0.134 No6 No 1824 441118LH 4411176 155.0 0.3 0.013 0.005 Free Surface 0.125 No6 No 1825 441017 4410166 82.5 12.8 0.013 0.006 Free Surface 0.048 No6 No 1826 441101 4410166 198.7 11.5 0.013 0.028 Free Surface 0.104 No6 No 1827 441016 4410186 69.3 11.2 0.013 0.153 Free Surface 0.241 No6 No 1828 441135LH SSTA_99536 99.1 25.3 0.013 0.006 Free Surface 0.253 No6 No 1829 441018 4410196 60.6 11.1 0.013 0.155 Free Surface 0.292 No6 No 183 431702 4317016 131.0 3.4 0.013 0.632 Backwater 1.000 No6 Yes 1830 441119 4410196 255.1 18.3 0.013 0.071 Free Surface 0.244 No6 No 1831 441605 4416048 265.7 13.1 0.013 0.138 Free Surface 0.162 No8 No 1832 441139 4411386 170.8 4.3 0.013 0.004 Free Surface 0.055 No6 No 1834 442002 4420036 45.2 29.0 0.013 0.016 Free Surface 0.130 No6 No 1835 441125 SSTA_99536 93.8 1.1 0.013 0.116 Free Surface 0.423 No6 No 1836 441122 4411216 222.5 9.0 0.013 0.128 Free Surface 0.242 No6 No 1838 441021 4414016 121.4 6.3 0.013 0.141 Free Surface 0.323 No6 No 1839 442003 4420046 191.3 4.2 0.013 0.063 Free Surface 0.334 No6 No 184 431714 4317166 148.2 7.4 0.013 0.049 Free Surface 0.177 No6 No 1840 442005 4420046 364.2 0.8 0.013 0.098 Free Surface 0.424 No6 No 1841 441604 4416038 312.6 14.1 0.013 0.191 Free Surface 0.175 No8 No 1842 441603 441603A8 98.6 13.2 0.013 0.191 Free Surface 0.176 No8 No 1843 441401 4410226 114.7 11.2 0.013 0.374 Free Surface 0.392 No6 No 1844 441415 4414146 154.1 7.4 0.013 0.010 Free Surface 0.077 No6 No 1845 402802 4028036 131.9 1.1 0.013 0.003 Free Surface 0.078 No6 No 1846 403005 4030048 118.6 0.3 0.013 0.028 Free Surface 0.158 No8 No 1848 441024 4410236 159.7 14.0 0.013 0.046 Free Surface 0.129 No6 No 1849 402608 4026066 56.4 3.5 0.013 0.002 Free Surface 0.041 No6 No 1850 402804 4028036 110.0 2.0 0.013 0.002 Free Surface 0.068 No6 No 1851 441023 4414046 123.5 16.6 0.013 0.056 Free Surface 0.314 No6 No 1852 441403 4414046 195.6 9.1 0.013 0.389 Free Surface 0.454 No6 No 1853 441711 4417106 111.2 15.9 0.013 0.045 Free Surface 0.338 No6 No 1854 441712 4417108 155.5 3.4 0.013 0.409 Free Surface 0.390 No8 No 1855 441707 4417066 173.1 15.5 0.013 0.013 Free Surface 0.116 No6 No 1856 441706 4417056 35.4 0.5 0.013 0.015 Free Surface 0.151 No6 No 1857 441704 4417056 267.3 15.4 0.013 0.028 Free Surface 0.117 No6 No 1858 441419 4414096 143.2 17.4 0.013 0.024 Free Surface 0.186 No6 No 1859 402606 4026058 105.9 4.7 0.013 0.004 Free Surface 0.054 No8 No 186 433110 4331096 200.0 10.1 0.013 0.050 Free Surface 0.156 No6 No 1860 441705 4415096 121.0 10.7 0.013 0.046 Free Surface 0.137 No6 No 1861 441710 4417138 114.0 2.7 0.013 0.461 Free Surface 0.409 No8 No 1862 441510 4415086 230.7 6.2 0.013 0.023 Free Surface 0.131 No6 No 1863 441509 4415086 33.5 10.0 0.013 0.048 Free Surface 0.146 No6 No 1864 402805 4028066 345.5 0.5 0.013 0.006 Free Surface 0.135 No6 No 1865 441404 4414056 137.2 3.2 0.013 0.268 Free Surface 0.402 No6 No 1868 402605 402604A8 132.0 1.0 0.013 0.009 Free Surface 0.111 No8 No 187 451826B 451826A6 134.4 5.6 0.013 0.005 Free Surface 0.084 No6 No 1870 441405 4414068 371.0 8.6 0.013 0.268 Free Surface 0.268 No8 No 1873 441507 4415066 48.4 2.9 0.013 0.083 Free Surface 0.547 No6 No 1875 441508 4415076 326.5 14.5 0.013 0.070 Free Surface 0.200 No6 No 1876 441713 441506 12 321.5 1.7 0.013 0.461 Free Surface 0.351 No 12 No 1877 450819LH 4508206 71.1 11.3 0.013 0.002 Free Surface 0.037 No6 No 1878 451115 4508226 264.1 11.4 0.013 0.007 Free Surface 0.073 No6 No 1879 450817 4508136 318.6 19.3 0.013 0.013 Free Surface 0.084 No6 No 188 442918 4429066 123.5 4.5 0.013 0.017 Free Surface 0.186 No6 No 1880 450916 4509156 135.6 0.7 0.013 0.006 Free Surface 0.084 No6 No 1881 451207LH 4512066 91.1 1.0 0.013 0.002 Free Surface 0.063 No6 No 1882 451202 4512016 105.3 8.1 0.013 0.122 Free Surface 0.232 No6 No 1883 451015 4510146 314.0 12.3 0.013 0.146 Free Surface 0.229 No6 No 1884 452001 4520026 109.9 6.9 0.013 0.027 Free Surface 0.115 No6 No 1885 402901 402704 15 268.4 0.3 0.013 0.416 Free Surface 0.277 No8 No 1886 402714 4027136 206.0 1.7 0.013 0.011 Free Surface 0.107 No6 No 1887 452801 4520206 29.0 33.0 0.013 0.005 Free Surface 0.179 No6 No 1888 452803 4520206 253.9 6.6 0.013 0.013 Free Surface 0.083 No6 No 1889 452709 4527086 193.1 8.3 0.013 0.001 Free Surface 0.028 No6 No 1892 442908LH 4429076 178.2 4.1 0.013 0.004 Free Surface 0.135 No6 No 331
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
1893 443221 443221B8 96.6 2.8 0.013 0.005 Free Surface 0.072 No8 No 1894 443309 4433088 90.8 9.3 0.013 0.640 Free Surface 0.600 No8 No 1895 443501 4433086 61.8 6.5 0.013 0.061 Free Surface 0.173 No6 No 1896 450815 4508148 242.0 19.4 0.013 0.009 Free Surface 0.051 No8 No 1897 451221 4512206 66.9 3.6 0.013 0.011 Free Surface 0.132 No6 No 1898 450814 4508136 181.7 8.6 0.013 0.016 Free Surface 0.095 No6 No 1899 451112 4511116 252.0 5.6 0.013 0.008 Free Surface 0.073 No6 No 19 433801 4338026 168.2 6.1 0.013 0.001 Free Surface 0.041 No6 No 190 442919 4429186 51.4 2.2 0.013 0.001 Free Surface 0.067 No6 No 1900 450823 4508066 168.5 10.5 0.013 0.016 Free Surface 0.106 No6 No 1901 451308 4512216 277.1 13.9 0.013 0.005 Free Surface 0.068 No6 No 1902 451114LH 4511126 171.4 0.6 0.013 0.002 Free Surface 0.063 No6 No 1903 451113 4511126 217.6 0.9 0.013 0.003 Free Surface 0.068 No6 No 1904 451215 4512146 200.9 9.8 0.013 0.076 Free Surface 0.172 No6 No 1905 451210 4512096 348.6 1.6 0.013 0.005 Free Surface 0.074 No6 No 1906 451216 4512156 67.0 8.8 0.013 0.074 Free Surface 0.178 No6 No 1907 450912 4509116 295.7 1.9 0.013 0.028 Free Surface 0.149 No6 No 1908 451209 4512036 78.0 22.0 0.013 0.020 Free Surface 0.106 No6 No 1909 451208LH 4512096 166.1 1.1 0.013 0.014 Free Surface 0.109 No6 No 191 442453LH 4424526 64.2 14.4 0.013 0.003 Free Surface 0.038 No6 No 1910 451218 4512166 156.2 4.7 0.013 0.068 Free Surface 0.191 No6 No 1911 451220 4512186 274.8 0.4 0.013 0.015 Free Surface 0.190 No6 No 1912 450812 4508096 156.0 2.9 0.013 0.038 Free Surface 0.239 No6 No 1913 451305 4512186 222.6 11.9 0.013 0.025 Free Surface 0.151 No6 No 1914 450913 4509126 101.5 11.4 0.013 0.020 Free Surface 0.129 No6 No 1915 451203 4512026 64.4 3.7 0.013 0.027 Free Surface 0.184 No6 No 1916 451214 4512026 188.9 12.8 0.013 0.077 Free Surface 0.199 No6 No 1917 451206 4512056 200.7 0.7 0.013 0.004 Free Surface 0.087 No6 No 1918 451219 4512186 161.2 5.2 0.013 0.024 Free Surface 0.160 No6 No 1919 451205 4512046 82.6 1.0 0.013 0.006 Free Surface 0.072 No6 No 192 442452 4424266 150.0 28.4 0.013 0.007 Free Surface 0.059 No6 No 1920 451204 4512036 195.6 10.6 0.013 0.006 Free Surface 0.092 No6 No 1921 450918 4509176 67.6 0.9 0.013 0.012 Free Surface 0.130 No6 No 1922 451302 4512196 119.4 2.3 0.013 0.019 Free Surface 0.122 No6 No 1923 451303 4513026 223.7 16.1 0.013 0.012 Free Surface 0.096 No6 No 1924 451016A 4512016 119.2 0.8 0.013 0.014 Free Surface 0.186 No6 No 1925 450919 4509186 40.4 1.0 0.013 0.009 Free Surface 0.118 No6 No 1926 450920 4509196 104.2 1.0 0.013 0.006 Free Surface 0.101 No6 No 1927 450810 4508118 192.6 0.2 0.013 0.118 Free Surface 0.376 No8 No 1928 451018LH 4510176 60.3 0.8 0.013 0.004 Free Surface 0.087 No6 No 1929 452423 4524226 167.1 5.9 0.013 0.002 Free Surface 0.038 No6 No 193 432921LH 4328176 91.4 1.2 0.013 0.004 Free Surface 0.063 No6 No 1930 443108 4432166 559.2 1.9 0.013 0.077 Free Surface 0.266 No6 No 1931 452417 4524166 205.4 8.2 0.013 0.034 Free Surface 0.155 No6 No 1932 452034 4520326 81.2 11.9 0.013 0.005 Free Surface 0.057 No6 No 1933 450902 450907 12 19.4 5.9 0.013 0.000 Free Surface 0.000 No 12 No 1934 452017 4526106 143.4 14.7 0.013 0.004 Free Surface 0.056 No6 No 1935 452615 4526016 224.2 8.8 0.013 0.307 Free Surface 0.395 No6 No 1936 452605 4526016 122.8 9.3 0.013 0.033 Free Surface 0.271 No6 No 1937 443103 4431016 416.2 3.8 0.013 0.024 Free Surface 0.126 No6 No 1938 452422 4524246 152.0 8.4 0.013 0.003 Free Surface 0.076 No6 No 1939 443216 443203 10 253.4 1.1 0.013 0.211 Free Surface 0.346 No 10 No 194 432801 4329016 265.7 12.3 0.013 0.023 Free Surface 0.171 No6 No 1940 443203 443204 15 152.1 0.5 0.013 2.089 Free Surface 0.602 No 15 No 1941 443217 4432166 107.2 2.2 0.013 0.127 Free Surface 0.336 No6 No 1942 452420 4524216 320.4 4.7 0.013 0.010 Free Surface 0.131 No6 No 1943 452601 4526026 133.9 6.3 0.013 0.341 Free Surface 0.429 No6 No 1944 452604 4526026 332.5 6.1 0.013 0.004 Free Surface 0.240 No6 No 1945 402902 402901 15 255.1 0.5 0.013 0.397 Free Surface 0.276 No8 No 1946 402715 4027146 200.1 1.7 0.013 0.005 Free Surface 0.089 No6 No 1947 402613 4026126 192.4 1.8 0.013 0.028 Free Surface 0.170 No6 No 1948 402718LH 4026126 100.0 0.9 0.013 0.003 Free Surface 0.121 No6 No 1949 402612 4026116 234.1 1.8 0.013 0.033 Free Surface 0.181 No6 No 195 442403 4424046 82.1 4.7 0.013 0.010 Free Surface 0.110 No6 No 1950 402704 402703 15 173.8 0.9 0.013 0.438 Free Surface 0.322 No8 No 1951 402702 402703 10 136.1 0.4 0.013 0.435 Free Surface 0.606 No 10 Yes 1952 450922 4510226 240.4 1.5 0.013 0.010 Free Surface 0.128 No6 No 1953 451022 451021
6 299.9 1.1 0.013 0.019 Free Surface 0.228 No6 No
1954 451021 4510206 301.6 0.3 0.013 0.031 Free Surface 0.258 No6 No 1955 452025 4520246 77.4 14.3 0.013 0.101 Free Surface 0.194 No6 No 1956 450923 4509086 333.4 1.5 0.013 0.005 Free Surface 0.074 No6 No 1957 450902 443225 12 276.1 1.4 0.013 0.678 Free Surface 0.338 No 12 No 1958 451014 4510136 267.4 14.5 0.013 0.154 Free Surface 0.223 No6 No 1959 452033LH 4520326 147.9 6.9 0.013 0.002 Free Surface 0.051 No6 No 196 442420 4424216 245.7 3.8 0.013 0.009 Free Surface 0.073 No6 No 1960 443225 450903 12 120.1 1.9 0.013 0.680 Free Surface 0.313 No 12 No 1961 452029 4520286 30.6 104.6 0.013 0.005 Free Surface 0.042 No6 No 1962 450908 450909 24 457.9 1.7 0.013 3.929 Free Surface 0.310 No 24 No 1963 450903 450904 12 352.7 1.6 0.013 0.682 Free Surface 0.331 No 12 No 1964 452030 4520296 66.5 1.4 0.013 0.004 Free Surface 0.052 No6 No 1965 451020 4510196 298.2 1.7 0.013 0.047 Free Surface 0.258 No6 No 1966 452028 4520276 70.4 9.4 0.013 0.007 Free Surface 0.056 No6 No 1968 451013 4510128 163.7 13.9 0.013 0.169 Free Surface 0.168 No8 No 197 442421 4424046 142.4 24.4 0.013 0.013 Free Surface 0.100 No6 No 1970 450904 450905 12 346.7 1.7 0.013 0.696 Free Surface 0.357 No 12 No 1971 450910 450905 15 16.8 0.6 0.013 0.489 Free Surface 0.349 No 15 No 1972 452802LH 4528016 250.7 14.3 0.013 0.003 Free Surface 0.034 No6 No 1973 452701 4526116 49.6 23.4 0.013 0.011 Free Surface 0.062 No6 No 1974 452527 4524186 154.8 9.5 0.013 0.022 Free Surface 0.128 No6 No 1975 451217LH 4512166 109.3 1.4 0.013 0.005 Free Surface 0.125 No6 No 1976 450914 4509136 159.9 12.7 0.013 0.016 Free Surface 0.084 No6 No 1977 450915 4509146 165.1 5.1 0.013 0.008 Free Surface 0.074 No6 No 1978 451201 4510156 202.5 11.0 0.013 0.139 Free Surface 0.230 No6 No 1979 451017 4510166 219.9 0.7 0.013 0.006 Free Surface 0.114 No6 No 198 443303 443304 10 159.1 1.0 0.013 1.081 Free Surface 0.629 No 10 No 1980 451016 451016A6 238.2 0.6 0.013 0.011 Free Surface 0.136 No6 No 1981 441830 4418296 194.8 0.9 0.013 0.005 Free Surface 0.077 No6 No 1982 442117 4421106 100.0 5.2 0.013 0.000 Free Surface 0.040 No6 No 1983 442110 4421096 174.2 15.2 0.013 0.018 Free Surface 0.102 No6 No 1984 441803 4418026 280.4 1.9 0.013 0.324 Free Surface 0.590 No6 No 1985 442209 4422086 200.5 14.7 0.013 0.005 Free Surface 0.042 No6 No 1986 451608 4516066 110.0 0.8 0.013 0.046 Free Surface 0.256 No6 No 1988 441816LH 4418176 114.9 4.4 0.013 0.007 Free Surface 0.061 No6 No 1989 403104 4033046 238.5 0.6 0.013 0.003 Free Surface 0.073 No6 No 199 432804 4328056 256.5 0.2 0.013 0.003 Free Surface 0.110 No6 No 1990 451613LH 4516116 389.5 10.1 0.013 0.000 Free Surface 0.061 No6 No 1991 443416 4434176 231.5 5.5 0.013 0.004 Free Surface 0.059 No6 No 1992 403326 4033016 375.5 0.8 0.013 0.007 Free Surface 0.117 No6 No 1993 451603 451602 16 249.4 0.9 0.013 1.542 Free Surface 0.389 No 16 No 1994 451605 451605A6 56.3 1.5 0.013 0.198 Free Surface 0.470 No6 No 1995 403102 403102A6 43.0 0.5 0.013 0.007 Free Surface 0.114 No6 No 1996 403305 403306 18 11.2 2.2 0.013 3.951 Free Surface 0.770 No 18 No 1997 403332 403306 18 14.0 0.3 0.013 1.816 Free Surface 0.494 No 18 No 1998 442222 4422206 79.4 12.6 0.013 0.011 Free Surface 0.078 No6 No 1999 442216 4422156 136.2 8.0 0.013 0.002 Free Surface 0.034 No6 No 2 455010 4550096 70.7 1.0 0.013 0.050 Free Surface 0.252 No6 No 20 431507 4315066 282.4 1.6 0.013 0.631 Exceeds Capacity 1.000 No6 Yes 200 442422 4424216 59.7 4.9 0.013 0.001 Free Surface 0.042 No6 No 2000 442207 442204
6 187.4 8.9 0.013 0.158 Free Surface 0.359 No6 No
2001 451604 451603 16 300.9 2.2 0.013 1.561 Free Surface 0.332 No 16 No 2002 403101 4031026 301.4 0.8 0.013 0.007 Free Surface 0.097 No6 No 2003 441815 4419296 66.1 13.5 0.013 0.001 Free Surface 0.035 No6 No 2004 442213 4422126 146.4 5.8 0.013 0.002 Free Surface 0.041 No6 No 2005 440735 4407276 222.7 9.8 0.013 0.072 Free Surface 0.213 No6 No 2006 441303 4413048 258.1 3.5 0.013 0.193 Free Surface 0.237 No8 No 2007 450415 450416 10 231.1 0.6 0.013 0.192 Free Surface 0.234 No 10 No 2008 452112 4521116 29.2 16.0 0.013 0.012 Free Surface 0.064 No6 No 2009 452722 4527238 223.0 4.8 0.013 0.006 Free Surface 0.045 No8 No 201 432805 4328066 266.9 2.3 0.013 0.018 Free Surface 0.144 No6 No 2010 452806 4527176 209.7 7.4 0.013 0.003 Free Surface 0.051 No6 No 2011 452734 4527336 207.1 2.8 0.013 0.005 Free Surface 0.063 No6 No 2012 452515 4525146 93.9 5.5 0.013 0.000 Free Surface 0.021 No6 No 2013 452512 4525116 62.4 16.0 0.013 0.005 Free Surface 0.073 No6 No 2014 452725 4527246 79.9 27.3 0.013 0.004 Free Surface 0.098 No6 No 2015 452002 4520036 178.8 8.0 0.013 0.029 Free Surface 0.125 No6 No 2016 452032 4520316 79.9 6.9 0.013 0.009 Free Surface 0.067 No6 No 2017 452108 4520256 154.6 17.2 0.013 0.098 Free Surface 0.178 No6 No 2018 452511 452511A6 98.9 10.4 0.013 0.026 Free Surface 0.100 No6 No 202 443329 4433036 61.4 12.9 0.013 0.008 Free Surface 0.529 No6 No 2022 452503 4524246 231.2 2.8 0.013 0.006 Free Surface 0.092 No6 No 2023 452733 4527326 111.8 10.3 0.013 0.008 Free Surface 0.062 No6 No 2024 452003 4520046 55.3 6.5 0.013 0.035 Free Surface 0.129 No6 No 2025 452510 4525096 15.5 6.4 0.013 0.026 Free Surface 0.290 No6 No 2026 452732 4527316 54.8 7.1 0.013 0.008 Free Surface 0.072 No6 No 2027 452530 4525116 209.4 5.2 0.013 0.019 Free Surface 0.104 No6 No 2028 450907 450908 21 269.4 1.4 0.013 3.905 Free Surface 0.390 No 21 No 2029 452737 4525196 195.0 5.1 0.013 0.009 Free Surface 0.077 No6 No 203 443330 4433296 100.1 2.0 0.013 0.007 Free Surface 0.072 No6 No 2030 452006 4520076 38.4 30.1 0.013 0.045 Free Surface 0.125 No6 No 204 440919 4409208 154.0 10.1 0.013 0.026 Free Surface 0.080 No8 No 2041 452035 4520346 54.0 27.9 0.013 0.002 Free Surface 0.036 No6 No 2042 452614 4520176 398.0 2.2 0.013 0.002 Free Surface 0.043 No6 No 2043 443101 4432186 447.1 0.6 0.013 0.111 Free Surface 0.431 No6 No 2044 402710 4027116 288.5 0.7 0.013 0.086 Free Surface 0.383 No6 No 2045 450909 450910 24 346.8 1.5 0.013 3.945 Free Surface 0.319 No 24 No 2046 452011 4520126 195.0 7.3 0.013 0.068 Free Surface 0.168 No6 No 2047 451002 451003 21 318.3 1.0 0.013 3.511 Free Surface 0.383 No 21 No 2048 451011 4510108 259.5 0.6 0.013 0.245 Free Surface 0.434 No8 No 2049 451007 451008 18 369.8 1.4 0.013 3.360 Free Surface 0.483 No 18 No 205 440916 4409156 83.6 3.6 0.013 0.060 Free Surface 0.191 No6 No 2050 443214 443214A6 148.0 3.1 0.013 0.061 Free Surface 0.238 No6 No 2051 452019 4520186 275.0 2.4 0.013 0.210 Free Surface 0.397 No6 No 2052 452013 4520146 143.3 7.4 0.013 0.076 Free Surface 0.173 No6 No 2053 451003 451004 21 416.0 1.9 0.013 3.511 Free Surface 0.342 No 21 No 2055 452611 4524176 89.1 10.5 0.013 0.011 Free Surface 0.096 No6 No 2056 452418 4524176 101.1 1.5 0.013 0.022 Free Surface 0.142 No6 No 2057 452608 4526066 217.6 1.3 0.013 0.003 Free Surface 0.079 No6 No 2058 452607 4526066 248.4 6.2 0.013 0.019 Free Surface 0.100 No6 No 2059 452419 4524206 52.9 11.1 0.013 0.003 Free Surface 0.056 No6 No 206 440605 4406048 165.2 0.9 0.013 0.014 Free Surface 0.096 No8 No 2060 452528 4524206 164.9 11.9 0.013 0.002 Free Surface 0.052 No6 No 2061 452018 4526156 77.7 10.5 0.013 0.305 Free Surface 0.357 No6 No 2062 443213 4432048 355.2 1.1 0.013 0.073 Free Surface 0.201 No8 No 2063 443204 443205 15 262.8 0.6 0.013 2.166 Free Surface 0.660 No 15 No 2064 452014 4520156 171.6 23.7 0.013 0.083 Free Surface 0.157 No6 No 2065 452015 4520166 214.3 17.5 0.013 0.089 Free Surface 0.160 No6 No 2066 451010 4510098 140.1 0.6 0.013 0.249 Free Surface 0.443 No8 No 2067 451008 451009 21 217.8 0.4 0.013 3.364 Free Surface 0.489 No 21 No 2068 452617 4526056 144.4 5.1 0.013 0.004 Free Surface 0.084 No6 No 2069 452606 4526056 108.5 12.7 0.013 0.026 Free Surface 0.108 No6 No 207 440606 4406058 185.0 5.7 0.013 0.005 Free Surface 0.068 No8 No 332
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
2070 443218 4432176 163.8 1.0 0.013 0.123 Free Surface 0.403 No6 No 2071 452602 4526036 115.9 6.3 0.013 0.349 Free Surface 0.426 No6 No 2072 452416 4526036 306.5 1.7 0.013 0.036 Free Surface 0.302 No6 No 2073 452610 451827A6 181.4 3.8 0.013 0.007 Free Surface 0.075 No6 No 2074 442907 4431016 250.4 4.4 0.013 0.078 Free Surface 0.217 No6 No 2075 452415 4526036 96.2 1.0 0.013 0.002 Free Surface 0.234 No6 No 2076 452424 4524256 305.2 2.2 0.013 0.014 Free Surface 0.183 No6 No 2077 451906 451903 21 180.7 0.4 0.013 3.611 Free Surface 0.512 No 21 No 2078 451907 451904 21 77.5 0.7 0.013 3.784 Free Surface 0.461 No 21 No 2079 452603 4524018 152.1 5.4 0.013 0.387 Free Surface 0.316 No8 No 208 440117LH 440117A6 123.9 0.3 0.013 0.006 Free Surface 0.148 No6 No 2080 452421 4524016 295.8 0.3 0.013 0.015 Free Surface 0.305 No6 No 2082 452427 4524268 310.1 0.2 0.013 0.005 Free Surface 0.081 No8 No 2083 451827 4518266 167.2 4.4 0.013 0.017 Free Surface 0.124 No6 No 2084 452613 4518266 368.8 4.7 0.013 0.002 Free Surface 0.088 No6 No 2085 452414 4524016 95.7 3.2 0.013 0.001 Free Surface 0.229 No6 No 2086 451405 4514046 263.3 0.3 0.013 0.000 Free Surface 0.000 No6 No 2087 451404 4514036 113.2 0.6 0.013 0.000 Free Surface 0.000 No6 No 2088 443201 443202 12 181.3 5.4 0.013 1.841 Free Surface 0.404 No 12 No 2089 451826 4518256 155.7 3.2 0.013 0.029 Free Surface 0.161 No6 No 209 440108 4401136 164.0 25.6 0.013 0.020 Free Surface 0.133 No6 No 2090 452612 4518256 421.4 4.0 0.013 0.005 Free Surface 0.119 No6 No 2091 443222 4432218 72.2 10.4 0.013 0.003 Free Surface 0.037 No8 No 2092 452401 4524028 279.4 5.6 0.013 0.406 Free Surface 0.405 No8 No 2093 452425 452425A6 294.8 0.1 0.013 0.019 Free Surface 0.422 No6 No 2094 443606 4519078 261.9 7.2 0.013 0.051 Free Surface 0.107 No8 No 2095 443223 4432016 201.7 2.6 0.013 0.005 Free Surface 0.270 No6 No 2096 451704 451705 18 167.8 1.3 0.013 3.854 Free Surface 0.523 No 18 No 2097 443305 443306 12 287.0 1.0 0.013 1.094 Free Surface 0.492 No 12 No 2098 452402 4524038 119.3 1.4 0.013 0.445 Free Surface 0.492 No8 No 2099 452426 452403A 10 101.3 0.7 0.013 0.154 Free Surface 0.479 No 10 No 21 454904 4549056 241.4 12.3 0.013 0.275 Free Surface 0.313 No6 No 210 440113 4401146 179.4 0.8 0.013 0.026 Free Surface 0.533 No6 No 2100 452411 4524026 129.8 0.8 0.013 0.018 Free Surface 0.408 No6 No 2101 451004 451005 21 123.5 1.7 0.013 3.530 Free Surface 0.425 No 21 No 2102 443107 4431086 88.8 1.1 0.013 0.003 Free Surface 0.163 No6 No 2104 452409 452405 10 121.7 2.9 0.013 0.016 Free Surface 0.213 No 10 No 2105 452404 452405C 16 231.9 0.3 0.013 0.506 Free Surface 0.282 No 12 No 2106 451819A 4518176 245.0 0.7 0.013 0.011 Free Surface 0.128 No6 No 2108 451416 4514176 276.7 8.7 0.013 0.010 Free Surface 0.101 No6 No 2109 443425 4434028 109.0 3.9 0.013 0.383 Free Surface 0.349 No8 No 211 440405 4404066 217.1 0.6 0.013 0.007 Free Surface 0.097 No6 No 2110 451821 451821A6 234.4 0.5 0.013 0.002 Free Surface 0.087 No6 No 2111 451820 451820A8 274.9 1.3 0.013 0.024 Free Surface 0.094 No8 No 2112 451813 403309 21 108.2 0.8 0.013 4.308 Free Surface 0.529 No 21 No 2113 452408 4033166 277.0 0.3 0.013 0.007 Free Surface 0.134 No6 No 2114 451508 4515076 150.9 13.2 0.013 0.008 Free Surface 0.073 No6 No 2115 442104 4421026 188.2 1.0 0.013 0.022 Free Surface 0.152 No6 No 2116 441801 4434018 223.3 10.7 0.013 0.374 Free Surface 0.299 No8 No 2117 441837 4418016 237.0 0.4 0.013 0.032 Free Surface 0.239 No6 No 2118 403321 4033226 217.9 0.6 0.013 0.006 Free Surface 0.107 No6 No 2119 451803D 451602 21 70.7 0.2 0.013 4.206 Free Surface 0.606 No 21 No 212 440634 4406336 90.2 2.8 0.013 0.056 Free Surface 0.193 No6 No 2120 451803A 451803B 21 34.4 1.0 0.013 3.956 Free Surface 0.453 No 21 No 2121 441832 4418316 94.4 0.7 0.013 0.002 Free Surface 0.066 No6 No 2122 441831 4418286 169.6 2.2 0.013 0.005 Free Surface 0.099 No6 No 2123 440712 4407136 229.7 9.4 0.013 0.022 Free Surface 0.131 No6 No 2124 451614 451614A6 284.0 7.5 0.013 0.003 Free Surface 0.051 No6 No 2126 403304 403305 18 399.6 1.0 0.013 5.589 Free Surface 0.816 No 18 Yes 2127 443306 443307 12 383.3 1.1 0.013 1.100 Free Surface 0.436 No 12 No 2128 443307 443201 12 183.7 7.3 0.013 1.815 Free Surface 0.370 No 12 No 2129 451825 4524126 285.6 2.7 0.013 0.041 Free Surface 0.226 No6 No 213 440613A 4406026 309.8 2.5 0.013 0.023 Free Surface 0.372 No6 No 2130 452412A 4524126 180.7 1.6 0.013 0.012 Free Surface 0.193 No6 No 2131 443333 4433346 297.3 4.0 0.013 0.006 Free Surface 0.093 No6 No 2132 443334 4433086 421.7 1.7 0.013 0.015 Free Surface 0.121 No6 No 2133 443308 4433078 135.8 8.9 0.013 0.717 Free Surface 0.468 No8 No 2134 443607 4436068 297.6 10.4 0.013 0.051 Free Surface 0.098 No8 No 2135 452403 452404 16 290.7 0.3 0.013 0.520 Free Surface 0.303 No 12 No 2136 451818 4518176 83.1 4.3 0.013 0.004 Free Surface 0.088 No6 No 2137 443327 4433286 260.6 1.7 0.013 0.001 Free Surface 0.056 No6 No 2138 452412 4524136 185.7 0.9 0.013 0.058 Free Surface 0.275 No6 No 2139 452413 4518226 17.9 0.9 0.013 0.058 Free Surface 0.275 No6 No 214 440628 4406296 204.7 2.3 0.013 0.043 Free Surface 0.191 No6 No 2141 443328 4433106 295.0 5.1 0.013 0.009 Free Surface 0.284 No6 No 2142 443310 4433098 215.1 7.5 0.013 0.630 Free Surface 0.371 No8 No 2143 451817 4518166 127.3 1.6 0.013 0.015 Free Surface 0.228 No6 No 2144 443311 4433108 140.3 11.4 0.013 0.620 Free Surface 0.351 No8 No 2145 451504 4514076 354.4 7.6 0.013 0.060 Free Surface 0.184 No6 No 2146 451808 451809 18 275.6 1.0 0.013 3.673 Free Surface 0.531 No 18 No 2147 451506LH 4515108 165.5 0.4 0.013 0.000 Free Surface 0.029 No8 No 2149 451819 451819A6 197.2 1.0 0.013 0.002 Free Surface 0.090 No6 No 215 440512 4405116 173.4 13.7 0.013 0.009 Free Surface 0.075 No6 No 2150 451807 451808 18 295.3 0.6 0.013 3.673 Free Surface 0.610 No 18 No 2153 451802 451829 15 14.2 10.9 0.013 0.000 Free Surface 0.284 No 15 No 2154 451415 4514146 236.8 13.9 0.013 0.013 Free Surface 0.077 No6 No 2155 451410 4514096 284.1 25.1 0.013 0.043 Free Surface 0.119 No6 No 2156 452405 452405A 12 11.2 1.2 0.013 0.018 Free Surface 0.235 No 12 No 2157 451510 4515058 220.5 3.9 0.013 0.010 Free Surface 0.058 No8 No 2159 451503 4515046 181.1 9.0 0.013 0.058 Free Surface 0.162 No6 No 2162 442111 4421106 75.1 19.7 0.013 0.017 Free Surface 0.077 No6 No 2163 403103 403304 21 63.9 0.6 0.013 5.704 Free Surface 0.610 No 21 No 2164 442210 4422096 50.6 13.0 0.013 0.001 Free Surface 0.033 No6 No 2165 451602 451803E 21 217.5 0.3 0.013 5.722 Free Surface 0.736 No 21 No 2166 441829 4418286 245.6 5.8 0.013 0.007 Free Surface 0.096 No6 No 2167 442108 4422196 113.2 19.2 0.013 0.027 Free Surface 0.107 No6 No 2168 442220 4422196 178.4 4.4 0.013 0.013 Free Surface 0.108 No6 No 2169 403301 4033028 234.3 2.0 0.013 0.023 Free Surface 0.165 No8 No 217 441209 4412076 86.6 12.3 0.013 0.007 Free Surface 0.082 No6 No 2170 403327 4033026 374.2 1.3 0.013 0.007 Free Surface 0.199 No6 No 2171 441933LH 4419016 133.2 7.0 0.013 0.002 Free Surface 0.040 No6 No 2172 441305 4418048 99.1 7.0 0.013 0.201 Free Surface 0.310 No8 No 2173 442215 4422146 50.5 8.5 0.013 0.003 Free Surface 0.042 No6 No 2174 403323 4033016 274.0 1.0 0.013 0.007 Free Surface 0.115 No6 No 2175 403105 4031066 212.2 0.8 0.013 0.007 Free Surface 0.110 No6 No 2176 441304 4413058 115.3 5.7 0.013 0.198 Free Surface 0.217 No8 No 2177 442214 4422126 53.2 8.4 0.013 0.004 Free Surface 0.046 No6 No 2178 442204 442204A6 63.3 1.5 0.013 0.192 Free Surface 0.464 No6 No 2179 442208 4422076 340.5 14.3 0.013 0.005 Free Surface 0.150 No6 No 218 LH441208 4412076 94.1 22.7 0.013 0.009 Free Surface 0.081 No6 No 2180 403107 4031086 176.5 1.7 0.013 0.039 Free Surface 0.204 No6 No 2181 403325 4033038 273.1 1.3 0.013 0.008 Free Surface 0.066 No8 No 2182 442205 442205A6 183.8 1.5 0.013 0.032 Free Surface 0.186 No6 No 2183 441915 4419146 101.0 20.3 0.013 0.003 Free Surface 0.038 No6 No 2184 441110 4413076 374.1 13.4 0.013 0.053 Free Surface 0.135 No6 No 2185 443807 4438066 206.9 14.2 0.013 0.009 Free Surface 0.069 No6 No 2186 441904 441905A6 172.0 13.0 0.013 0.017 Free Surface 0.080 No6 No 2187 441905 441905A6 34.3 1.4 0.013 0.070 Free Surface 0.249 No6 No 2189 403120 4031096 110.4 2.1 0.013 0.004 Free Surface 0.182 No6 No 219 440557 4405166 207.9 15.1 0.013 0.005 Free Surface 0.104 No6 No 2190 403307 403308 21 317.0 1.0 0.013 5.808 Free Surface 0.774 No 21 Yes 2191 441925 4419246 201.2 13.1 0.013 0.023 Free Surface 0.090 No6 No 2192 402904 402905
6 299.7 0.3 0.013 0.003 Free Surface 0.093 No6 No
2193 440732 4407336 231.6 0.9 0.013 0.007 Free Surface 0.121 No6 No 2194 451810 451810A 18 56.5 0.3 0.013 4.039 Exceeds Capacity 1.000 No 18 Yes 2195 443317 4433166 314.3 3.6 0.013 0.043 Free Surface 0.211 No6 No 2196 451811 451812 18 61.5 3.1 0.013 4.308 Free Surface 0.586 No 18 No 2197 451414 4514116 175.7 10.4 0.013 0.018 Free Surface 0.099 No6 No 2198 451411 4514106 178.8 15.4 0.013 0.036 Free Surface 0.108 No6 No 2199 443403 4433128 180.1 6.4 0.013 0.427 Free Surface 0.324 No8 No 22 454905 4549066 227.6 14.5 0.013 0.298 Free Surface 0.365 No6 No 220 440517 4405186 151.2 6.5 0.013 0.000 Free Surface 0.050 No6 No 2200 443402 4434038 279.3 3.5 0.013 0.385 Free Surface 0.337 No8 No 2201 451812 451813 18 60.2 0.5 0.013 4.308 Free Surface 0.658 No 18 No 2202 451802A 4518026 170.0 0.5 0.013 0.025 Free Surface 0.201 No6 No 2203 451509 4514116 83.2 14.6 0.013 0.011 Free Surface 0.088 No6 No 2204 451802 451803 18 285.9 1.6 0.013 3.954 Free Surface 0.473 No 18 No 2205 443604A 4436046 156.9 9.4 0.013 0.040 Free Surface 0.122 No6 No 2206 451413 4515096 96.8 7.7 0.013 0.007 Free Surface 0.063 No6 No 2207 443404 4434036 154.1 22.4 0.013 0.043 Free Surface 0.264 No6 No 2208 443401 4434258 78.0 3.9 0.013 0.382 Free Surface 0.339 No8 No 2209 440706 4433146 198.4 4.1 0.013 0.051 Free Surface 0.192 No6 No 221 440509 4405106 144.2 25.1 0.013 0.006 Free Surface 0.084 No6 No 2210 451417 4421046 165.8 1.9 0.013 0.020 Free Surface 0.157 No6 No 2211 451502 4515036 414.4 8.2 0.013 0.052 Free Surface 0.154 No6 No 2212 403320 4033216 28.9 1.6 0.013 0.002 Free Surface 0.073 No6 No 2215 451803 451803A 18 150.5 1.5 0.013 3.956 Free Surface 0.498 No 18 No 2217 442101 4421026 80.3 5.6 0.013 0.008 Free Surface 0.097 No6 No 2218 403312 403313 21 265.9 1.0 0.013 4.453 Free Surface 0.467 No 21 No 2219 451803E 403103 21 220.4 0.5 0.013 5.698 Free Surface 0.653 No 21 No 222 440524 4405186 101.7 12.8 0.013 0.026 Free Surface 0.099 No6 No 2223 441818 4421016 84.3 6.9 0.013 0.006 Free Surface 0.062 No6 No 2224 451501 4515026 401.0 8.5 0.013 0.043 Free Surface 0.144 No6 No 2225 443415 4418026 373.7 5.2 0.013 0.008 Free Surface 0.071 No6 No 2226 441802 4418018 150.5 3.9 0.013 0.338 Free Surface 0.298 No8 No 2228 451611 4516096 137.1 7.8 0.013 0.025 Free Surface 0.117 No6 No 223 441214 4410066 79.7 11.9 0.013 0.013 Free Surface 0.080 No6 No 2230 442106 4515016 115.8 12.4 0.013 0.038 Free Surface 0.128 No6 No 2231 451615LH 4515076 335.5 11.3 0.013 0.009 Free Surface 0.075 No6 No 2232 441817 4418196 152.5 1.8 0.013 0.002 Free Surface 0.053 No6 No 2233 441817 4418186 107.6 10.9 0.013 0.006 Free Surface 0.052 No6 No 2234 451609 4516086 84.2 9.0 0.013 0.037 Free Surface 0.191 No6 No 2235 442212 4422116 124.9 24.8 0.013 0.007 Free Surface 0.161 No6 No 2236 442211 4422076 181.9 6.6 0.013 0.151 Free Surface 0.267 No6 No 2237 441812 4418116 216.9 2.0 0.013 0.009 Free Surface 0.126 No6 No 2238 441836 4418116 169.6 2.2 0.013 0.011 Free Surface 0.131 No6 No 2239 441901 4419026 145.8 15.1 0.013 0.005 Free Surface 0.058 No6 No 224 440511 4405106 101.9 3.7 0.013 0.013 Free Surface 0.110 No6 No 2240 441814 4418136 143.0 4.5 0.013 0.011 Free Surface 0.079 No6 No 2241 403302 4033038 235.4 0.3 0.013 0.046 Free Surface 0.205 No8 No 2242 403328 4033038 374.9 0.4 0.013 0.006 Free Surface 0.078 No8 No 2244 403324 4033026 272.8 1.6 0.013 0.007 Free Surface 0.196 No6 No 2245 442217 4422116 90.3 11.1 0.013 0.144 Free Surface 0.255 No6 No 2246 441302 4413038 181.5 12.9 0.013 0.182 Free Surface 0.211 No8 No 2247 441811 4418106 57.2 0.9 0.013 0.020 Free Surface 0.176 No6 No 2248 441807 4418066 223.4 0.9 0.013 0.051 Free Surface 0.287 No6 No 2249 442219 442219A6 40.2 11.3 0.013 0.040 Free Surface 0.123 No6 No 225 440510 4405396 105.8 3.8 0.013 0.025 Free Surface 0.128 No6 No 2250 442218 4422176 260.4 7.3 0.013 0.141 Free Surface 0.248 No6 No 2251 441808 4418076 68.7 0.7 0.013 0.048 Free Surface 0.264 No6 No 2252 441813 4418086 66.3 15.5 0.013 0.014 Free Surface 0.168 No6 No 333
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
2253 403106A 4031076 249.9 2.3 0.013 0.026 Free Surface 0.169 No6 No 2254 403306 403307 18 428.1 1.4 0.013 5.757 Free Surface 0.633 No 18 No 2255 441301 4413028 168.2 4.4 0.013 0.176 Free Surface 0.204 No8 No 2256 442203 451604 16 248.8 2.4 0.013 1.556 Free Surface 0.304 No 16 No 2257 403303 4034018 234.0 0.5 0.013 0.070 Free Surface 0.263 No8 No 2258 441932 4419026 174.9 16.5 0.013 0.009 Free Surface 0.063 No6 No 2259 440729 4413018 48.6 0.7 0.013 0.160 Free Surface 0.332 No8 No 226 440812 4408096 208.1 0.7 0.013 0.004 Free Surface 0.123 No6 No 2260 441902 4419036 131.2 16.0 0.013 0.015 Free Surface 0.073 No6 No 2261 441809 4418086 159.5 0.6 0.013 0.031 Free Surface 0.245 No6 No 2262 441810 4418096 229.6 0.7 0.013 0.023 Free Surface 0.206 No6 No 2263 441903 4419046 5.7 15.3 0.013 0.016 Free Surface 0.077 No6 No 2264 402905 4031016 299.0 0.3 0.013 0.004 Free Surface 0.099 No6 No 2265 441927 4419266 134.0 15.0 0.013 0.003 Free Surface 0.046 No6 No 2266 442223 4422186 136.5 7.5 0.013 0.096 Free Surface 0.237 No6 No 2267 441929 4419286 266.3 5.5 0.013 0.004 Free Surface 0.060 No6 No 2268 441926 4419256 89.7 8.3 0.013 0.006 Free Surface 0.075 No6 No 2269 441928 4419256 238.1 12.5 0.013 0.012 Free Surface 0.081 No6 No 2270 441914 4419136 161.2 21.3 0.013 0.006 Free Surface 0.057 No6 No 2271 442009 4422066 76.1 1.5 0.013 0.023 Free Surface 0.159 No6 No 2272 441308 4413096 334.0 3.0 0.013 0.062 Free Surface 0.221 No6 No 2273 441906 4419056 243.4 7.9 0.013 0.069 Free Surface 0.236 No6 No 2274 442201A 442202 16 292.0 1.3 0.013 1.591 Free Surface 0.408 No 16 No 2275 403119LH 4031184 221.9 0.6 0.013 0.074 Free Surface 0.587 No4 No 2276 403109 4031106 240.4 0.7 0.013 0.052 Free Surface 0.254 No6 No 2277 403308 403411 21 517.9 1.4 0.013 7.512 Free Surface 0.578 No 21 No 2279 403115 4031146 166.4 5.0 0.013 0.016 Free Surface 0.098 No6 No 228 440552 4405536 99.3 7.5 0.013 0.002 Free Surface 0.088 No6 No 2280 402721 4029046 300.1 0.2 0.013 0.002 Free Surface 0.081 No6 No 2281 403118 4031176 217.5 4.5 0.013 0.132 Free Surface 0.285 No6 No 2282 403117 4031146 133.9 4.1 0.013 0.135 Free Surface 0.290 No6 No 2283 403402 4034038 381.1 0.2 0.013 0.111 Free Surface 0.339 No8 No 2284 442008 4420096 275.2 1.5 0.013 0.004 Free Surface 0.112 No6 No 2285 402906 4031186 250.1 0.2 0.013 0.063 Free Surface 0.380 No6 No 2286 402908 4029076 164.0 0.5 0.013 0.063 Free Surface 0.359 No6 No 2287 402907 4029066 53.0 0.4 0.013 0.063 Free Surface 0.343 No6 No 2289 403110 4031118 207.7 1.8 0.013 0.054 Free Surface 0.153 No8 No 229 440515 4405166 159.3 12.8 0.013 0.018 Free Surface 0.124 No6 No 2290 403114 403113 15 264.1 0.6 0.013 0.151 Free Surface 0.151 No6 No 2291 403113 403111 15 133.6 1.0 0.013 0.204 Free Surface 0.152 No6 No 2292 402719 4027206 172.4 0.3 0.013 0.000 Free Surface 0.047 No6 No 2293 403111 403112 15 214.0 1.1 0.013 0.258 Free Surface 0.226 No8 No 2294 442007A 4420076 230.7 17.7 0.013 0.068 Free Surface 0.176 No6 No 2295 402720 4027216 300.5 0.3 0.013 0.001 Free Surface 0.066 No6 No 2296 442007 4420066 88.6 3.9 0.013 0.068 Free Surface 0.275 No6 No 2297 402903 VMH_72 15 149.3 0.3 0.013 0.333 Free Surface 0.270 No8 No 2298 403605 4036046 236.0 0.2 0.013 0.135 Free Surface 0.668 No6 Yes 2299 403603 4036048 237.6 0.2 0.013 0.110 Free Surface 0.357 No8 No 230 440519 440518
6 257.9 5.3 0.013 0.002 Free Surface 0.067 No6 No
2300 403602 4036038 270.2 0.2 0.013 0.071 Free Surface 0.370 No8 No 2301 442006 4420056 349.5 0.7 0.013 0.078 Free Surface 0.360 No6 No 2302 403112 402903 15 242.9 0.2 0.013 0.263 Free Surface 0.243 No8 No 2303 402724LH 4027236 224.3 0.4 0.013 0.083 Free Surface 0.377 No6 No 2304 402902B VMH_726 191.4 3.7 0.013 0.046 Free Surface 0.438 No6 No 2305 402723 4027226 134.8 1.1 0.013 0.084 Free Surface 0.305 No6 No 2306 403202 4032036 178.5 0.8 0.013 0.015 Free Surface 0.156 No6 No 2307 402716 4027156 114.2 1.7 0.013 0.004 Free Surface 0.068 No6 No 2308 402615 4026136 256.9 1.8 0.013 0.027 Free Surface 0.161 No6 No 2309 402703 HILLER_WW 15 72.9 0.1 0.013 0.874 Free Surface 0.432 No 10 No 231 440518 4405536 98.0 13.5 0.013 0.028 Free Surface 0.121 No6 No 2310 402610 4026116 235.5 0.9 0.013 0.004 Free Surface 0.129 No6 No 2311 402713 4027016 199.3 2.5 0.013 0.015 Free Surface 0.555 No6 No 2312 402701 402702 10 278.9 0.1 0.013 0.340 Free Surface 0.564 No 10 Yes 2313 402604 402604A6 119.0 3.6 0.013 0.045 Free Surface 0.185 No6 No 2314 402609 402603
6 387.0 0.5 0.013 0.011 Free Surface 0.229 No6 No
2315 402611 4025056 250.9 2.4 0.013 0.042 Free Surface 0.554 No6 No 2316 402505 402701 10 277.2 0.1 0.013 0.320 Free Surface 0.626 No 10 Yes 2317 402504 402505 10 364.3 0.1 0.013 0.218 Free Surface 0.509 No 10 Yes 2318 403009 4030056 361.2 0.3 0.013 0.028 Free Surface 0.243 No6 No 2319 403803 4038046 135.7 2.4 0.013 0.003 Free Surface 0.050 No6 No 232 441007 4410088 198.9 11.6 0.013 0.018 Free Surface 0.067 No8 No 2320 403805 4038046 115.5 0.5 0.013 0.002 Free Surface 0.093 No6 No 2321 403803 4038026 203.4 1.4 0.013 0.002 Free Surface 0.050 No6 No 2322 402503 402504 10 358.6 0.7 0.013 0.209 Free Surface 0.376 No 10 No 2323 402806 4028076 349.4 0.5 0.013 0.015 Free Surface 0.179 No6 No 2324 402603 4025036 256.5 0.9 0.013 0.077 Free Surface 0.400 No6 No 2325 402510 4025056 258.0 0.5 0.013 0.055 Free Surface 0.620 No6 No 2326 402807A 4025106 25.0 0.8 0.013 0.046 Free Surface 0.284 No6 No 2327 403801 4038026 127.4 0.5 0.013 0.002 Free Surface 0.054 No6 No 2328 402502 4025038 285.9 0.1 0.013 0.096 Free Surface 0.681 No8 Yes 2329 402509 4025106 343.6 1.8 0.013 0.005 Free Surface 0.193 No6 No 233 430218 430217
6 106.9 7.3 0.013 0.045 Free Surface 0.187 No6 No
2330 403802 4038086 161.1 0.5 0.013 0.007 Free Surface 0.129 No6 No 2331 403804 4038066 237.9 0.5 0.013 0.008 Free Surface 0.137 No6 No 2332 402507 4025036 256.7 0.4 0.013 0.031 Free Surface 0.364 No6 No 2334 403502 4035018 180.6 0.4 0.013 0.000 Free Surface 0.000 No8 No 2335 403808 4038076 257.9 0.5 0.013 0.012 Free Surface 0.158 No6 No 2336 403806 4038076 150.9 0.5 0.013 0.013 Free Surface 0.162 No6 No 2337 402506 4025076 278.2 0.5 0.013 0.020 Free Surface 0.218 No6 No 2338 403810 4038096 101.6 0.5 0.013 0.007 Free Surface 0.195 No6 No 2339 403807 4038096 259.9 0.5 0.013 0.030 Free Surface 0.254 No6 No 2342 453708 453709 10 112.8 1.8 0.013 1.042 Free Surface 0.709 No 10 Yes 2343 450201 450202 10 110.3 4.8 0.013 0.207 Free Surface 0.272 No 10 No 2344 450112 4501016 261.6 11.1 0.013 0.014 Free Surface 0.243 No6 No 2346 450608 450801 10 109.5 1.8 0.013 0.193 Free Surface 0.266 No 10 No 2347 453702 453703 10 231.8 0.6 0.013 1.007 Free Surface 0.726 No 10 Yes 2348 450202 450203 10 150.9 0.7 0.013 0.323 Free Surface 0.337 No 10 No 2349 452105 452815
6 77.1 41.7 0.013 0.015 Free Surface 0.066 No6 No
235 432605 4326046 126.1 19.1 0.013 0.038 Free Surface 0.147 No6 No 2350 450209A 4502096 15.4 13.1 0.013 0.048 Free Surface 0.369 No6 No 2352 450413 450414 10 187.8 0.7 0.013 0.183 Free Surface 0.234 No 10 No 2353 452203LH 4522026 145.6 0.5 0.013 0.008 Free Surface 0.115 No6 No 2354 452811 4528126 281.9 7.3 0.013 0.009 Free Surface 0.123 No6 No 2355 452109 4521086 91.3 42.6 0.013 0.007 Free Surface 0.039 No6 No 2356 452111 4521086 159.5 4.2 0.013 0.012 Free Surface 0.088 No6 No 2357 452514 4525136 71.0 10.6 0.013 0.004 Free Surface 0.044 No6 No 2358 452805 4528046 258.0 8.8 0.013 0.009 Free Surface 0.069 No6 No 2359 452513 4525126 109.4 11.3 0.013 0.005 Free Surface 0.043 No6 No 236 430219 4302186 120.3 14.2 0.013 0.009 Free Surface 0.101 No6 No 2363 440903 440903A 10 154.2 11.1 0.013 0.996 Free Surface 0.313 No 10 No 2365 452410 4524096 264.6 0.6 0.013 0.014 Free Surface 0.131 No6 No 2366 LH450209B 450209A6 101.1 8.4 0.013 0.006 Free Surface 0.092 No6 No 2367 453709 453710 10 313.3 1.2 0.017 1.044 Free Surface 0.607 No 10 No 2368 452815 4528136 137.3 22.4 0.013 0.019 Free Surface 0.081 No6 No 2369 452106 4521056 267.8 14.7 0.013 0.014 Free Surface 0.065 No6 No 237 430411 4304126 192.2 10.7 0.013 0.036 Free Surface 0.153 No6 No 2370 453727 4537268 49.0 42.6 0.013 0.029 Free Surface 0.067 No8 No 2371 452813 4528126 146.1 13.3 0.013 0.021 Free Surface 0.134 No6 No 2372 453728 4537278 82.8 8.7 0.013 0.000 Free Surface 0.027 No8 No 2374 450207 450206 10 502.6 1.4 0.013 0.374 Free Surface 0.316 No 10 No 2375 450204 450413 10 12.6 5.7 0.013 0.184 Free Surface 0.220 No 10 No 2376 452107 4521066 137.1 9.7 0.013 0.005 Free Surface 0.061 No6 No 2377 450205 4502048 34.3 1.8 0.013 0.387 Free Surface 0.421 No8 No 2378 452812 4527206 138.4 1.9 0.013 0.035 Free Surface 0.173 No6 No 2379 452104 4521036 120.0 8.7 0.013 0.002 Free Surface 0.067 No6 No 238 433107 4317126 143.7 51.2 0.013 0.112 Free Surface 0.193 No6 No 2380 452116 4521156 242.1 1.1 0.013 0.004 Free Surface 0.060 No6 No 2381 452814 4528136 485.1 7.8 0.013 0.002 Free Surface 0.061 No6 No 2382 452719 4527206 280.2 5.7 0.013 0.012 Free Surface 0.124 No6 No 2383 452810 4528096 52.6 22.3 0.013 0.002 Free Surface 0.038 No6 No 2384 452809 4528116 115.5 10.0 0.013 0.005 Free Surface 0.058 No6 No 2385 452115 4521136 69.7 65.7 0.013 0.007 Free Surface 0.054 No6 No 2386 452115 4521146 219.8 8.5 0.013 0.002 Free Surface 0.033 No6 No 2387 452807LH 4528066 89.0 9.6 0.013 0.003 Free Surface 0.041 No6 No 2388 452103 4521026 291.2 1.1 0.013 0.007 Free Surface 0.090 No6 No 2389 452114 4521126 41.4 79.3 0.013 0.005 Free Surface 0.047 No6 No 239 433106 4331076 75.8 2.3 0.013 0.002 Free Surface 0.094 No6 No 2390 450409 450410 10 193.2 0.4 0.013 0.524 Free Surface 0.539 No 10 Yes 2391 452201 4520016 127.7 7.6 0.013 0.022 Free Surface 0.109 No6 No 2392 452113 452112
6 197.6 3.1 0.013 0.007 Free Surface 0.069 No6 No
2393 452808 4527186 56.7 2.5 0.013 0.002 Free Surface 0.044 No6 No 2394 452718 4527196 195.7 7.4 0.013 0.004 Free Surface 0.064 No6 No 2395 452730 4527296 91.3 15.1 0.013 0.003 Free Surface 0.054 No6 No 2396 452731 4527296 115.0 4.6 0.013 0.010 Free Surface 0.077 No6 No 2397 452817 4528186 152.6 1.4 0.013 0.009 Free Surface 0.102 No6 No 2398 452004 4520056 144.4 11.3 0.013 0.038 Free Surface 0.119 No6 No 2399 452005 4520066 111.4 17.3 0.013 0.041 Free Surface 0.110 No6 No 24 453604 4536056 273.5 1.5 0.013 0.000 Free Surface 0.064 No6 No 240 431802 4318066 215.7 10.1 0.013 0.328 Free Surface 0.681 No6 No 2401 452717 4527166 235.7 7.3 0.013 0.007 Free Surface 0.063 No6 No 2402 452026 4520246 125.8 9.1 0.013 0.015 Free Surface 0.143 No6 No 2404 452804 4527126 286.8 9.1 0.013 0.012 Free Surface 0.087 No6 No 2405 452519 4525186 175.4 6.1 0.013 0.012 Free Surface 0.091 No6 No 2406 452729 4525206 188.8 14.9 0.013 0.015 Free Surface 0.078 No6 No 2407 452520 4525186 38.6 14.5 0.013 0.020 Free Surface 0.092 No6 No 241 433015 4316396 172.3 4.4 0.013 0.097 Free Surface 0.271 No6 No 2412 452027 4520266 128.1 11.7 0.013 0.013 Free Surface 0.076 No6 No 2413 452024 4520236 214.5 16.1 0.013 0.134 Free Surface 0.220 No6 No 2414 452518 4525176 177.7 17.9 0.013 0.033 Free Surface 0.138 No6 No 2415 452529LH 4525176 231.0 0.9 0.013 0.012 Free Surface 0.151 No6 No 2416 452517 4525166 135.2 4.3 0.013 0.050 Free Surface 0.283 No6 No 2419 452023 4520226 220.6 9.8 0.013 0.136 Free Surface 0.248 No6 No 242 431640 4316396 248.5 6.3 0.013 0.119 Free Surface 0.273 No6 No 2420 452516 4525076 61.5 0.3 0.013 0.053 Free Surface 0.288 No6 No 2421 452507 4525086 193.4 5.8 0.013 0.066 Free Surface 0.209 No6 No 2422 452819 4528206 236.7 7.7 0.013 0.043 Free Surface 0.137 No6 No 2423 452708 4526076 335.0 7.3 0.013 0.002 Free Surface 0.069 No6 No 2424 452020 4520196 110.0 4.0 0.013 0.164 Free Surface 0.384 No6 No 2425 452022 4520216 79.5 7.6 0.013 0.138 Free Surface 0.241 No6 No 2426 452021 4520206 392.9 13.7 0.013 0.144 Free Surface 0.221 No6 No 2427 452523 4525068 154.6 13.4 0.013 0.008 Free Surface 0.050 No8 No 2428 452506 4525076 117.3 5.1 0.013 0.011 Free Surface 0.133 No6 No 2429 452505 4525066 336.9 1.6 0.013 0.003 Free Surface 0.070 No6 No 243 443602 4436078 209.2 10.4 0.013 0.051 Free Surface 0.099 No8 No 2430 452204 452204A6 122.1 37.5 0.013 0.011 Free Surface 0.055 No6 No 2431 451306 4513056 293.0 16.7 0.013 0.020 Free Surface 0.090 No6 No 2432 451307 4513066 52.9 13.9 0.013 0.014 Free Surface 0.077 No6 No 2433 451304LH 4513036 153.3 3.7 0.013 0.009 Free Surface 0.074 No6 No 2434 452202 4522016 227.9 4.8 0.013 0.015 Free Surface 0.099 No6 No 2435 452031 4521086 336.4 18.2 0.013 0.014 Free Surface 0.068 No6 No 2436 452102 4521016 324.8 8.5 0.013 0.013 Free Surface 0.087 No6 No 334
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
2437 452521 4525206 60.4 10.2 0.013 0.002 Free Surface 0.058 No6 No 2438 452818 452818WYE6 208.8 4.3 0.013 0.016 Free Surface 0.114 No6 No 2439 452508 4525096 397.2 2.7 0.013 0.070 Free Surface 0.348 No6 No 244 432714 4327136 164.6 5.5 0.013 0.002 Free Surface 0.042 No6 No 2441 452012 4520136 145.4 17.7 0.013 0.073 Free Surface 0.174 No6 No 2442 452501 4525026 210.4 0.4 0.013 0.000 Free Surface 0.041 No6 No 2446 431636 4316436 181.3 29.2 0.013 0.203 Free Surface 0.222 No6 No 2449 451408 4514076 54.3 9.8 0.013 0.060 Free Surface 0.179 No6 No 245 432604 4326016 32.5 3.1 0.013 0.041 Free Surface 0.156 No6 No 2454 403315 403406 21 233.9 0.9 0.013 4.463 Free Surface 0.483 No 21 No 2455 403407 403708 21 230.9 1.1 0.013 4.462 Free Surface 0.484 No 21 No 2457 403421 4034016 274.2 0.1 0.013 0.009 Free Surface 0.276 No6 No 2458 403419 4034026 374.2 0.1 0.013 0.006 Free Surface 0.378 No6 No 2463 403313 403314 21 234.5 1.3 0.013 4.458 Free Surface 0.423 No 21 No 2469 432406 432402 12 34.1 2.1 0.013 1.233 Free Surface 0.420 No 12 No 247 403423E 403423C 27 535.1 0.2 0.013 11.170 Exceeds Capacity 1.000 No 27 Yes 2470 431644 432406 12 253.2 0.7 0.013 1.234 Free Surface 0.577 No 12 Yes 2471 403314 403315 21 234.7 1.5 0.013 4.463 Free Surface 0.414 No 21 No 2473 403406 403407 21 237.1 0.7 0.013 4.463 Free Surface 0.487 No 21 No 2475 403420 4034016 374.9 0.1 0.013 0.007 Free Surface 0.273 No6 No 2477 403415 VMH-92 27 455.1 0.7 0.013 7.015 Free Surface 0.616 No 27 No 2479 403413 403414 21 90.2 0.3 0.013 7.284 Free Surface 0.788 No 21 Yes 248 450609 4506068 201.7 8.7 0.013 0.009 Free Surface 0.127 No8 No 2480 403403 403404 12 235.5 1.1 0.013 0.117 Free Surface 0.574 No 12 No 2481 403404 403405 12 35.5 0.2 0.013 0.266 Backwater 1.000 No 12 Yes 2482 403405 403413 12 27.0 0.2 0.013 0.323 Backwater 1.000 No 12 Yes 249 450605 450606 10 93.0 0.8 0.013 0.172 Free Surface 0.220 No 10 No 2492 452408A 4524086 255.1 0.6 0.013 0.004 Free Surface 0.111 No6 No 2493 441827A 4418276 303.7 2.2 0.013 0.003 Free Surface 0.053 No6 No 2494 450705 4511076 226.8 2.9 0.013 0.000 Free Surface 0.128 No6 No 2497 431612 4316106 33.5 5.4 0.013 0.241 Free Surface 0.366 No6 No 2498 433410 4334118 239.8 3.6 0.013 0.879 Free Surface 0.515 No8 No 2499 433411 4334128 50.6 8.6 0.013 0.881 Free Surface 0.453 No8 No 25 454001 4536016 126.9 3.5 0.013 0.093 Free Surface 0.272 No6 No 250 454807 4548088 214.2 14.8 0.013 0.301 Free Surface 0.215 No8 No 2500 440526 4405256 153.7 2.1 0.013 0.004 Free Surface 0.070 No6 No 2502 433101 4331036 61.0 53.2 0.013 0.062 Free Surface 0.134 No6 No 2506 451705 451801 18 474.5 0.9 0.013 3.917 Free Surface 0.570 No 18 No 251 450218 4502176 100.2 5.3 0.013 0.047 Free Surface 0.267 No6 No 2513 451008 451004 15 32.0 9.6 0.013 0.000 Free Surface 0.151 No 15 No 2514 433206 4332056 365.0 6.1 0.013 0.019 Free Surface 0.133 No6 No 2516 433202 4332016 49.9 6.0 0.013 0.143 Free Surface 0.284 No6 No 2519 450419 450906 18 351.8 3.2 0.013 3.897 Free Surface 0.390 No 18 No 252 450606 450607 10 43.4 4.4 0.013 0.181 Free Surface 0.196 No 10 No 2520 450416 450419 12 28.2 6.0 0.013 0.192 Free Surface 0.348 No 12 No 2521 450420 450419 12 37.0 9.7 0.013 0.006 Free Surface 0.253 No 12 No 2522 450418 4504118 48.7 4.3 0.013 0.005 Free Surface 0.194 No8 No 2524 441410 4414096 324.5 1.2 0.013 0.054 Free Surface 0.266 No6 No 2525 442001 442001WYE6 160.0 14.2 0.013 0.008 Free Surface 0.069 No6 No 2528 402808 4029016 358.3 0.2 0.013 0.012 Free Surface 0.183 No6 No 2529 403006 4029026 226.7 0.6 0.013 0.015 Free Surface 0.154 No6 No 253 454808 4548098 214.2 14.7 0.013 0.305 Free Surface 0.214 No8 No 2530 403001 4029038 249.7 0.5 0.013 0.066 Free Surface 0.229 No8 No 2535 451904 451905 18 238.6 2.7 0.013 3.784 Free Surface 0.416 No 18 No 2536 451903 451907 21 37.0 2.4 0.013 3.735 Free Surface 0.395 No 21 No 2537 451009 451906 21 247.5 0.5 0.013 3.611 Free Surface 0.500 No 21 No 2538 451005 451901 21 260.0 0.3 0.013 3.529 Free Surface 0.542 No 21 No 2539 451001 451002 21 47.5 1.0 0.013 3.464 Free Surface 0.410 No 21 No 254 450607 450608 10 143.0 1.4 0.013 0.181 Free Surface 0.219 No 10 No 2540 450905 451006 18 379.3 1.7 0.013 3.346 Free Surface 0.469 No 18 No 2541 451901 451902 21 293.3 0.6 0.013 3.528 Free Surface 0.469 No 21 No 2542 451902 451401 21 394.4 1.2 0.013 3.528 Free Surface 0.385 No 21 No 2543 450925 450902 12 206.6 2.9 0.013 0.679 Free Surface 0.281 No 12 No 2544 450906 450907 20 330.6 2.2 0.013 3.897 Free Surface 0.371 No 20 No 2545 403201 4032026 153.3 0.4 0.013 0.010 Free Surface 0.145 No6 No 2546 403309 403310 21 59.7 0.4 0.013 4.308 Free Surface 0.576 No 21 No 255 450612 4506086 200.6 1.4 0.013 0.012 Free Surface 0.236 No6 No 2551 403316 4033176 273.4 0.9 0.013 0.011 Free Surface 0.117 No6 No 2552 451816 451816A6 202.1 0.1 0.013 0.016 Free Surface 0.243 No6 No 2553 451822 451822A6 57.6 0.3 0.013 0.058 Free Surface 0.335 No6 No 2555 451829 451807 18 29.8 7.3 0.013 3.672 Free Surface 0.305 No 18 No 2556 451505 4518028 62.3 2.4 0.013 0.012 Free Surface 0.069 No8 No 2557 451801 451802 18 298.4 2.6 0.013 3.922 Free Surface 0.413 No 18 No 2558 451806 451829 18 326.0 1.9 0.013 3.672 Free Surface 0.438 No 18 No 2559 451702A 451806 18 122.5 1.8 0.013 3.672 Free Surface 0.444 No 18 No 256 454809 454809A8 52.2 17.3 0.013 0.304 Free Surface 0.205 No8 No 2560 452716 4527126 218.4 10.6 0.013 0.010 Free Surface 0.082 No6 No 2568 431645 431644 12 316.2 1.8 0.013 1.242 Free Surface 0.457 No 12 No 257 442704LH 4427036 122.2 19.4 0.013 0.006 Free Surface 0.139 No6 No 2579 450414 450415 12 107.5 2.3 0.013 0.182 Free Surface 0.156 No 12 No 258 450410 450411 12 247.6 3.7 0.013 0.531 Free Surface 0.234 No 12 No 2580 450204 450409A 10 199.8 0.5 0.013 0.526 Free Surface 0.484 No 10 No 259 442916 4429176 187.6 2.2 0.013 0.007 Free Surface 0.081 No6 No 2591 443225 4509086 15.9 6.2 0.013 0.000 Free Surface 0.000 No6 No 26 453901 4536016 95.2 9.7 0.013 0.032 Free Surface 0.205 No6 No 260 453720LH 4537198 149.7 12.4 0.013 0.023 Free Surface 0.064 No8 No 261 453717 4537168 111.7 4.8 0.013 0.029 Free Surface 0.146 No8 No 264 403423D 403423E 27 88.5 0.4 0.013 11.177 Backwater 1.000 No 27 Yes 267 442719 4427206 268.4 2.7 0.013 0.006 Free Surface 0.073 No6 No 268 432102 432103
6 44.1 0.9 0.013 0.029 Free Surface 0.200 No6 No
269 430708 4307096 112.6 2.6 0.013 0.006 Free Surface 0.160 No6 No 27 453602 4536016 161.4 4.1 0.013 0.023 Free Surface 0.207 No6 No 270 430709 4307106 112.7 0.5 0.013 0.034 Free Surface 0.251 No6 No 272 432101 4321026 122.8 1.0 0.013 0.027 Free Surface 0.190 No6 No 273 431012 4311056 100.1 3.1 0.013 0.017 Free Surface 0.113 No6 No 274 433308 4333076 213.8 1.0 0.013 0.002 Free Surface 0.062 No6 No 276 432103 4321046 81.8 0.9 0.013 0.031 Free Surface 0.205 No6 No 277 433315 4333146 238.9 6.1 0.013 0.371 Free Surface 0.477 No6 No 279 431829 4321016 154.4 0.7 0.013 0.024 Free Surface 0.187 No6 No 28 453604 4536036 273.3 9.5 0.013 0.008 Free Surface 0.073 No6 No 280 442718LH 4427196 93.7 2.2 0.013 0.003 Free Surface 0.060 No6 No 281 431111 4311126 223.9 3.6 0.013 0.006 Free Surface 0.078 No6 No 282 432112 4321116 122.6 56.9 0.013 0.010 Free Surface 0.068 No6 No 283 432104 4321056 162.4 0.9 0.013 0.032 Free Surface 0.236 No6 No 284 431104 4311036 60.9 2.5 0.013 0.018 Free Surface 0.118 No6 No 285 430714 4307156 191.2 14.2 0.013 0.042 Free Surface 0.132 No6 No 286 432109 4321066 295.3 19.9 0.013 0.012 Free Surface 0.113 No6 No 287 432105 4321066 52.5 0.9 0.013 0.045 Free Surface 0.216 No6 No 288 442710LH 4427096 163.6 9.0 0.013 0.003 Free Surface 0.047 No6 No 289 431112 4311136 399.2 4.0 0.013 0.011 Free Surface 0.086 No6 No 29 453603 4536026 268.0 9.6 0.013 0.016 Free Surface 0.102 No6 No 290 433307 4333066 211.9 4.2 0.013 0.007 Free Surface 0.095 No6 No 292 430715 NAUGHTON_WW6 86.1 8.2 0.013 0.047 Free Surface 0.395 No6 No 293 431110 4312056 393.3 8.1 0.013 0.060 Free Surface 0.177 No6 No 294 433314 4333136 186.9 4.1 0.013 0.348 Free Surface 0.454 No6 No 295 432106 4321076 200.0 8.3 0.013 0.063 Free Surface 0.205 No6 No 296 442715 4427146 47.0 23.9 0.013 0.007 Free Surface 0.056 No6 No 297 442714 4427136 107.7 10.2 0.013 0.010 Free Surface 0.093 No6 No 298 431113 4311146 134.4 8.2 0.013 0.015 Free Surface 0.097 No6 No 3 455009 4550016 174.0 1.5 0.013 0.051 Free Surface 0.199 No6 No 30 433722 4337216 99.2 1.6 0.013 0.004 Free Surface 0.073 No6 No 300 433306 4333056 211.3 1.2 0.013 0.012 Free Surface 0.113 No6 No 3002 440428 4404296 14.4 9.5 0.013 0.017 Free Surface 0.088 No6 No 3004 452509 04C161M6 45.6 0.4 0.013 0.096 Free Surface 0.424 No6 No 3006 441603A 4416028 67.2 15.2 0.013 0.204 Free Surface 0.205 No8 No 3008 442001WYE 4420026 115.8 11.0 0.013 0.016 Free Surface 0.074 No6 No 3010 442000F 442001WYE8 102.1 9.1 0.013 0.008 Free Surface 0.052 No8 No 3012 442000D 442000E8 146.9 3.2 0.013 0.003 Free Surface 0.042 No8 No 3014 403508 4035048 179.1 0.4 0.013 0.003 Free Surface 0.075 No8 No 3016 403507 4035068 45.3 0.4 0.013 0.004 Free Surface 0.064 No8 No 3018 403509 4035078 123.8 0.6 0.013 0.002 Free Surface 0.054 No8 No 302 433312 4333116 72.3 0.8 0.013 0.003 Free Surface 0.061 No6 No 3020 403510 4035118 239.8 0.6 0.013 0.021 Free Surface 0.130 No8 No 3022 403505 4035108 140.6 0.6 0.013 0.018 Free Surface 0.122 No8 No 3024 402807 402807A6 320.3 0.5 0.013 0.022 Free Surface 0.224 No6 No 303 432908 4329096 139.1 2.3 0.013 0.016 Free Surface 0.227 No6 No 3034 441503 441520 12 20.9 0.8 0.013 0.597 Free Surface 0.373 No 12 No 304 432909 4329106 102.1 1.4 0.013 0.102 Free Surface 0.512 No6 No 3042 04C034M EL_CAMINO_REAL_WW6 11.0 4.5 0.013 0.017 Free Surface 0.103 No6 No 3046 400026 ISLAND_PARK_BBALL_WW 10 3.5 2.9 0.013 0.034 Free Surface 0.084 No 10 No 3048 IPPS ISLAND_PARK_WW 10 9.2 16.3 0.013 0.608 Free Surface 0.423 No 10 No 305 442311LH 4423106 207.1 0.3 0.013 0.003 Free Surface 0.070 No6 No 306 431103 4311026 265.5 5.8 0.013 0.021 Free Surface 0.100 No6 No 307 433311 4333106 106.8 5.2 0.013 0.005 Free Surface 0.064 No6 No 308 433310 4333096 192.7 5.0 0.013 0.008 Free Surface 0.246 No6 No 31 454801 4548026 250.5 9.1 0.013 0.290 Free Surface 0.396 No6 No 310 432107 4320016 236.5 3.2 0.013 0.084 Free Surface 0.281 No6 No 311 432911 4329106 131.5 9.0 0.013 0.172 Free Surface 0.479 No6 No 312 442310 4423096 100.1 7.6 0.013 0.005 Free Surface 0.069 No6 No 313 431117 4311156 304.9 0.9 0.013 0.008 Free Surface 0.132 No6 No 314 431114 4311156 148.6 7.7 0.013 0.025 Free Surface 0.134 No6 No 315 LH430718 4307174 78.3 3.6 0.013 0.002 Free Surface 0.107 No4 No 316 433305 4333046 221.1 3.3 0.013 0.015 Free Surface 0.110 No6 No 317 442326 4423256 212.0 3.5 0.013 0.004 Free Surface 0.053 No6 No 319 432001 4320026 158.6 1.9 0.013 0.086 Free Surface 0.235 No6 No 32 453606 4536076 232.5 8.6 0.013 0.199 Free Surface 0.465 No6 No 320 430610 4306098 138.3 0.6 0.013 0.026 Free Surface 0.138 No8 No 321 442810 4428096 162.2 5.3 0.013 0.016 Free Surface 0.105 No6 No 322 433304 4333036 218.6 4.0 0.013 0.020 Free Surface 0.125 No6 No 323 442811 4428106 190.2 16.3 0.013 0.005 Free Surface 0.070 No6 No 324 430609 4306088 212.5 1.8 0.013 0.342 Free Surface 0.391 No8 No 325 433301 4307066 177.5 11.3 0.013 0.322 Free Surface 0.368 No6 No 326 442309 4423086 213.8 2.3 0.013 0.009 Free Surface 0.091 No6 No 327 454906 4549076 165.0 5.1 0.013 0.280 Free Surface 0.379 No6 No 328 454104 4539056 275.6 4.9 0.013 0.044 Free Surface 0.277 No6 No 329 454217 4539056 151.3 1.1 0.013 0.126 Free Surface 0.394 No6 No 33 454802 4548036 77.2 5.3 0.013 0.288 Free Surface 0.380 No6 No 330 453904 4539056 239.3 0.8 0.013 0.004 Free Surface 0.078 No6 No 331 433717 4337166 71.9 6.2 0.013 0.012 Free Surface 0.192 No6 No 332 433720 4337176 148.2 6.2 0.013 0.006 Free Surface 0.070 No6 No 333 453502 4535016 241.4 1.3 0.013 0.406 Free Surface 0.761 No6 Yes 334 431413 4314126 248.3 5.6 0.013 0.005 Free Surface 0.121 No6 No 335 450809 450810
6 49.2 1.8 0.013 0.102 Free Surface 0.461 No6 No
336 431405 4314066 269.3 3.2 0.013 0.089 Free Surface 0.264 No6 No 337 402722 4027106 27.4 1.8 0.013 0.085 Free Surface 0.324 No6 No 338 442000C 442000B6 78.9 5.0 0.013 0.004 Free Surface 0.062 No6 No 34 433718 4337176 281.5 11.2 0.013 0.004 Free Surface 0.061 No6 No 340 403610 IPPS 10 109.8 0.5 0.013 0.554 Free Surface 0.439 No 10 No 343 403607 403610 10 321.0 0.3 0.013 0.522 Free Surface 0.622 No 10 Yes 344 403608 4036078 242.0 0.3 0.013 0.208 Free Surface 0.472 No8 No 345 403606 4036078 144.1 0.5 0.013 0.255 Free Surface 0.539 No8 Yes 335
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
346 403604 4036068 239.6 0.5 0.013 0.255 Free Surface 0.467 No8 No 348 403601 4036028 246.0 0.2 0.013 0.000 Free Surface 0.156 No8 No 349 440503 4405256 102.8 11.0 0.013 0.012 Free Surface 0.074 No6 No 35 453601 4535026 272.5 4.8 0.013 0.149 Free Surface 0.564 No6 No 350 441006 4410056 147.8 8.8 0.013 0.018 Free Surface 0.123 No6 No 351 402708 4027076 77.3 1.2 0.013 0.002 Free Surface 0.059 No6 No 354 402709 4027226 53.6 1.9 0.013 0.002 Free Surface 0.162 No6 No 355 441008 4410098 162.0 6.5 0.013 0.022 Free Surface 0.070 No8 No 356 441026 4410046 116.4 19.8 0.013 0.002 Free Surface 0.071 No6 No 358 441009 4410108 69.4 16.0 0.013 0.025 Free Surface 0.104 No8 No 359 441010 4410138 230.0 8.3 0.013 0.101 Free Surface 0.150 No8 No 36 453612 4535026 260.8 1.3 0.013 0.252 Free Surface 0.697 No6 No 360 441004 4410116 220.6 36.2 0.013 0.059 Free Surface 0.141 No6 No 361 442000A 441603A6 210.8 11.1 0.013 0.013 Free Surface 0.153 No6 No 362 441404 441422A6 20.4 2.5 0.013 0.176 Free Surface 0.367 No6 No 363 403009C 4030096 99.1 1.6 0.013 0.008 Free Surface 0.091 No6 No 364 453402 4534038 288.8 4.0 0.013 0.137 Free Surface 0.203 No8 No 366 450217 4502166 320.3 0.4 0.013 0.056 Free Surface 0.280 No6 No 367 453703 453704 10 102.8 1.2 0.013 1.017 Free Surface 0.542 No 10 No 368 453401 4534028 340.1 6.0 0.013 0.137 Free Surface 0.191 No8 No 369 453704 453705 10 99.7 5.3 0.013 1.017 Free Surface 0.481 No 10 No 37 453611 4536126 236.0 4.5 0.013 0.244 Free Surface 0.473 No6 No 370 450212 4502136 181.7 4.9 0.013 0.007 Free Surface 0.124 No6 No 371 450216 4502136 84.1 6.6 0.013 0.070 Free Surface 0.185 No6 No 372 450304 IEC_MH-1108 293.0 11.7 0.013 0.322 Free Surface 0.235 No8 No 374 450213 4502146 171.1 11.8 0.013 0.092 Free Surface 0.194 No6 No 375 450210 4502096 205.1 3.1 0.013 0.328 Free Surface 0.557 No6 No 378 450209 450208 10 120.1 1.2 0.013 0.371 Free Surface 0.298 No 10 No 379 442608 4426076 275.1 15.1 0.013 0.006 Free Surface 0.049 No6 No 38 453610 4536116 417.5 7.1 0.013 0.235 Free Surface 0.361 No6 No 380 442623 4426228 194.5 3.9 0.013 0.003 Free Surface 0.038 No8 No 381 453721LH 453730A8 126.0 12.3 0.013 0.000 Free Surface 0.039 No8 No 382 431406 4314086 387.9 2.5 0.013 0.098 Free Surface 0.413 No6 No 383 430803 4333168 301.5 2.7 0.013 0.014 Free Surface 0.080 No8 No 385 432114 4321136 221.7 4.6 0.013 0.006 Free Surface 0.065 No6 No 386 431013 4310106 102.0 11.9 0.013 0.013 Free Surface 0.085 No6 No 387 442726 4427256 117.6 1.7 0.013 0.004 Free Surface 0.072 No6 No 388 431108 4311096 186.5 6.6 0.013 0.048 Free Surface 0.148 No6 No 389 431109 4311106 98.0 13.8 0.013 0.055 Free Surface 0.151 No6 No 39 433712 4337116 128.6 9.9 0.013 0.002 Free Surface 0.039 No6 No 390 430710 4307116 106.5 0.5 0.013 0.036 Free Surface 0.261 No6 No 391 432113 4321126 36.0 15.4 0.013 0.011 Free Surface 0.055 No6 No 392 432010 4320096 144.2 10.9 0.013 0.117 Free Surface 0.230 No6 No 393 430703LH 4307026 62.1 10.4 0.013 0.007 Free Surface 0.062 No6 No 394 431209 4309086 289.8 4.6 0.013 0.031 Free Surface 0.184 No6 No 395 442712 4427136 52.7 1.5 0.013 0.004 Free Surface 0.095 No6 No 396 442717 4427156 161.2 4.9 0.013 0.003 Free Surface 0.043 No6 No 397 442716 4427156 51.6 8.5 0.013 0.004 Free Surface 0.044 No6 No 398 431204 4312036 191.2 9.2 0.013 0.088 Free Surface 0.202 No6 No 399 433309 4333016 161.1 6.4 0.013 0.312 Free Surface 0.380 No6 No 4 455001 4550026 254.1 11.7 0.013 0.058 Free Surface 0.205 No6 No 40 433715 4337146 115.1 0.9 0.013 0.071 Free Surface 0.357 No6 No 400 431207LH 4312086 84.5 10.9 0.013 0.005 Free Surface 0.148 No6 No 400026 430728 4307278 347.0 4.9 0.013 0.005 Free Surface 0.039 No8 No 400028 430727 4307268 92.8 16.8 0.013 0.012 Free Surface 0.045 No8 No 400030 430726 4307258 115.9 4.3 0.013 0.015 Free Surface 0.068 No8 No 400034 430722 4307218 192.8 0.4 0.013 0.104 Free Surface 0.303 No8 No 400038 430720 4307218 304.2 0.3 0.013 0.009 Free Surface 0.098 No8 No 400040 430721 RALSTON_WW8 26.0 0.3 0.013 0.116 Free Surface 0.318 No8 No 400042 433426 4334278 96.3 3.3 0.013 0.002 Free Surface 0.035 No8 No 400044 433427 4334288 111.6 2.5 0.013 0.004 Free Surface 0.066 No8 No 400046 433428 4334298 308.9 0.3 0.013 0.006 Free Surface 0.087 No8 No 400048 433431 4334348 70.2 2.1 0.013 0.021 Free Surface 0.107 No8 No 400050 433434 4334358 48.8 1.0 0.013 0.022 Free Surface 0.110 No8 No 400052 433435 4334238 222.5 3.2 0.013 0.027 Free Surface 0.087 No8 No 400054 433425 4334248 219.4 4.5 0.013 0.003 Free Surface 0.034 No8 No 400056 433424 4334238 132.5 7.2 0.013 0.005 Free Surface 0.056 No8 No 400058 433423 4537308 109.0 15.4 0.013 0.034 Free Surface 0.093 No8 No 40006 433433 4334358 173.0 0.2 0.013 0.003 Free Surface 0.084 No8 No 400060 453730 453730A8 30.0 2.6 0.013 0.034 Free Surface 0.170 No8 No 40008 433432 4334338 56.6 2.3 0.013 0.001 Free Surface 0.046 No8 No 40012 430207 4302016 30.0 13.0 0.013 0.414 Free Surface 0.481 No6 No 40014 430201 4302026 154.8 4.9 0.013 0.467 Free Surface 0.523 No6 No 40018 431009 4311116 361.2 0.5 0.013 0.003 Free Surface 0.073 No6 No 40020 430413 4304146 77.1 12.0 0.013 0.122 Free Surface 0.216 No6 No 40022 430414 4309016 262.5 12.0 0.013 0.135 Free Surface 0.259 No6 No 40026 432308 4323076 214.2 19.5 0.013 0.061 Free Surface 0.137 No6 No 40028 432307 4323066 60.8 16.6 0.013 0.063 Free Surface 0.158 No6 No 40030 431603 4324018 250.3 1.9 0.013 0.017 Free Surface 0.092 No8 No 40038 451809 451809A 18 63.5 6.1 0.013 3.673 Free Surface 0.659 No 18 No 40040 451809B 451810 18 193.4 0.2 0.013 3.676 Free Surface 0.857 No 18 Yes 40044 402403 402403A6 135.6 0.5 0.013 0.066 Free Surface 0.335 No6 No 40046 402403A 402404
6 87.9 0.7 0.013 0.069 Free Surface 0.357 No6 No
40048 450502 4505016 191.1 9.9 0.013 0.008 Free Surface 0.073 No6 No 40062 431633 431608A6 81.3 1.2 0.013 0.308 Backwater 1.000 No6 Yes 40064 454601 4545086 62.9 3.6 0.013 0.001 Free Surface 0.030 No6 No 40066 454508 4544026 129.6 7.0 0.013 0.002 Free Surface 0.041 No6 No 40068 454303C 454303B6 301.7 3.2 0.013 0.074 Free Surface 0.220 No6 No 40070 454303B 454303A6 291.9 5.7 0.013 0.080 Free Surface 0.203 No6 No 40072 454303A 4543038 211.0 5.6 0.013 0.086 Free Surface 0.144 No8 No 40074 450115A 4501136 58.7 6.6 0.013 0.009 Free Surface 0.073 No6 No 40080 432111 4321056 34.1 5.0 0.013 0.014 Free Surface 0.092 No6 No 40082 431814 4318156 36.4 63.4 0.013 0.088 Free Surface 0.121 No6 No 40084 431815 4318056 41.1 77.5 0.013 0.088 Free Surface 0.135 No6 No 40086 431609 4316086 44.2 4.0 0.013 0.648 Backwater 1.000 No6 Yes 40088 451827A 4518276 205.5 8.8 0.013 0.014 Free Surface 0.091 No6 No 40090 450409A 450409 10 161.4 1.3 0.015 0.526 Free Surface 0.472 No 10 No 40092 441905A 4422236 154.4 7.0 0.013 0.087 Free Surface 0.207 No6 No 40096 441514A 4415146 153.2 10.0 0.013 0.013 Free Surface 0.085 No6 No 40098 SSTA_9953 4411246 52.9 0.9 0.013 0.122 Free Surface 0.353 No6 No 401 432916 4329196 21.5 16.5 0.013 0.058 Free Surface 0.173 No6 No 40102 443004 443004A6 379.4 4.3 0.013 0.063 Free Surface 0.205 No6 No 40106 403009B 4030096 100.2 0.2 0.013 0.003 Free Surface 0.266 No6 No 40108 441420A 4415106 185.1 2.5 0.013 0.018 Free Surface 0.117 No6 No 40110 441126A 4411256 165.9 0.6 0.013 0.114 Free Surface 0.419 No6 No 40112 440525 4405246 10.4 18.0 0.013 0.019 Free Surface 0.088 No6 No 40114 433203 4332026 296.4 7.4 0.013 0.072 Free Surface 0.227 No6 No 40116 450116 4501156 213.2 6.2 0.013 0.001 Free Surface 0.052 No6 No 40118 442621 4426186 133.9 23.1 0.013 0.005 Free Surface 0.060 No6 No 40120 443110A 4432146 164.8 0.2 0.013 0.040 Free Surface 0.305 No6 No 40124 441402A 4414036 145.7 4.8 0.013 0.386 Free Surface 0.466 No6 No 40126 441417A 4414196 72.8 2.6 0.013 0.024 Free Surface 0.120 No6 No 40128 440736 4407256 187.8 2.6 0.013 0.055 Free Surface 0.196 No6 No 40134 440714 4407356 200.0 11.4 0.013 0.044 Free Surface 0.150 No6 No 40144 442701A 442701B 15 184.8 4.3 0.013 2.052 Free Surface 0.342 No 15 No 40146 450103 450103A 10 925.3 0.4 0.015 0.353 Free Surface 0.407 No 10 No 40148 433316A 4333156 100.2 8.9 0.013 0.386 Free Surface 0.425 No6 No 40150 442701C 450417 15 58.4 6.1 0.013 2.052 Free Surface 0.303 No 15 No 40154 431114A 4311146 203.0 2.1 0.013 0.006 Free Surface 0.092 No6 No 40160 453730A 4537228 175.0 12.4 0.013 0.034 Free Surface 0.107 No8 No 40161 433013A 4330126 166.3 13.3 0.013 0.036 Free Surface 0.150 No6 No 40162 433429 4334308 80.0 0.8 0.013 0.009 Free Surface 0.095 No8 No 40163 431105 4311046 58.9 3.1 0.013 0.018 Free Surface 0.120 No6 No 40164 433430 4334318 75.0 0.8 0.013 0.016 Free Surface 0.101 No8 No 40165 431401A 4314026 88.3 8.2 0.013 0.047 Free Surface 0.172 No6 No 40166 432613 4326146 205.0 4.0 0.013 0.002 Free Surface 0.049 No6 No 40167 431309A 4313026 70.6 15.9 0.013 0.111 Free Surface 0.489 No6 No 40168 432508A 4325078 30.9 6.6 0.013 0.005 Free Surface 0.037 No8 No 40169 SSFI_21 4325056 105.2 9.1 0.013 0.008 Free Surface 0.061 No6 No 40173 440918A 4409198 86.1 3.9 0.013 0.021 Free Surface 0.078 No8 No 40175 440903A 443301 10 144.8 11.1 0.013 0.997 Free Surface 0.310 No 10 No 40179 443214A 4432136 147.7 1.3 0.013 0.064 Free Surface 0.267 No6 No 40181 VMH_72 402902 15 103.6 0.3 0.013 0.378 Free Surface 0.265 No8 No 40183 403003 4030028 142.0 0.2 0.013 0.034 Free Surface 0.206 No8 No 40186 455108LH 4551076 236.6 0.4 0.013 0.002 Free Surface 0.077 No6 No 40187 403809 4038116 142.2 0.5 0.013 0.041 Free Surface 0.262 No6 No 40188 455107 4551056 225.8 0.4 0.013 0.004 Free Surface 0.103 No6 No 40189 442000E 442000F8 92.9 3.2 0.013 0.006 Free Surface 0.045 No8 No 40190 455106 4551056 255.1 3.9 0.013 0.001 Free Surface 0.072 No6 No 40191 451809A 451809B 18 225.3 0.5 0.013 3.676 Backwater 1.000 No 18 Yes 40192 455105 4551046 271.0 0.4 0.013 0.007 Free Surface 0.146 No6 No 40193 451814 451811 18 61.4 0.0 0.013 4.308 Free Surface 0.799 No 18 Yes 40194 455104 4551036 176.2 0.4 0.013 0.016 Free Surface 0.178 No6 No 40195 451820A 451814
8 18.3 17.5 0.013 0.024 Free Surface 0.289 No8 No
40196 455103 4551016 176.1 0.4 0.013 0.017 Free Surface 0.186 No6 No 40198 455102LH 4551016 217.7 5.8 0.013 0.001 Free Surface 0.108 No6 No 40199 452016 452016A6 62.0 25.3 0.013 0.092 Free Surface 0.157 No6 No 402 432914 4329166 141.1 0.7 0.013 0.006 Free Surface 0.114 No6 No 40200 455101 4546066 154.0 0.4 0.013 0.018 Free Surface 0.280 No6 No 40201 452016A 452016B6 63.7 20.0 0.013 0.092 Free Surface 0.162 No6 No 40203 452016B 4520186 107.1 20.3 0.013 0.094 Free Surface 0.194 No6 No 40205 452412B 452412A6 182.9 2.8 0.013 0.006 Free Surface 0.091 No6 No 40207 452425A 4524026 24.9 0.1 0.013 0.022 Free Surface 0.623 No6 Yes 40208 454608 4546096 182.9 0.4 0.013 0.025 Free Surface 0.190 No6 No 40209 452504A 4525036 185.1 2.3 0.013 0.004 Free Surface 0.066 No6 No 40211 452511A 4525106 70.2 14.4 0.013 0.026 Free Surface 0.105 No6 No 40213 451402A 451701 18 70.4 2.5 0.013 3.541 Free Surface 0.394 No 18 No 40214 442701B 442701C 15 120.9 3.4 0.013 2.052 Free Surface 0.352 No 15 No 40215 442219A 4422186 221.4 13.8 0.013 0.041 Free Surface 0.192 No6 No 40217 451614A 4516096 135.5 7.3 0.013 0.008 Free Surface 0.095 No6 No 40218 440543A 4405446 75.1 9.4 0.013 0.061 Free Surface 0.171 No6 No 40219 442204A 4516056 231.1 1.5 0.013 0.198 Free Surface 0.468 No6 No 40220 441422A 441422B6 63.6 15.3 0.013 0.176 Free Surface 0.322 No6 No 40221 451605A 4516066 34.7 1.5 0.013 0.202 Free Surface 0.471 No6 No 40222 441422B 4414226 206.2 2.1 0.013 0.184 Free Surface 0.414 No6 No 40224 441409B 4414086 147.1 0.9 0.013 0.082 Free Surface 0.336 No6 No 40225 443221A 4432028 225.8 2.8 0.013 0.024 Free Surface 0.414 No8 No 40226 441409BLH 441409B6 145.5 3.4 0.013 0.004 Free Surface 0.195 No6 No 40227 442000B 442000A6 101.4 3.9 0.013 0.008 Free Surface 0.073 No6 No 40228 441506 441506A 12 7.8 1.3 0.013 0.183 Free Surface 0.277 No 12 No 40229 442000 442000A6 189.1 1.0 0.013 0.005 Free Surface 0.079 No6 No 40230 441505 441505A 12 9.3 1.5 0.013 0.030 Free Surface 0.109 No 12 No 40232 441506A 441505A 12 247.7 0.4 0.013 0.189 Free Surface 0.240 No 12 No 40233 442223A 4422238 136.7 1.5 0.013 0.003 Free Surface 0.057 No8 No 40234 441505A 441503 12 329.1 1.1 0.013 0.159 Free Surface 0.263 No 12 No 40235 450503A 4505038 122.5 0.9 0.013 0.006 Free Surface 0.069 No8 No 40236 441834A 4418346 136.9 1.5 0.013 0.007 Free Surface 0.137 No6 No 40237 454809A 454809B8 50.7 20.1 0.013 0.303 Free Surface 0.208 No8 No 40239 454809B 4503048 193.7 14.0 0.013 0.301 Free Surface 0.226 No8 No 40240 442206A 4422056 83.5 1.5 0.013 0.027 Free Surface 0.175 No6 No 40241 LH450104B 4501046 145.0 4.5 0.013 0.004 Free Surface 0.118 No6 No 336
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
40242 442205A 4422046 206.3 1.5 0.013 0.035 Free Surface 0.325 No6 No 40244 403102A 4031056 54.3 0.7 0.013 0.007 Free Surface 0.105 No6 No 40245 453716B 453716C8 313.7 14.7 0.013 0.012 Free Surface 0.104 No8 No 40246 451803B 451803C 21 261.2 1.0 0.013 3.956 Free Surface 0.403 No 21 No 40247 440137B 440137A6 224.0 1.8 0.013 0.005 Free Surface 0.089 No6 No 40248 451803C 451803D 21 88.5 2.7 0.013 3.966 Free Surface 0.486 No 21 No 40249 440137A 4401376 92.1 2.2 0.013 0.012 Free Surface 0.220 No6 No 40251 452204A 4513076 26.4 29.9 0.013 0.014 Free Surface 0.066 No6 No 40254 451822A 451816A6 210.6 0.3 0.013 0.061 Free Surface 0.358 No6 No 40256 451821A 451821B6 159.0 0.8 0.013 0.009 Free Surface 0.130 No6 No 40258 451821B 4518206 69.0 1.4 0.013 0.020 Free Surface 0.157 No6 No 40260 451816A 4518156 18.4 1.3 0.013 0.078 Free Surface 0.298 No6 No 40264 451810A 451814 18 28.3 2.1 0.013 4.288 Free Surface 0.966 No 18 Yes 40266 452405C 452405A 16 22.3 0.8 0.013 0.510 Free Surface 0.289 No 12 No 40267 404809 404808
6 22.1 1.8 0.013 0.003 Free Surface 0.209 No6 No
40268 452405A 452405B 12 30.4 2.2 0.013 0.250 Free Surface 0.229 No 12 No 40269 404806A 4048066 15.4 2.0 0.013 0.004 Free Surface 0.179 No6 No 40270 452405B 451810A 12 241.7 0.5 0.013 0.253 Free Surface 0.637 No 12 Yes 40272 452403A 452403 10 206.3 0.2 0.013 0.113 Free Surface 0.331 No 10 No 40280 430723 4307228 223.0 0.4 0.013 0.098 Free Surface 0.297 No8 No 40282 454603 454606A6 497.9 2.8 0.013 0.003 Free Surface 0.122 No6 No 40284 452012A 4520126 148.5 8.1 0.013 0.005 Free Surface 0.099 No6 No 40286 402508 4025076 302.1 0.5 0.013 0.006 Free Surface 0.176 No6 No 40288 403501 4025108 349.7 0.4 0.013 0.000 Free Surface 0.118 No8 No 40290 402604A 4026036 231.0 3.8 0.013 0.059 Free Surface 0.257 No6 No 40292 VMH_13 4334318 128.4 0.8 0.013 0.002 Free Surface 0.067 No8 No 40294 453716C 4537128 174.8 18.2 0.013 0.192 Free Surface 0.292 No8 No 40296 453716A 453716B8 285.2 6.3 0.013 0.005 Free Surface 0.042 No8 No 403 431203 4312026 110.1 6.7 0.013 0.092 Free Surface 0.211 No6 No 40310 433206A 433206B 12 180.5 5.2 0.013 1.540 Free Surface 0.358 No 12 No 40312 433206B 442501 12 358.8 7.3 0.013 1.486 Free Surface 0.351 No 12 No 40314 440325A 4402096 144.5 0.4 0.013 0.028 Free Surface 0.485 No6 No 40316 443004A 4431086 295.1 3.5 0.013 0.068 Free Surface 0.240 No6 No 40318 440402A 440901 10 254.9 3.4 0.013 0.984 Free Surface 0.380 No 10 No 40320 440402 440402A 10 101.2 3.5 0.013 0.978 Free Surface 0.447 No 10 No 40322 440901 440902 10 307.4 3.8 0.013 0.496 Free Surface 0.623 No 10 No 40326 404822 4048216 323.5 0.2 0.013 0.008 Free Surface 0.152 No6 No 40332 404821 4048186 104.0 0.3 0.013 0.011 Free Surface 0.197 No6 No 40334 404816 4048176 99.1 0.3 0.013 0.004 Free Surface 0.126 No6 No 40336 404817 4048186 82.5 0.3 0.013 0.009 Free Surface 0.188 No6 No 40338 404818 4048196 87.5 0.2 0.013 0.021 Free Surface 0.231 No6 No 40340 404819 4048206 29.2 0.3 0.013 0.022 Free Surface 0.239 No6 No 40342 404820 404820A6 192.2 0.2 0.013 0.024 Free Surface 0.245 No6 No 40348 404820A 4048016 87.8 0.3 0.013 0.024 Free Surface 0.250 No6 No 40350 404801 4048026 38.7 0.2 0.013 0.025 Free Surface 0.295 No6 No 40352 404802 4048036 281.7 0.2 0.013 0.026 Free Surface 0.265 No6 No 40354 404803 404803A6 247.6 0.2 0.013 0.027 Free Surface 0.339 No6 No 40356 404814 4048136 261.1 0.3 0.013 0.016 Free Surface 0.206 No6 No 40358 404813 4048156 19.1 0.3 0.013 0.018 Free Surface 0.218 No6 No 40360 404815 4048126 152.5 0.2 0.013 0.019 Free Surface 0.222 No6 No 40362 404812 4048116 68.3 0.3 0.013 0.020 Free Surface 0.227 No6 No 40364 404811 4048106 41.4 0.2 0.013 0.021 Free Surface 0.234 No6 No 40366 404810 4048086 65.0 0.2 0.013 0.022 Free Surface 0.302 No6 No 40368 404809A 4048096 274.9 0.7 0.013 0.001 Free Surface 0.048 No6 No 40370 404808 4048076 26.7 0.3 0.013 0.026 Free Surface 0.429 No6 No 40372 404807 4048066 98.5 0.0 0.013 0.026 Free Surface 0.344 No6 No 40374 404806B 404806A6 145.2 0.7 0.013 0.004 Free Surface 0.075 No6 No 40376 404806 4048056 122.1 0.2 0.013 0.034 Free Surface 0.532 No6 Yes 40378 404805 4048046 118.8 0.2 0.013 0.035 Free Surface 0.499 No6 No 40382 403416A 403423D 27 13.7 20.2 0.013 7.094 Free Surface 0.595 No 27 No 404 432002 4320036 241.7 31.8 0.013 0.104 Free Surface 0.205 No6 No 405 431115 4311166 224.6 3.5 0.013 0.037 Free Surface 0.164 No6 No 406 430608 430607A8 203.5 1.6 0.013 0.290 Free Surface 0.370 No8 No 407 433303 4333026 186.1 2.9 0.013 0.024 Free Surface 0.141 No6 No 408 433302 4333016 222.5 3.1 0.013 0.030 Free Surface 0.248 No6 No 409 442413LH 4424426 135.0 31.9 0.013 0.005 Free Surface 0.047 No6 No 41 433711 4337106 75.8 7.7 0.013 0.004 Free Surface 0.050 No6 No 410 431202 4312016 307.5 7.1 0.013 0.092 Free Surface 0.203 No6 No 411 430607A 4306068 109.5 1.2 0.013 0.265 Free Surface 0.386 No8 No 412 431208 4312096 251.6 0.2 0.013 0.014 Free Surface 0.193 No6 No 414 430606 430605A8 129.3 1.2 0.013 0.259 Free Surface 0.380 No8 No 415 431116 4306056 222.0 3.2 0.013 0.041 Free Surface 0.170 No6 No 416 442444 4424456 51.3 24.1 0.013 0.004 Free Surface 0.035 No6 No 417 430907 4320106 116.7 24.7 0.013 0.111 Free Surface 0.190 No6 No 418 431201 4309066 335.8 11.9 0.013 0.104 Free Surface 0.199 No6 No 419 430906 4309076 46.0 12.9 0.013 0.108 Free Surface 0.186 No6 No 42 433710 4337096 85.5 7.8 0.013 0.005 Free Surface 0.055 No6 No 420 430704 4305116 225.8 7.7 0.013 0.329 Free Surface 0.399 No6 No 421 430702 4307016 114.3 7.1 0.013 0.009 Free Surface 0.092 No6 No 422 430604 4306036 183.7 6.4 0.013 0.254 Free Surface 0.358 No6 No 423 430511 4305106 110.4 7.7 0.013 0.323 Free Surface 0.374 No6 No 424 430701 4305046 136.2 4.1 0.013 0.017 Free Surface 0.089 No6 No 425 430911LH 4309126 161.7 2.4 0.013 0.009 Free Surface 0.110 No6 No 426 430908 4309096 242.4 1.3 0.013 0.043 Free Surface 0.196 No6 No 427 430603 4306026 177.8 7.0 0.013 0.256 Free Surface 0.352 No6 No 428 430510 4305096 223.5 12.4 0.013 0.320 Free Surface 0.341 No6 No 429 430503 4305026 58.9 9.9 0.013 0.021 Free Surface 0.094 No6 No 43 433713LH 4337116 121.7 2.2 0.013 0.001 Free Surface 0.041 No6 No 430 430909 4309106 98.8 7.4 0.013 0.054 Free Surface 0.168 No6 No 431 430602 4306016 247.0 7.5 0.013 0.258 Free Surface 0.344 No6 No 432 430912 4304116 434.3 4.3 0.013 0.027 Free Surface 0.126 No6 No 433 430509 4305086 107.2 12.1 0.013 0.316 Free Surface 0.377 No6 No 434 431613 4316126 51.4 40.1 0.013 0.242 Free Surface 0.293 No6 No 435 440318 4403178 322.7 3.3 0.013 0.003 Free Surface 0.044 No8 No 436 430508 4305076 108.1 6.6 0.013 0.317 Free Surface 0.392 No6 No 437 430506 4305056 121.9 3.2 0.013 0.002 Free Surface 0.050 No6 No 438 430601 4304096 187.1 8.3 0.013 0.261 Free Surface 0.412 No6 No 439 430902 4309036 186.6 6.7 0.013 0.266 Free Surface 0.376 No6 No 44 454411 4544126 235.9 3.1 0.013 0.118 Free Surface 0.251 No6 No 440 452414 452412B6 87.5 4.5 0.013 0.002 Free Surface 0.053 No6 No 441 430502 4305016 329.2 13.2 0.013 0.024 Free Surface 0.102 No6 No 442 430505 4305016 88.8 6.1 0.013 0.006 Free Surface 0.083 No6 No 443 430409 4304086 177.5 3.0 0.013 0.261 Free Surface 0.408 No6 No 444 430410LH 4304086 294.6 6.5 0.013 0.005 Free Surface 0.192 No6 No 445 430904 4319016 294.3 70.1 0.013 0.307 Free Surface 0.221 No6 No 446 430412 4304136 210.7 2.7 0.013 0.045 Free Surface 0.186 No6 No 447 430910 4304136 423.4 7.7 0.013 0.069 Free Surface 0.194 No6 No 448 433113 4331126 211.0 10.9 0.013 0.023 Free Surface 0.107 No6 No 449 443326 4433016 357.3 3.5 0.013 0.002 Free Surface 0.273 No6 No 45 454431 4544256 54.7 37.7 0.013 0.001 Free Surface 0.054 No6 No 450 440319 4403206 114.5 1.3 0.013 0.006 Free Surface 0.074 No6 No 451 440321 4403206 112.6 4.0 0.013 0.005 Free Surface 0.059 No6 No 452 431901 4316086 51.7 9.8 0.013 0.342 Backwater 1.000 No6 Yes 453 430507 4301016 181.6 7.8 0.013 0.306 Free Surface 0.377 No6 No 455 430901 430902
6 164.5 14.1 0.013 0.262 Free Surface 0.331 No6 No
456 431639 4316386 164.4 10.0 0.013 0.221 Free Surface 0.293 No6 No 457 431608 431608A6 77.5 3.6 0.013 0.914 Exceeds Capacity 1.000 No6 Yes 458 430501 4301036 147.6 12.5 0.013 0.033 Free Surface 0.110 No6 No 46 451105 4511048 196.9 1.5 0.013 0.094 Free Surface 0.205 No8 No 461 431635 4316346 136.9 19.3 0.013 0.007 Free Surface 0.070 No6 No 462 430103 4301028 163.0 2.2 0.013 0.061 Free Surface 0.155 No8 No 463 430102 4301016 53.1 35.4 0.013 0.092 Free Surface 0.142 No6 No 465 431632 4316336 155.8 39.7 0.013 0.093 Free Surface 0.569 No6 No 466 430109 4301026 62.2 8.3 0.013 0.030 Free Surface 0.116 No6 No 467 431608A 4316076 101.3 4.3 0.013 0.741 Backwater 1.000 No6 Yes 468 431631 4316326 68.0 3.6 0.013 0.089 Free Surface 0.210 No6 No 469 430407 430406
6 169.0 29.2 0.013 0.265 Free Surface 0.243 No6 No
47 433714 4337086 156.7 0.3 0.013 0.071 Free Surface 0.426 No6 No 470 432735LH 4327276 222.1 10.7 0.013 0.003 Free Surface 0.050 No6 No 471 432727 4327266 118.8 11.4 0.013 0.009 Free Surface 0.131 No6 No 472 432727A 4327276 103.5 1.0 0.013 0.002 Free Surface 0.054 No6 No 473 430209 4302086 123.1 11.9 0.013 0.416 Free Surface 0.431 No6 No 474 430110 4301096 256.1 6.6 0.013 0.027 Free Surface 0.116 No6 No 475 431630 4316316 161.3 4.8 0.013 0.021 Free Surface 0.197 No6 No 476 430104 4301036 286.7 0.4 0.013 0.024 Free Surface 0.216 No6 No 477 430406 4304056 139.3 44.0 0.013 0.269 Free Surface 0.231 No6 No 478 430105 4301046 94.0 8.0 0.013 0.004 Free Surface 0.095 No6 No 479 431607 4316066 212.7 1.4 0.013 0.748 Exceeds Capacity 1.000 No6 Yes 48 453501 4313028 461.3 1.0 0.013 0.416 Free Surface 0.554 No8 No 480 431628 4316296 64.8 0.0 0.013 0.011 Free Surface 0.186 No6 No 481 430405 4304046 101.8 40.2 0.013 0.268 Free Surface 0.240 No6 No 482 430208 4302076 168.9 7.8 0.013 0.415 Free Surface 0.425 No6 No 483 432721 4327156 153.4 2.9 0.013 0.010 Free Surface 0.116 No6 No 484 431629 4316306 109.3 8.9 0.013 0.015 Free Surface 0.097 No6 No 485 432316LH 4323156 204.0 5.8 0.013 0.005 Free Surface 0.064 No6 No 486 432225 4322246 171.3 9.3 0.013 0.027 Free Surface 0.186 No6 No 487 440140 4406016 322.8 10.9 0.013 0.276 Free Surface 0.327 No6 No 488 432305 4323046 109.1 7.2 0.013 0.068 Free Surface 0.164 No6 No 489 432328 4323186 74.7 63.0 0.013 0.003 Free Surface 0.056 No6 No 49 451104 4506018 223.6 2.3 0.013 0.094 Free Surface 0.188 No8 No 490 432524 4325218 111.4 6.6 0.013 0.013 Free Surface 0.057 No8 No 491 432534 4325336 104.1 14.6 0.013 0.000 Free Surface 0.111 No6 No 492 432521 4325338 22.4 38.5 0.013 0.031 Free Surface 0.058 No8 No 493 432532 4325338 54.5 14.9 0.013 0.002 Free Surface 0.094 No8 No 494 432531 4325328 90.8 17.6 0.013 0.002 Free Surface 0.021 No8 No 495 403401 4034028 236.3 0.5 0.013 0.095 Free Surface 0.369 No8 No 496 432304 4323036 120.5 26.1 0.013 0.072 Free Surface 0.134 No6 No 497 430212 4302016 28.3 23.4 0.013 0.063 Free Surface 0.353 No6 No 498 431624 4316236 295.5 6.6 0.013 0.055 Free Surface 0.165 No6 No 499 430106 4301046 197.4 1.3 0.013 0.017 Free Surface 0.137 No6 No 50 454412 4544326 214.5 24.5 0.013 0.119 Free Surface 0.166 No6 No 500 431625 4316246 159.6 3.1 0.013 0.042 Free Surface 0.174 No6 No 501 430213 4302126 106.2 55.1 0.013 0.063 Free Surface 0.117 No6 No 502 430202 4302036 156.4 9.4 0.013 0.466 Free Surface 0.436 No6 No 503 430404 4303026 164.9 36.8 0.013 0.296 Free Surface 0.374 No6 No 504 430204 4302056 150.1 13.1 0.013 0.478 Free Surface 0.482 No6 No 505 431604 4316026 123.3 2.2 0.017 0.705 Free Surface 0.980 No6 Yes 507 430205 4302066 157.9 5.1 0.013 0.475 Free Surface 0.576 No6 No 508 430302 430206
6 62.0 2.5 0.013 0.291 Free Surface 0.502 No6 No
509 430111 4301106 385.4 3.5 0.013 0.020 Free Surface 0.118 No6 No 51 454426 4544276 87.3 24.1 0.013 0.016 Free Surface 0.100 No6 No 510 430107 4301066 204.5 3.6 0.013 0.012 Free Surface 0.114 No6 No 511 430206 430310 10 297.5 3.3 0.013 0.729 Free Surface 0.363 No 10 No 512 430310 430401 10 197.4 3.5 0.013 0.741 Free Surface 0.450 No 10 No 513 431602 431645 12 37.8 1.9 0.013 1.243 Free Surface 0.434 No 12 No 514 430216 4302156 198.6 10.2 0.013 0.002 Free Surface 0.094 No6 No 515 430215 4302146 98.1 11.7 0.013 0.058 Free Surface 0.132 No6 No 516 430401 430402 10 257.7 1.2 0.013 0.744 Free Surface 0.446 No 10 No 519 430217 4302156 113.9 1.7 0.013 0.053 Free Surface 0.227 No6 No 52 454429 4544326 236.7 10.0 0.013 0.018 Free Surface 0.119 No6 No 520 430112 4301116 158.2 11.1 0.013 0.015 Free Surface 0.099 No6 No 337
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
521 430108LH 4301076 159.7 0.4 0.013 0.008 Free Surface 0.119 No6 No 522 443409 4434266 98.5 11.8 0.013 0.018 Free Surface 0.081 No6 No 523 432607 4326056 245.7 7.5 0.013 0.028 Free Surface 0.112 No6 No 524 440699LH 4406306 54.1 17.1 0.013 0.005 Free Surface 0.045 No6 No 529 432326 4323246 154.9 3.9 0.013 0.000 Free Surface 0.018 No6 No 53 450601 4506028 83.8 2.5 0.013 0.094 Free Surface 0.271 No8 No 530 432221 4322146 121.4 25.5 0.013 0.003 Free Surface 0.042 No6 No 531 432528LH 4325386 112.9 9.1 0.013 0.003 Free Surface 0.043 No6 No 532 432208 4322076 48.9 7.1 0.013 0.069 Free Surface 0.237 No6 No 533 432224 4322076 183.1 0.9 0.013 0.054 Free Surface 0.267 No6 No 534 432519 08C649L6 128.5 6.6 0.013 0.014 Free Surface 0.091 No6 No 535 432538 4325276 67.8 12.6 0.013 0.006 Free Surface 0.051 No6 No 536 440613 440613A6 454.4 4.2 0.013 0.018 Free Surface 0.122 No6 No 537 432207 4322066 236.8 4.6 0.013 0.146 Free Surface 0.359 No6 No 538 08C649L 08C648M6 132.2 13.5 0.013 0.026 Free Surface 0.096 No6 No 54 454428 4544296 179.6 3.2 0.013 0.017 Free Surface 0.101 No6 No 540 440814 4408136 205.2 11.7 0.013 0.004 Free Surface 0.095 No6 No 541 440813 4408206 99.7 5.8 0.013 0.035 Free Surface 0.119 No6 No 542 440555 4408136 101.8 7.9 0.013 0.003 Free Surface 0.095 No6 No 543 440805 4408066 209.5 10.0 0.013 0.002 Free Surface 0.098 No6 No 544 440835 4408346 121.3 1.2 0.013 0.003 Free Surface 0.061 No6 No 545 440540 4405416 43.6 5.0 0.013 0.028 Free Surface 0.129 No6 No 546 440806 4405216 91.3 1.6 0.013 0.022 Free Surface 0.124 No6 No 547 440521 4408136 100.6 23.2 0.013 0.025 Free Surface 0.117 No6 No 548 441216 4405416 182.8 1.3 0.013 0.003 Free Surface 0.096 No6 No 55 450610 4506046 170.0 2.2 0.013 0.051 Free Surface 0.301 No6 No 550 440808 4408076 85.4 6.8 0.013 0.015 Free Surface 0.086 No6 No 551 440807 4408066 97.8 12.9 0.013 0.018 Free Surface 0.124 No6 No 552 440554 4405536 198.5 7.6 0.013 0.005 Free Surface 0.095 No6 No 553 440522 4405216 99.8 14.4 0.013 0.003 Free Surface 0.058 No6 No 554 441215 4412146 157.7 14.6 0.013 0.007 Free Surface 0.060 No6 No 555 440508 4405096 62.6 11.4 0.013 0.002 Free Surface 0.037 No6 No 557 440523 4405246 289.2 6.9 0.013 0.004 Free Surface 0.073 No6 No 558 441210 4412096 100.0 3.0 0.013 0.006 Free Surface 0.062 No6 No 56 433703 4337026 184.0 35.5 0.013 0.086 Free Surface 0.202 No6 No 560 440809 4408086 110.1 0.5 0.013 0.012 Free Surface 0.126 No6 No 561 403417 4034046 378.6 0.1 0.013 0.055 Backwater 1.000 No6 Yes 562 440810 4408096 168.3 5.4 0.013 0.003 Free Surface 0.102 No6 No 563 403414 403415 27 310.0 0.5 0.013 7.161 Free Surface 0.488 No 27 No 565 403411 403412 21 200.0 1.1 0.013 7.180 Free Surface 0.780 No 21 Yes 566 403412 403413 21 11.0 1.2 0.013 7.191 Free Surface 0.942 No 21 Yes 567 441002 4410046 170.6 40.2 0.013 0.025 Free Surface 0.093 No6 No 568 441005 4410046 238.5 2.1 0.013 0.025 Free Surface 0.135 No6 No 569 403503 4035048 51.8 0.6 0.013 0.002 Free Surface 0.070 No8 No 57 450604 450605 10 161.0 1.0 0.013 0.171 Free Surface 0.255 No 10 No 570 403009A 403009B6 66.8 0.3 0.013 0.002 Free Surface 0.270 No6 No 575 403511 402807A8 141.3 0.6 0.013 0.022 Free Surface 0.162 No8 No 578 403504 4035058 203.9 0.6 0.013 0.012 Free Surface 0.107 No8 No 579 403506 4035058 160.7 0.6 0.013 0.004 Free Surface 0.089 No8 No 58 433707 4337066 132.6 0.4 0.013 0.001 Free Surface 0.056 No6 No 584 454609 4547106 206.3 4.4 0.013 0.032 Free Surface 0.145 No6 No 585 454603 4546106 270.4 0.5 0.013 0.001 Free Surface 0.051 No6 No 586 454610 4546096 251.0 5.5 0.013 0.005 Free Surface 0.096 No6 No 587 454602 4546036 299.9 2.3 0.013 0.002 Free Surface 0.049 No6 No 588 454710 4547096 258.0 3.9 0.013 0.035 Free Surface 0.217 No6 No 589 454711 4547096 201.6 0.5 0.013 0.007 Free Surface 0.198 No6 No 59 433706 4337056 97.9 0.4 0.013 0.002 Free Surface 0.092 No6 No 590 454611 4546106 228.0 4.0 0.013 0.001 Free Surface 0.043 No6 No 591 454712LH 4547116 186.7 0.5 0.013 0.002 Free Surface 0.085 No6 No 592 454601 4546026 217.5 2.7 0.013 0.001 Free Surface 0.036 No6 No 593 454708 4547076 224.6 5.9 0.013 0.003 Free Surface 0.144 No6 No 594 454709 4547076 192.8 0.5 0.013 0.043 Free Surface 0.264 No6 No 597 454611 4545036 222.3 6.8 0.013 0.002 Free Surface 0.034 No6 No 598 454503 4547016 132.6 6.0 0.013 0.002 Free Surface 0.044 No6 No 599 454402 4544016 122.3 3.5 0.013 0.003 Free Surface 0.049 No6 No 6 454909 4549106 80.4 2.2 0.013 0.006 Free Surface 0.080 No6 No 60 433705 4337046 146.3 0.4 0.013 0.007 Free Surface 0.141 No6 No 601 454701 4547026 251.2 5.0 0.013 0.005 Free Surface 0.060 No6 No 602 454215 4542146 220.0 0.2 0.013 0.001 Free Surface 0.070 No6 No 603 454702 4547036 282.9 3.7 0.013 0.006 Free Surface 0.171 No6 No 604 454707 4547036 273.1 1.1 0.013 0.050 Free Surface 0.261 No6 No 605 454706 4547036 79.1 1.2 0.013 0.014 Free Surface 0.200 No6 No 606 454206 4542056 149.7 6.1 0.013 0.054 Free Surface 0.174 No6 No 607 454214 4542136 199.3 9.4 0.013 0.016 Free Surface 0.090 No6 No 608 454401 4544306 106.7 3.7 0.013 0.004 Free Surface 0.056 No6 No 609 454213 4542126 140.5 11.2 0.013 0.023 Free Surface 0.109 No6 No 61 453403 4543068 256.5 3.6 0.013 0.137 Free Surface 0.289 No8 No 610 454204 4542036 71.6 2.8 0.013 0.007 Free Surface 0.115 No6 No 611 454205 4542036 131.8 5.5 0.013 0.058 Free Surface 0.169 No6 No 612 454107 4540056 379.2 1.1 0.013 0.020 Free Surface 0.179 No6 No 613 454106 4541076 401.0 2.7 0.013 0.007 Free Surface 0.116 No6 No 614 454106 4541056 423.5 1.4 0.013 0.005 Free Surface 0.079 No6 No 615 454216 4542146 128.6 0.4 0.013 0.013 Free Surface 0.132 No6 No 616 433404 4334058 333.0 3.6 0.013 0.867 Free Surface 0.532 No8 No 617 433408 4334098 95.9 1.1 0.013 0.876 Free Surface 0.799 No8 Yes 618 431518 4315196 218.5 7.7 0.013 0.005 Free Surface 0.056 No6 No 619 433403 433404
8 150.0 2.8 0.013 0.853 Free Surface 0.584 No8 No
62 431514 4315138 99.1 7.3 0.013 0.621 Free Surface 0.405 No8 No 620 433409 4334108 70.7 2.8 0.013 0.877 Free Surface 0.599 No8 No 621 453706 453707 10 127.9 7.8 0.013 1.025 Free Surface 0.388 No 10 No 622 431522 4315236 196.8 1.0 0.013 0.017 Free Surface 0.131 No6 No 623 433406 4334078 262.1 2.4 0.013 0.871 Free Surface 0.591 No8 No 624 433407 4334088 269.2 4.5 0.013 0.872 Free Surface 0.757 No8 Yes 625 431305 4313046 303.5 11.3 0.013 0.005 Free Surface 0.056 No6 No 626 454704 4545076 276.4 0.6 0.013 0.071 Free Surface 0.349 No6 No 627 454703 4547046 132.8 1.3 0.013 0.070 Free Surface 0.306 No6 No 628 454212 4542116 168.1 5.8 0.013 0.028 Free Surface 0.135 No6 No 629 454503 4545026 329.9 12.2 0.013 0.003 Free Surface 0.165 No6 No 63 433702 4337016 134.6 3.0 0.013 0.091 Free Surface 0.245 No6 No 630 454504 4545026 157.1 1.3 0.013 0.076 Free Surface 0.295 No6 No 631 454211 4542096 171.1 3.8 0.013 0.033 Free Surface 0.157 No6 No 632 454005 4540046 363.0 2.3 0.013 0.047 Free Surface 0.190 No6 No 633 454203 4542026 170.4 12.2 0.013 0.067 Free Surface 0.180 No6 No 634 454505 4545046 104.5 1.9 0.013 0.074 Free Surface 0.276 No6 No 635 454507 4545056 238.4 0.6 0.013 0.073 Free Surface 0.311 No6 No 636 454006 4540056 203.0 1.3 0.013 0.018 Free Surface 0.173 No6 No 637 454210 4542096 100.0 1.0 0.013 0.011 Free Surface 0.143 No6 No 638 454209 4542016 316.4 4.9 0.013 0.048 Free Surface 0.193 No6 No 639 454007A 4540046 185.3 4.2 0.013 0.005 Free Surface 0.116 No6 No 64 431301 4315148 224.1 4.8 0.013 0.619 Free Surface 0.400 No8 No 640 454430 4544036 337.9 7.1 0.013 0.007 Free Surface 0.062 No6 No 642 454105 4541046 288.5 8.2 0.013 0.014 Free Surface 0.119 No6 No 643 454202 4542016 159.8 4.7 0.013 0.071 Free Surface 0.212 No6 No 644 454002 4540016 383.9 13.8 0.013 0.083 Free Surface 0.209 No6 No 645 454419 4544206 130.8 15.0 0.013 0.004 Free Surface 0.043 No6 No 646 454407 4544086 286.6 20.6 0.013 0.101 Free Surface 0.166 No6 No 647 433724 4337236 116.7 3.0 0.013 0.004 Free Surface 0.056 No6 No 648 454417 4544196 169.7 3.5 0.013 0.004 Free Surface 0.047 No6 No 649 454418 4544176 132.9 6.2 0.013 0.002 Free Surface 0.045 No6 No 65 433701 4313096 43.6 8.6 0.013 0.093 Free Surface 0.181 No6 No 650 454420 4544216 141.1 15.3 0.013 0.006 Free Surface 0.053 No6 No 651 433723 4337226 66.6 3.0 0.013 0.004 Free Surface 0.062 No6 No 652 454408 4544096 107.2 30.0 0.013 0.112 Free Surface 0.258 No6 No 653 454416 4544176 67.2 3.7 0.013 0.000 Free Surface 0.037 No6 No 654 454421 4544236 124.9 14.7 0.013 0.009 Free Surface 0.063 No6 No 655 454409 4544106 107.8 2.0 0.013 0.112 Free Surface 0.279 No6 No 656 433721 4337206 115.9 1.7 0.013 0.006 Free Surface 0.077 No6 No 658 454423 4544246 123.9 10.1 0.013 0.010 Free Surface 0.089 No6 No 659 454422 4544216 332.2 3.2 0.013 0.002 Free Surface 0.049 No6 No 66 431309 4313026 55.1 38.3 0.013 0.093 Free Surface 0.465 No6 No 660 433716 4337156 84.8 0.9 0.013 0.071 Free Surface 0.308 No6 No 661 453608 4536096 356.0 0.2 0.013 0.214 Free Surface 0.882 No6 Yes 662 453607 453608
6 252.0 0.6 0.013 0.206 Free Surface 0.819 No6 Yes
663 433709 4337086 141.6 7.8 0.013 0.007 Free Surface 0.255 No6 No 664 433708 4337046 130.7 0.4 0.013 0.078 Free Surface 0.308 No6 No 665 433704 4337036 72.5 19.5 0.013 0.086 Free Surface 0.150 No6 No 666 433727LH 4336036 142.8 6.6 0.013 0.007 Free Surface 0.130 No6 No 667 431303 431309A6 105.2 15.9 0.013 0.109 Free Surface 0.186 No6 No 668 433601 4313036 221.0 8.8 0.013 0.097 Free Surface 0.196 No6 No 669 433603 4336026 217.0 6.7 0.013 0.079 Free Surface 0.192 No6 No 67 431302 4313018 253.2 1.8 0.013 0.617 Free Surface 0.511 No8 No 670 433602 4336016 419.0 10.2 0.013 0.088 Free Surface 0.197 No6 No 671 433604 4336036 139.1 2.4 0.013 0.071 Free Surface 0.225 No6 No 672 431520 4315216 107.5 5.8 0.013 0.011 Free Surface 0.099 No6 No 673 454432 4534016 438.5 59.3 0.013 0.137 Free Surface 0.196 No6 No 674 431519 4315206 113.4 10.7 0.013 0.009 Free Surface 0.071 No6 No 675 431304 4313036 167.3 11.8 0.013 0.011 Free Surface 0.125 No6 No 676 433405 4334068 128.3 5.1 0.013 0.869 Free Surface 0.581 No8 No 677 433802 4338036 132.5 2.8 0.013 0.004 Free Surface 0.058 No6 No 678 454404 4544056 230.2 1.0 0.013 0.096 Free Surface 0.307 No6 No 679 454405 4544066 147.9 5.5 0.013 0.097 Free Surface 0.228 No6 No 68 431513 4315128 176.8 4.0 0.013 0.621 Free Surface 0.453 No8 No 680 454406 4544076 166.9 2.6 0.013 0.099 Free Surface 0.240 No6 No 681 433419 4334206 125.6 3.2 0.013 0.032 Free Surface 0.248 No6 No 682 431402 4314036 247.8 3.8 0.013 0.062 Free Surface 0.237 No6 No 683 433808 4313086 158.4 6.2 0.013 0.034 Free Surface 0.157 No6 No 684 442505 4425166 121.6 2.8 0.013 0.003 Free Surface 0.046 No6 No 685 452110 4521086 278.2 55.7 0.013 0.065 Free Surface 0.109 No6 No 686 442303 4423026 149.9 9.9 0.013 0.034 Free Surface 0.122 No6 No 687 431818 4318176 56.5 9.3 0.013 0.048 Free Surface 0.177 No6 No 688 431819 4318186 153.0 4.2 0.013 0.027 Free Surface 0.137 No6 No 689 442321LH 4423206 94.6 24.5 0.013 0.004 Free Surface 0.041 No6 No 69 431512 4315118 154.5 3.2 0.013 0.624 Free Surface 0.473 No8 No 690 451403 451703 18 219.8 3.5 0.013 3.854 Free Surface 0.377 No 18 No 691 451401 451402 24 403.3 1.2 0.013 3.541 Free Surface 0.318 No 24 No 692 451402 451402A 18 121.9 2.2 0.013 3.541 Free Surface 0.407 No 18 No 693 451406 451701 10 17.5 26.0 0.013 0.136 Free Surface 0.276 No 10 No 694 433111 4331106 87.8 6.5 0.013 0.041 Free Surface 0.142 No6 No 696 433803 4338056 54.1 8.1 0.013 0.007 Free Surface 0.139 No6 No 697 431517 4315166 193.9 11.5 0.013 0.004 Free Surface 0.064 No6 No 698 453710 453712 10 122.5 10.4 0.013 1.047 Free Surface 0.326 No 10 No 699 431416LH 4314156 163.3 9.6 0.013 0.004 Free Surface 0.094 No6 No 7 454910 4549046 175.0 2.0 0.013 0.008 Free Surface 0.203 No6 No 70 431511 4315108 93.5 3.1 0.013 0.624 Free Surface 0.467 No8 No 700 431523 4314156 265.3 6.0 0.013 0.021 Free Surface 0.126 No6 No 701 433805 4338066 143.6 0.7 0.013 0.030 Free Surface 0.189 No6 No 702 431305 4313066 259.1 1.5 0.013 0.002 Free Surface 0.059 No6 No 703 433806 4338086 152.2 3.3 0.013 0.033 Free Surface 0.145 No6 No 704 431403 4314046 360.8 1.6 0.013 0.069 Free Surface 0.249 No6 No 705 431308 4313076 162.4 1.8 0.013 0.034 Free Surface 0.176 No6 No 706 431306 4313076 290.4 2.4 0.013 0.006 Free Surface 0.122 No6 No 338
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
707 431307 4314016 277.1 4.0 0.013 0.043 Free Surface 0.155 No6 No 708 431401 431401A6 69.3 8.3 0.013 0.043 Free Surface 0.142 No6 No 709 431404 4314056 281.9 3.6 0.013 0.076 Free Surface 0.236 No6 No 71 431505 4315048 110.2 3.5 0.013 0.635 Free Surface 0.497 No8 No 710 431006 4310076 67.6 1.5 0.013 0.012 Free Surface 0.114 No6 No 711 431005 4310066 106.2 1.6 0.013 0.012 Free Surface 0.112 No6 No 712 431407 4314066 61.4 3.9 0.013 0.003 Free Surface 0.162 No6 No 713 433418 4334196 272.4 0.4 0.013 0.032 Free Surface 0.216 No6 No 715 442507 4425066 55.6 4.8 0.013 0.001 Free Surface 0.032 No6 No 716 431806 4317056 65.2 7.2 0.013 0.362 Backwater 1.000 No6 Yes 717 432006 4318046 201.2 7.0 0.013 0.268 Free Surface 0.343 No6 No 718 432903 4331086 136.3 40.6 0.013 0.098 Free Surface 0.142 No6 No 719 432904LH 4329056 224.4 2.7 0.013 0.002 Free Surface 0.050 No6 No 72 453701 453702 10 204.2 2.4 0.013 1.008 Free Surface 0.611 No 10 No 721 442302 4423016 191.6 8.2 0.013 0.035 Free Surface 0.135 No6 No 723 LH433214 LH4332136 126.2 3.1 0.013 0.003 Free Surface 0.070 No6 No 724 LH433213 4425046 142.0 0.4 0.013 0.003 Free Surface 0.077 No6 No 726 431708 4317076 290.9 5.5 0.013 0.493 Free Surface 0.774 No6 Yes 727 431706 431705
6 116.6 1.5 0.013 0.469 Exceeds Capacity 1.000 No6 Yes
728 431707 4317066 107.0 2.5 0.013 0.504 Backwater 1.000 No6 Yes 73 431506 4315056 177.2 2.3 0.013 0.633 Free Surface 0.808 No6 Yes 730 440304 4403036 97.7 8.9 0.013 0.034 Free Surface 0.134 No6 No 731 431705 4317046 172.7 3.2 0.013 0.743 Exceeds Capacity 1.000 No6 Yes 732 431713 4317116 276.5 7.1 0.013 0.082 Free Surface 0.275 No6 No 733 431704 4317036 71.3 4.6 0.013 0.705 Backwater 1.000 No6 Yes 734 442004 4417148 302.8 0.8 0.013 0.161 Free Surface 0.295 No8 No 735 402617LH 4426266 211.4 0.9 0.013 0.035 Free Surface 0.197 No6 No 736 441417 441417A6 194.7 3.5 0.013 0.022 Free Surface 0.138 No6 No 737 442316 4425046 47.7 10.5 0.013 0.023 Free Surface 0.098 No6 No 738 452816LH 4528176 207.0 9.0 0.013 0.006 Free Surface 0.079 No6 No 739 442312 4423136 44.4 24.1 0.013 0.004 Free Surface 0.047 No6 No 74 431502 4315018 219.2 2.6 0.013 0.791 Free Surface 0.588 No8 No 740 442313 4423146 157.6 4.7 0.013 0.005 Free Surface 0.062 No6 No 741 431824 4318226 86.0 2.2 0.013 0.002 Free Surface 0.041 No6 No 742 431823 4318226 54.6 7.1 0.013 0.002 Free Surface 0.037 No6 No 743 431812 4318116 103.5 22.7 0.013 0.015 Free Surface 0.082 No6 No 744 442315 4423166 131.2 36.9 0.013 0.022 Free Surface 0.084 No6 No 745 442314 4423156 162.5 11.6 0.013 0.010 Free Surface 0.067 No6 No 746 431828 4318296 74.0 0.9 0.013 0.017 Free Surface 0.169 No6 No 747 431827 4318286 75.4 0.9 0.013 0.016 Free Surface 0.147 No6 No 748 431826 4318276 75.8 0.9 0.013 0.012 Free Surface 0.136 No6 No 749 431822 4318216 127.7 23.0 0.013 0.005 Free Surface 0.062 No6 No 75 431501 4334018 205.2 2.9 0.013 0.851 Free Surface 0.564 No8 No 750 431811 4318106 110.4 7.7 0.013 0.020 Free Surface 0.123 No6 No 751 442317 4423156 115.6 1.2 0.013 0.009 Free Surface 0.090 No6 No 752 431825 4318266 127.7 0.9 0.013 0.011 Free Surface 0.126 No6 No 753 431821 4318256 45.2 3.3 0.013 0.009 Free Surface 0.103 No6 No 754 431809 4318086 64.1 4.7 0.013 0.035 Free Surface 0.131 No6 No 755 431817 4318166 47.4 2.7 0.013 0.050 Free Surface 0.177 No6 No 756 431816 4318146 171.5 14.2 0.013 0.055 Free Surface 0.134 No6 No 757 442319 4423186 63.7 15.7 0.013 0.001 Free Surface 0.035 No6 No 758 431820 4318196 205.5 2.0 0.013 0.005 Free Surface 0.099 No6 No 759 433208 4332096 82.7 2.0 0.013 0.027 Free Surface 0.159 No6 No 76 431410 4315036 200.3 32.6 0.013 0.158 Free Surface 0.430 No6 No 760 431808 4318076 63.3 22.7 0.013 0.041 Free Surface 0.132 No6 No 762 431807 4318056 81.5 4.9 0.013 0.043 Free Surface 0.157 No6 No 763 433209 4332106 162.4 3.6 0.013 0.039 Free Surface 0.203 No6 No 764 432920 4329096 126.0 3.1 0.013 0.084 Free Surface 0.290 No6 No 765 432907 4329086 364.0 6.4 0.013 0.012 Free Surface 0.099 No6 No 766 452820 4528216 77.4 10.4 0.013 0.043 Free Surface 0.136 No6 No 767 442320 4423226 96.5 15.1 0.013 0.006 Free Surface 0.052 No6 No 768 433103 4332026 137.4 12.1 0.013 0.072 Free Surface 0.216 No6 No 769 442336 4423226 87.6 6.4 0.013 0.003 Free Surface 0.051 No6 No 77 431509 4315088 157.1 3.0 0.013 0.628 Backwater 1.000 No8 Yes 770 432906 4329076 211.8 0.9 0.013 0.008 Free Surface 0.095 No6 No 771 431801 431710
6 90.1 9.6 0.013 0.283 Free Surface 0.351 No6 No
772 431803 4318026 86.3 6.2 0.013 0.323 Free Surface 0.398 No6 No 773 431804 4318036 46.4 12.7 0.013 0.270 Free Surface 0.369 No6 No 774 VMH_21 4403016 74.7 1.3 0.013 0.010 Free Surface 0.124 No6 No 775 431710 4317096 62.8 7.9 0.013 0.283 Free Surface 0.404 No6 No 776 454506 4545056 144.8 5.7 0.013 0.000 Free Surface 0.011 No6 No 777 454103 4541046 338.6 0.7 0.013 0.024 Free Surface 0.178 No6 No 778 454102 4541036 424.2 0.3 0.013 0.012 Free Surface 0.181 No6 No 779 454502 4545016 212.6 1.4 0.013 0.083 Free Surface 0.307 No6 No 78 431508 4315078 83.0 1.5 0.013 0.630 Backwater 1.000 No8 Yes 780 454101 4540066 220.1 0.8 0.013 0.011 Free Surface 0.124 No6 No 781 454101 454102
6 308.6 5.0 0.013 0.000 Free Surface 0.083 No6 No
782 454004 4540036 299.3 5.9 0.013 0.060 Free Surface 0.200 No6 No 783 454201 4542176 179.8 10.4 0.013 0.124 Free Surface 0.307 No6 No 784 454403 4544046 193.1 11.3 0.013 0.010 Free Surface 0.225 No6 No 785 454501 4544046 181.0 1.1 0.013 0.083 Free Surface 0.351 No6 No 786 454410 4544116 138.9 12.0 0.013 0.113 Free Surface 0.262 No6 No 787 453609 4536106 233.6 0.6 0.013 0.225 Free Surface 0.550 No6 No 788 431516 4314026 305.2 3.8 0.013 0.011 Free Surface 0.143 No6 No 789 431007 4310086 81.2 1.5 0.013 0.012 Free Surface 0.111 No6 No 79 433804 4338036 71.4 11.1 0.013 0.002 Free Surface 0.044 No6 No 790 432815 432923A6 201.9 7.4 0.013 0.048 Free Surface 0.239 No6 No 791 432814 4328156 31.5 5.1 0.013 0.038 Free Surface 0.149 No6 No 792 432813LH 4328146 57.0 11.0 0.013 0.001 Free Surface 0.082 No6 No 793 432812 4329136 300.5 7.0 0.013 0.110 Free Surface 0.233 No6 No 794 431810 4318096 116.3 3.1 0.013 0.030 Free Surface 0.152 No6 No 795 442318 4423176 114.2 4.9 0.013 0.004 Free Surface 0.081 No6 No 796 431805 4318016 160.1 50.7 0.013 0.136 Free Surface 0.249 No6 No 797 433210 4331016 157.0 2.2 0.013 0.053 Free Surface 0.174 No6 No 798 442322 VMH_216 68.4 15.3 0.013 0.010 Free Surface 0.082 No6 No 799 432922 4329196 304.6 8.1 0.013 0.016 Free Surface 0.149 No6 No 8 454903 4549046 216.0 9.1 0.013 0.314 Free Surface 0.365 No6 No 80 433422 4334126 195.6 60.1 0.013 0.126 Free Surface 0.388 No6 No 800 432919 4329206 177.3 5.2 0.013 0.081 Free Surface 0.228 No6 No 801 432912 4329116 244.3 4.7 0.013 0.171 Free Surface 0.299 No6 No 802 440301 4329126 115.5 11.2 0.013 0.053 Free Surface 0.236 No6 No 803 432905 4329066 198.5 3.0 0.013 0.004 Free Surface 0.086 No6 No 805 431711 4317096 50.9 4.0 0.013 0.193 Free Surface 0.400 No6 No 806 440302 4403016 218.3 7.5 0.013 0.040 Free Surface 0.139 No6 No 807 431712 4317116 31.6 5.5 0.013 0.112 Free Surface 0.299 No6 No 808 432913 4329126 82.8 7.0 0.013 0.118 Free Surface 0.283 No6 No 809 433108 4331076 34.2 51.9 0.013 0.104 Free Surface 0.141 No6 No 81 454003 4540026 240.9 4.0 0.013 0.072 Free Surface 0.196 No6 No 810 451826A 4518266 29.5 0.8 0.013 0.009 Free Surface 0.130 No6 No 811 440203 4402026 186.2 1.7 0.013 0.020 Free Surface 0.143 No6 No 812 451905 451706 18 376.2 1.0 0.013 3.855 Free Surface 0.487 No 18 No 813 440317 4402036 125.5 4.1 0.013 0.007 Free Surface 0.105 No6 No 814 431719 4317206 170.8 27.7 0.013 0.118 Free Surface 0.583 No6 No 815 432811 4328126 240.8 8.3 0.013 0.102 Free Surface 0.220 No6 No 816 451706 451403 18 102.5 4.3 0.013 3.854 Free Surface 0.368 No 18 No 817 431718 4317198 111.0 11.7 0.013 0.107 Free Surface 0.133 No8 No 818 431716 4317188 231.2 7.7 0.013 0.105 Free Surface 0.146 No8 No 819 451418 4514066 280.0 3.8 0.013 0.009 Free Surface 0.120 No6 No 82 454907 4549086 252.5 12.1 0.013 0.295 Free Surface 0.317 No6 No 820 451703 451704 18 126.1 1.9 0.013 3.854 Free Surface 0.448 No 18 No 821 431717 4317166 212.5 10.0 0.013 0.047 Free Surface 0.171 No6 No 822 432817 4328166 300.5 9.8 0.013 0.005 Free Surface 0.064 No6 No 823 433118 4317146 220.8 5.1 0.013 0.035 Free Surface 0.147 No6 No 824 432809 4328146 370.6 8.1 0.013 0.034 Free Surface 0.136 No6 No 825 432808 4328096 24.7 3.4 0.013 0.025 Free Surface 0.129 No6 No 826 451701 451702 18 247.9 2.9 0.013 3.668 Free Surface 0.398 No 18 No 827 451702 451705 12 45.5 0.2 0.013 0.000 Free Surface 0.000 No 12 No 828 431611 4316106 145.4 1.0 0.013 0.580 Exceeds Capacity 1.000 No6 Yes 829 431701 431611
6 118.9 2.9 0.013 0.640 Exceeds Capacity 1.000 No6 Yes
83 453904 4539036 367.8 1.6 0.013 0.006 Free Surface 0.088 No6 No 830 440204 4402036 182.2 3.1 0.013 0.010 Free Surface 0.113 No6 No 831 433112 4331116 141.9 7.9 0.013 0.030 Free Surface 0.130 No6 No 832 431636 4317176 225.2 1.6 0.013 0.041 Free Surface 0.178 No6 No 833 451421 4514068 164.9 3.1 0.013 0.127 Free Surface 0.174 No8 No 834 432602 4326016 237.0 7.8 0.013 0.009 Free Surface 0.096 No6 No 835 432606LH 4326056 103.9 1.2 0.013 0.005 Free Surface 0.092 No6 No 836 440110 4401096 152.4 28.2 0.013 0.006 Free Surface 0.085 No6 No 837 442103 4421056 200.8 5.8 0.013 0.033 Free Surface 0.131 No6 No 838 432513 4325126 173.5 1.6 0.013 0.005 Free Surface 0.131 No6 No 839 432514LH 4325136 92.7 11.3 0.013 0.003 Free Surface 0.056 No6 No 84 453903 4539026 314.1 5.8 0.013 0.017 Free Surface 0.099 No6 No 840 433117 4331186 197.9 0.8 0.013 0.019 Free Surface 0.156 No6 No 841 432806 4328076 174.7 1.3 0.013 0.021 Free Surface 0.133 No6 No 842 432807 4328086 119.6 9.4 0.013 0.024 Free Surface 0.117 No6 No 843 431614 4316136 128.3 14.7 0.013 0.242 Free Surface 0.260 No6 No 844 431643 4316146 103.9 25.6 0.013 0.208 Free Surface 0.265 No6 No 845 432810 4328118 282.6 4.1 0.013 0.099 Free Surface 0.165 No8 No 846 451407 4514218 102.8 10.4 0.013 0.125 Free Surface 0.191 No8 No 847 433116LH 4331176 97.2 17.5 0.013 0.009 Free Surface 0.113 No6 No 848 431637 4316366 143.5 11.3 0.013 0.242 Free Surface 0.273 No6 No 849 431638 4316376 288.2 13.1 0.013 0.232 Free Surface 0.307 No6 No 85 433726 4337256 187.2 3.0 0.013 0.002 Free Surface 0.047 No6 No 850 431615 4316146 57.6 21.7 0.013 0.032 Free Surface 0.197 No6 No 851 431634 4316156 121.9 2.5 0.013 0.010 Free Surface 0.093 No6 No 852 431616 4316156 63.6 52.7 0.013 0.019 Free Surface 0.078 No6 No 853 431610 4316096 322.0 3.8 0.013 0.646 Backwater 1.000 No6 Yes 854 431619LH 4316186 75.8 2.5 0.013 0.004 Free Surface 0.071 No6 No 855 431617 431616
6 72.3 13.7 0.013 0.016 Free Surface 0.071 No6 No
856 431618 4316176 119.8 4.2 0.013 0.011 Free Surface 0.083 No6 No 857 451702 451702A 18 330.6 1.8 0.013 3.667 Free Surface 0.442 No 18 No 858 433115LH 4331146 167.6 10.2 0.013 0.007 Free Surface 0.098 No6 No 859 433114 4331136 175.3 1.1 0.013 0.014 Free Surface 0.118 No6 No 86 453905 4536066 360.9 2.8 0.013 0.181 Free Surface 0.344 No6 No 860 432803LH 4328026 151.0 11.8 0.013 0.004 Free Surface 0.100 No6 No 861 432725 4327266 366.0 5.3 0.013 0.065 Free Surface 0.195 No6 No 862 440212 4402116 293.4 5.1 0.013 0.010 Free Surface 0.158 No6 No 863 431620LH 4316176 98.6 6.9 0.013 0.002 Free Surface 0.058 No6 No 864 433006 4327246 104.2 2.2 0.013 0.057 Free Surface 0.205 No6 No 865 432726 4327286 137.9 6.1 0.013 0.077 Free Surface 0.196 No6 No 866 433007LH 4330086 176.9 2.8 0.013 0.008 Free Surface 0.129 No6 No 867 432730 4327286 152.4 8.0 0.013 0.007 Free Surface 0.125 No6 No 868 433009 4330086 85.0 13.3 0.013 0.022 Free Surface 0.134 No6 No 869 433022 4316406 50.7 9.8 0.013 0.008 Free Surface 0.151 No6 No 87 454810 4548016 173.1 1.3 0.013 0.009 Free Surface 0.227 No6 No 870 433012 4330156 350.4 9.0 0.013 0.084 Free Surface 0.215 No6 No 871 433008 4330126 255.7 1.9 0.013 0.034 Free Surface 0.183 No6 No 872 432737 4327226 103.5 0.3 0.013 0.005 Free Surface 0.107 No6 No 873 432722 4327216 43.4 1.4 0.013 0.009 Free Surface 0.096 No6 No 874 432723 4330066 177.6 9.3 0.013 0.003 Free Surface 0.135 No6 No 875 433020 4330096 93.5 26.1 0.013 0.014 Free Surface 0.076 No6 No 876 433011 4330106 111.5 2.5 0.013 0.006 Free Surface 0.069 No6 No 339
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
877 433010 4330206 18.9 14.0 0.013 0.010 Free Surface 0.061 No6 No 878 432729 4327306 160.1 4.1 0.013 0.003 Free Surface 0.052 No6 No 879 433021LH 4330226 126.4 2.7 0.013 0.004 Free Surface 0.059 No6 No 88 454908 4548016 214.2 17.7 0.013 0.292 Free Surface 0.321 No6 No 880 432716 4327196 178.8 8.2 0.013 0.058 Free Surface 0.206 No6 No 881 432717 4327166 59.5 16.6 0.013 0.013 Free Surface 0.113 No6 No 882 432626 4402116 295.2 6.2 0.013 0.101 Free Surface 0.233 No6 No 883 432712 4327156 135.2 9.2 0.013 0.033 Free Surface 0.130 No6 No 884 433013 433013A6 106.2 14.0 0.013 0.029 Free Surface 0.107 No6 No 885 433003 4330046 121.0 1.7 0.013 0.045 Free Surface 0.226 No6 No 886 432715 4327166 70.5 7.9 0.013 0.044 Free Surface 0.151 No6 No 887 432719 4327206 240.3 1.4 0.013 0.059 Free Surface 0.268 No6 No 888 433004 4330056 192.1 1.0 0.013 0.047 Free Surface 0.275 No6 No 889 433005 4330066 352.0 0.6 0.013 0.052 Free Surface 0.271 No6 No 89 433725 4337246 197.7 3.0 0.013 0.004 Free Surface 0.055 No6 No 890 432732 4327316 141.5 1.4 0.013 0.011 Free Surface 0.114 No6 No 891 432614 4325176 149.7 9.7 0.013 0.007 Free Surface 0.073 No6 No 892 432516 4325156 159.5 4.8 0.013 0.063 Free Surface 0.190 No6 No 893 432214 4322096 87.4 13.2 0.013 0.008 Free Surface 0.095 No6 No 894 432312 4323116 251.3 5.7 0.013 0.025 Free Surface 0.114 No6 No 895 432615LH 4326166 160.8 11.3 0.013 0.003 Free Surface 0.039 No6 No 896 432619LH 4326196 108.3 15.5 0.013 0.006 Free Surface 0.090 No6 No 897 432321LH 4323206 179.0 12.7 0.013 0.005 Free Surface 0.051 No6 No 898 432306 4323056 167.8 7.4 0.013 0.066 Free Surface 0.183 No6 No 899 432525 4325248 262.1 11.8 0.013 0.010 Free Surface 0.050 No8 No 9 431521 4315226 199.5 1.9 0.013 0.015 Free Surface 0.137 No6 No 90 453902 4539016 254.9 13.5 0.013 0.028 Free Surface 0.109 No6 No 900 432320 4323196 148.8 17.8 0.013 0.011 Free Surface 0.063 No6 No 901 441310 4413116 168.5 1.2 0.013 0.012 Free Surface 0.125 No6 No 902 432319 4323186 82.7 18.5 0.013 0.014 Free Surface 0.078 No6 No 903 432522 4325218 236.5 22.5 0.013 0.019 Free Surface 0.055 No8 No 904 432223LH 4322166 155.4 46.0 0.013 0.005 Free Surface 0.047 No6 No 905 433016 4316406 301.3 1.1 0.013 0.103 Free Surface 0.314 No6 No 906 431641LH 4316428 192.8 4.4 0.013 0.055 Free Surface 0.152 No8 No 907 431642 4330166 63.1 4.1 0.013 0.092 Free Surface 0.311 No6 No 908 432711 4327126 85.3 6.6 0.013 0.028 Free Surface 0.119 No6 No 909 432713 4327126 160.7 7.5 0.013 0.005 Free Surface 0.084 No6 No 91 453605 4536066 299.5 0.7 0.013 0.010 Free Surface 0.210 No6 No 910 432720 4326256 130.4 1.2 0.013 0.061 Free Surface 0.240 No6 No 911 432625 4326266 156.3 9.2 0.013 0.092 Free Surface 0.211 No6 No 912 432718 4327176 218.7 4.5 0.013 0.008 Free Surface 0.068 No6 No 913 431606 4316056 106.3 3.4 0.013 0.723 Exceeds Capacity 1.000 No6 Yes 914 431605 431604
6 124.5 5.6 0.013 0.695 Backwater 1.000 No6 Yes
915 433019 433019WYE6 100.9 7.6 0.013 0.006 Free Surface 0.071 No6 No 917 432710 4327116 165.3 2.4 0.013 0.024 Free Surface 0.133 No6 No 918 432603 4326026 99.3 4.6 0.013 0.006 Free Surface 0.065 No6 No 919 432624 4326256 173.2 9.0 0.013 0.030 Free Surface 0.155 No6 No 92 450917 4508106 146.0 1.0 0.013 0.014 Free Surface 0.373 No6 No 920 433014LH 4330136 288.3 7.0 0.013 0.013 Free Surface 0.090 No6 No 921 432405 4324046 141.1 2.1 0.013 0.009 Free Surface 0.089 No6 No 922 432404 433019WYE6 119.0 21.6 0.013 0.025 Free Surface 0.086 No6 No 923 433002 4330036 299.6 5.0 0.013 0.040 Free Surface 0.181 No6 No 924 432708 4327096 164.8 5.8 0.013 0.011 Free Surface 0.086 No6 No 925 432709 4327106 149.9 7.0 0.013 0.018 Free Surface 0.120 No6 No 926 432403 4324046 307.1 1.5 0.013 0.008 Free Surface 0.091 No6 No 927 432707LH 4327086 130.6 1.5 0.013 0.005 Free Surface 0.075 No6 No 928 432623 4326246 200.6 10.4 0.013 0.027 Free Surface 0.109 No6 No 929 432622 4326236 121.5 10.6 0.013 0.023 Free Surface 0.100 No6 No 93 431011 4311066 277.0 2.7 0.013 0.009 Free Surface 0.105 No6 No 930 432621 4326226 233.6 0.9 0.013 0.021 Free Surface 0.140 No6 No 931 433001 4330026 160.6 0.9 0.013 0.032 Free Surface 0.183 No6 No 932 432731 4326216 160.0 1.8 0.013 0.015 Free Surface 0.152 No6 No 933 432601 4325166 88.0 17.9 0.013 0.051 Free Surface 0.157 No6 No 934 432314 4323136 140.6 5.3 0.013 0.004 Free Surface 0.061 No6 No 935 432517 4325166 140.2 2.2 0.013 0.009 Free Surface 0.139 No6 No 936 432609 4326086 23.2 23.0 0.013 0.006 Free Surface 0.080 No6 No 937 432608 4326076 201.2 4.0 0.013 0.021 Free Surface 0.117 No6 No 938 443314 4407366 190.1 2.6 0.013 0.054 Free Surface 0.210 No6 No 939 432706LH 4327056 232.5 5.3 0.013 0.005 Free Surface 0.059 No6 No 94 431008 4310136 234.9 3.0 0.013 0.014 Free Surface 0.091 No6 No 940 432610 4326086 125.2 1.3 0.013 0.014 Free Surface 0.122 No6 No 941 432701 4330016 320.7 0.5 0.013 0.028 Free Surface 0.223 No6 No 942 432613A 4326136 86.0 4.0 0.013 0.000 Free Surface 0.021 No6 No 943 432515 4325126 131.6 5.7 0.013 0.068 Free Surface 0.188 No6 No 944 432628 4325186 25.1 10.5 0.013 0.004 Free Surface 0.056 No6 No 946 432313 4323126 240.1 10.5 0.013 0.012 Free Surface 0.095 No6 No 947 432324 4323126 123.1 31.5 0.013 0.005 Free Surface 0.078 No6 No 948 432702 4327016 108.3 0.9 0.013 0.025 Free Surface 0.207 No6 No 949 432703 4327026 160.5 1.5 0.013 0.018 Free Surface 0.160 No6 No 95 430711 4307126 103.3 0.5 0.013 0.038 Free Surface 0.261 No6 No 950 432705 4327036 123.0 16.7 0.013 0.012 Free Surface 0.100 No6 No 951 443412 4434136 139.4 7.1 0.013 0.004 Free Surface 0.050 No6 No 952 440609 4406076 189.6 3.1 0.013 0.133 Free Surface 0.307 No6 No 953 432733 4327326 229.1 0.8 0.013 0.005 Free Surface 0.097 No6 No 954 440725 4407266 275.8 5.8 0.013 0.059 Free Surface 0.224 No6 No 955 432704 4327036 174.4 4.9 0.013 0.003 Free Surface 0.089 No6 No 956 432734 4326106 298.1 2.0 0.013 0.004 Free Surface 0.096 No6 No 957 432518 4325196 315.8 4.6 0.013 0.008 Free Surface 0.078 No6 No 958 432327 4323086 75.7 6.8 0.013 0.019 Free Surface 0.115 No6 No 959 432311 4323106 74.5 10.7 0.013 0.029 Free Surface 0.108 No6 No 96 433316 433316A6 110.3 2.5 0.013 0.016 Free Surface 0.269 No6 No 960 432611 08C638M6 262.8 2.8 0.013 0.008 Free Surface 0.081 No6 No 961 432209 4322086 190.2 19.8 0.013 0.065 Free Surface 0.159 No6 No 962 440726 4407276 219.2 1.1 0.013 0.061 Free Surface 0.263 No6 No 963 432619 4326186 87.3 1.0 0.013 0.011 Free Surface 0.097 No6 No 964 432526LH 4325258 192.3 10.7 0.013 0.005 Free Surface 0.039 No8 No 965 432309 4323086 129.8 13.3 0.013 0.043 Free Surface 0.129 No6 No 966 432310 4323096 76.5 19.9 0.013 0.040 Free Surface 0.116 No6 No 967 432618 4326176 129.5 25.2 0.013 0.014 Free Surface 0.062 No6 No 968 432616 4326176 146.4 8.2 0.013 0.003 Free Surface 0.102 No6 No 969 432315 4322128 156.8 56.7 0.013 0.036 Free Surface 0.069 No8 No 97 431106 4311076 142.3 2.8 0.013 0.021 Free Surface 0.145 No6 No 970 432213 4322126 48.1 68.0 0.013 0.003 Free Surface 0.067 No6 No 971 440727 4407286 132.7 7.1 0.013 0.137 Free Surface 0.267 No6 No 972 432210 4322096 260.3 14.1 0.013 0.053 Free Surface 0.136 No6 No 973 VMH_20 08C649L6 40.9 7.4 0.013 0.004 Free Surface 0.071 No6 No 975 432211 4322106 171.3 2.4 0.013 0.045 Free Surface 0.170 No6 No 976 432212 4322116 108.8 19.8 0.013 0.041 Free Surface 0.157 No6 No 977 432530LH 4325226 269.0 10.8 0.013 0.003 Free Surface 0.053 No6 No 978 432523 4325226 35.3 2.9 0.013 0.009 Free Surface 0.079 No6 No 98 441014 06C236M6 176.7 1.4 0.013 0.009 Free Surface 0.101 No6 No 980 432215LH 4322116 57.7 12.7 0.013 0.001 Free Surface 0.115 No6 No 982 432206 4322056 185.3 1.6 0.013 0.171 Free Surface 0.418 No6 No 983 432216 4322056 173.1 20.2 0.013 0.011 Free Surface 0.236 No6 No 984 441109 4411106 246.9 3.7 0.013 0.040 Free Surface 0.153 No6 No 986 432303 4323026 156.0 32.6 0.013 0.073 Free Surface 0.127 No6 No 987 441930 4419066 399.7 21.7 0.013 0.009 Free Surface 0.114 No6 No 988 432318 4323176 305.7 12.4 0.013 0.020 Free Surface 0.082 No6 No 989 432317 4322186 153.4 42.4 0.013 0.027 Free Surface 0.080 No6 No 99 402711 4027126 286.0 0.7 0.013 0.091 Free Surface 0.338 No6 No 990 432302 4323016 120.1 45.2 0.013 0.077 Free Surface 0.134 No6 No 992 432205 4322046 243.9 2.6 0.013 0.206 Free Surface 0.407 No6 No 993 432218 4322046 184.0 37.3 0.013 0.033 Free Surface 0.243 No6 No 994 432301 4322206 53.7 22.7 0.013 0.079 Free Surface 0.150 No6 No 996 432203 4322026 172.5 0.5 0.013 0.290 Free Surface 0.842 No6 Yes 997 432219 4322026 287.9 14.2 0.013 0.084 Free Surface 0.168 No6 No 998 432202 HASKINS_WW8 28.0 0.1 0.011 0.378 Free Surface 0.623 No8 Yes C-1030 433019WYE 4316426 90.7 48.1 0.013 0.038 Free Surface 0.163 No6 No C-1148 431002 431005
6 308.1 1.5 0.013 0.008 Free Surface 0.102 No6 No
C-1156 442503A 4425038 122.5 4.0 0.013 0.338 Free Surface 0.316 No8 No C-1345 441311 4413016 62.0 1.0 0.013 0.013 Free Surface 0.130 No6 No C-1512 402602 4025026 305.7 3.1 0.013 0.005 Free Surface 0.397 No6 No C-1519 443219 443221B8 241.1 1.90 0.010 Free Surface 0.079 No8 No C-1694 441212 4410076 305.0 11.7 0.013 0.011 Free Surface 0.073 No6 No C-1703 490101 HASTINGS_WW6 171.4 0.4 0.013 0.008 Free Surface 0.120 No6 No C-1730 441407A 4415018 248.4 4.2 0.013 0.555 Free Surface 0.431 No8 No C-1764 403304 4033058 404.0 1.2 0.013 0.140 Free Surface 0.638 No8 No C-185 454902 4550016 223.2 13.3 0.013 0.005 Free Surface 0.096 No6 No C-1893 442606 442701 12 445.2 5.5 0.013 3.043 Free Surface 0.484 No 12 No C-1972 440731 4407296 265.5 9.1 0.013 0.005 Free Surface 0.246 No6 No C-1984 442116 4418206 30.1 3.3 0.013 0.003 Free Surface 0.079 No6 No C-1986 441820 443604A6 151.0 5.1 0.013 0.021 Free Surface 0.123 No6 No C-2013 441912 4419106 208.6 14.0 0.013 0.038 Free Surface 0.142 No6 No C-2063 441019 4414016 130.3 6.2 0.013 0.228 Free Surface 0.361 No6 No C-2124 443202A 443203 12 70.0 1.9 0.013 1.880 Free Surface 0.599 No 12 No C-2190 403310 403310A 21 274.8 0.8 0.013 4.310 Free Surface 0.495 No 21 No C-2191 403311 4033196 253.9 0.40 0.017 Free Surface 0.206 No6 No C-2302 403108 403108A6 143.3 1.4 0.013 0.043 Free Surface 0.222 No6 No C-234 433211 442504A6 129.1 0.9 0.013 0.275 Free Surface 0.681 No6 No C-2361 403708 403709 21 70.7 1.5 0.013 4.462 Free Surface 0.421 No 21 No C-238 403410 460101 27 435.9 0.10 7.100 Free Surface 0.783 No 27 Yes C-2384 452007 452008CO6 255.3 12.5 0.013 0.050 Free Surface 0.117 No6 No C-2389 452821 452019
6 74.8 8.1 0.013 0.044 Free Surface 0.293 No6 No
C-239 403423 403423D 21 783.8 0.4 0.013 5.308 Backwater 1.000 No 21 Yes C-2406 442503 4425028 310.0 7.6 0.013 0.340 Free Surface 0.288 No8 No C-2424 453729 450118 12 241.8 11.4 0.013 3.007 Free Surface 0.432 No 12 No C-2441 403330 4033116 350.4 0.40 0.012 Free Surface 0.150 No6 No C-2442 403318 403312 21 299.6 0.60 4.330 Free Surface 0.460 No 21 No C-2443 403319 403332 10 261.9 0.4 0.013 0.039 Free Surface 0.542 No 10 Yes C-2476 450114 442624 12 237.2 5.4 0.013 3.014 Free Surface 0.537 No 12 No C-2508 430725 4307238 177.1 0.5 0.013 0.019 Free Surface 0.152 No8 No C-2514 430403 430403A 10 95.7 4.0 0.013 0.774 Free Surface 0.360 No 10 No C-2526 453712 453729 12 52.5 9.6 0.013 1.233 Free Surface 0.282 No 12 No C-2539 450118 450114 12 219.8 5.4 0.013 3.007 Free Surface 0.536 No 12 No C-2562 404803A 4036096 31.5 0.3 0.013 0.064 Free Surface 0.364 No6 No C-2563 VMH-92 403410 27 11.9 0.0 0.013 7.145 Free Surface 0.776 No 27 Yes C-2564 403423 VMH-92 21 6.1 0.9 0.013 1.833 Backwater 1.000 No 21 Yes C-2565 450303 4501018 333.2 3.5 0.013 0.302 Free Surface 0.309 No8 No C-2566 440117A 440118
6 97.5 0.3 0.013 0.012 Free Surface 0.128 No6 No
C-2569 452818WYE 4528196 120.3 10.7 0.013 0.041 Free Surface 0.135 No6 No C-2570 441909 4419086 178.4 4.3 0.013 0.049 Free Surface 0.163 No6 No C-2572 451606 451615 12 7.7 2.1 0.01 0.250 Free Surface 0.182 No 12 No C-2573 451615 451803D 12 241.7 1.5 0.013 0.250 Free Surface 0.389 No 12 No C-2574 430607 430607A8 19.8 1.2 0.013 0.001 Free Surface 0.017 No8 No C-2575 430605A 4306058 21.4 0.6 0.013 0.246 Free Surface 0.444 No8 No C-2576 450302A 4503038 143.1 2.4 0.013 0.273 Free Surface 0.317 No8 No C-2577 452008CO 452008BD6 4.6 96.5 0.013 0.056 Free Surface 0.104 No6 No C-2578 452008BD 452008BDA6 41.0 27.3 0.013 0.056 Free Surface 0.119 No6 No C-2579 452008BDA 452008BDB6 33.4 30.7 0.013 0.058 Free Surface 0.117 No6 No C-2580 452008BDB 4520096 9.9 12.9 0.013 0.058 Free Surface 0.141 No6 No C-2581 454606 454606A6 497.9 0.1 0.013 0.020 Free Surface 0.283 No6 No 340
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G2. Model Results for 2028 PWWF
C-2584 403423C IEC_MH-116 27 512.0 0.0 0.013 11.169 Free Surface 0.823 No 30 Yes C-2585 403700K IEC_MH-116 27 10.5 3.8 0.013 2.410 Free Surface 0.600 No 27 No C-2586 IEC_MH-116 OFALL-18 36 46.0 0.3 0.013 13.186 Free Surface 0.506 No 36 No C-2587 403703E 403703D 8 225.0 0.7 0 0.024 Free Surface 0.114 No 8 No C-2588 403703D 403703C 8 105.0 0.7 0 0.023 Free Surface 0.137 No 8 No C-2589 403703C 403703B 8 200.0 0.7 0 0.047 Free Surface 0.172 No 8 No C-2590 403703B 403700K 8 300.0 0.7 0.013 0.049 Free Surface 0.186 No 8 No C-2592 452712 452818WYE 6 46.0 10.7 0.013 0.025 Free Surface 0.113 No 6 No C-2594 441910 441909 6 39.7 4.3 0.013 0.047 Free Surface 0.174 No 6 No C-2595 451802B 451802A 6 127.4 5.8 0.013 0.021 Free Surface 0.108 No 6 No C-2596 451802C 451802B 6 159.9 5.8 0 0.007 Free Surface 0.081 No 6 No C-2598 403605A 403605 6 80.0 0.2 0.013 0.068 Free Surface 0.595 No 6 Yes C-2602 403108A 403109 6 35.8 1.4 0.013 0.049 Free Surface 0.266 No 6 No C-2604 403310A 403318 18 128.1 0.8 0.013 4.330 Free Surface 0.615 No 18 No C-2605 403317 403310A 10 40.8 1.5 0.013 0.013 Free Surface 0.061 No 10 No C-2606 404804 404803A 8 106.4 0.4 0.013 0.036 Free Surface 0.250 No 8 No C-2610 454506B 454406 6 89.4 2.4 0.013 0.001 Free Surface 0.063 No 6 No C-2611 454506A 454506B 6 101.4 5.7 0.013 0.001 Free Surface 0.027 No 6 No C-2612 454506 454506A 6 63.2 5.7 0.013 0.001 Free Surface 0.024 No 6 No C-2615 455002 455003 6 198.3 2.6 0.013 0.089 Free Surface 0.295 No 6 No C-2621 403709 403423 21 45.0 3.6 0.013 4.462 Free Surface 0.542 No 21 No C-2624 450302 450302A 8 146.6 2.4 0.013 0.269 Free Surface 0.322 No 8 No C-2627 430101 430210 6 239.2 11.7 0.013 0.397 Free Surface 0.433 No 6 No C-2647 441408 441518A 6 16.1 1.9 0.013 0.000 Free Surface 0.000 No 6 No C-2658 431601 431602 10 68.3 1.8 0.013 0.797 Free Surface 0.452 No 10 No C-2667 441409 441409B 6 124.6 0.9 0 0.079 Free Surface 0.311 No 6 No C-2679 453715 453731 8 120.0 21.2 0.013 1.786 Free Surface 0.488 No 8 No C-2727 451815 451815A 6 194.9 1.8 0.013 0.101 Free Surface 0.310 No 6 No C-2728 403322 403304 6 218.3 1.6 0.013 0.013 Free Surface 0.115 No 6 No C-2741 432401C SAN_JUAN_WW 8 8.7 1.3 0.013 5.858 Exceeds Capacity 1.000 No 8 Yes C-2746 432401 432401A 8 79.7 1.9 0.013 0.021 Free Surface 0.097 No 8 No C-2747 432402 432401C 8 29.0 1.2 0.013 1.290 Exceeds Capacity 1.000 No 8 Yes C-2758 443202 443202A 12 206.3 1.9 0.013 1.876 Free Surface 0.551 No 12 No C-2786 403700B 403700C 18 55.0 0.3 0.013 0.617 Free Surface 0.282 No 18 No C-2787 403700C 403700D 18 70.0 0.3 0.013 0.616 Free Surface 0.306 No 18 No C-2788 403700D 403700E 18 305.0 0.3 0.013 0.823 Free Surface 0.333 No 18 No C-2790 403700A 403700B 18 330.0 0.2 0.013 0.615 Free Surface 0.288 No 18 No C-2792 403700E 403700F 18 140.0 0.3 0.013 0.821 Free Surface 0.309 No 18 No C-2793 403700F 403700G 18 10.0 1.2 0.013 0.825 Free Surface 0.279 No 18 No C-2794 403700G 403700H 18 290.0 0.3 0.013 0.833 Free Surface 0.329 No 18 No C-2795 403700H 403700J 21 190.0 0.3 0.013 0.918 Free Surface 0.359 No 18 No C-2796 403700J 403700K 21 20.0 1.5 0.013 2.368 Free Surface 0.458 No 18 No C-2797 451815A 451810 6 24.8 9.1 0.013 0.101 Free Surface 0.206 No 6 No C-2799 441931LH 441931 6 256.2 25.6 0.013 0.003 Free Surface 0.037 No 6 No C-2806 454606A 454608 6 113.4 0.6 0.013 0.023 Free Surface 0.218 No 6 No C-2813 442624 442624A 12 233.0 5.4 0.013 3.014 Free Surface 0.768 No 12 Yes C-2814 442624A 442624B 12 113.6 0.8 0.013 3.015 Exceeds Capacity 1.000 No 12 Yes C-2815 442624B 442624C 12 32.9 0.0 0.013 3.017 Free Surface 0.948 No 12 Yes C-2816 442604 442624C 8 277.1 4.2 0.013 0.022 Free Surface 0.263 No 8 No C-2817 442624C 442606 12 275.0 5.5 0.013 3.036 Free Surface 0.571 No 12 No C-2818 442504A 442503A 6 24.0 4.1 0.013 0.275 Free Surface 0.423 No 6 No C-2819 442504 442503A 8 27.0 4.0 0.013 0.064 Free Surface 0.227 No 8 No C-2822 451507 451507A 6 25.5 10.9 0.013 0.019 Free Surface 0.089 No 6 No C-2823 451507A 451611 6 121.0 10.9 0.013 0.019 Free Surface 0.099 No 6 No C-2833 432401B 432401C 8 5.4 49.7 0.013 0.777 Free Surface 0.610 No 8 No C-2834 432401A 432402 8 42.7 3.5 0.013 0.021 Free Surface 0.383 No 8 No C-2840 403332 403305 10 8.2 1.3 0.013 1.779 Backwater 1.000 No 10 Yes C-2847 453731 453729 10 61.2 21.2 0.013 1.786 Free Surface 0.360 No 10 No C-2848 403605B 403605A 6 270.0 0.2 0.013 0.025 Free Surface 0.359 No 6 No C-2853 460101 403416A 27 341.1 0.1 0.013 7.077 Free Surface 0.493 No 27 No C-2855 441407 441407A 8 34.8 2.9 0.013 0.555 Free Surface 0.449 No 8 No C-2856 430403A 431601 10 133.1 3.9 0.013 0.786 Free Surface 0.361 No 10 No C-404 451409 451408 6 259.2 14.7 0.013 0.052 Free Surface 0.144 No 6 No C-515 431102 430610 8 160.7 11.3 0.013 0.024 Free Surface 0.104 No 8 No C-572 430402 430403 10 321.2 4.0 0.013 0.751 Free Surface 0.355 No 10 No C-578 442607 442606 6 120.0 13.0 0.013 0.008 Free Surface 0.528 No 6 No C-586 432910 433211 6 265.0 0.8 0.013 0.274 Free Surface 0.694 No 6 No C-588 442713 442438 6 244.4 2.2 0.013 0.017 Free Surface 0.137 No 6 No C-655 442603 442604 8 168.7 4.3 0.013 0.022 Free Surface 0.082 No 8 No C-657 450208 450207 10 85.3 5.0 0.013 0.373 Free Surface 0.280 No 10 No C-663 442502 442501 8 112.7 4.7 0.013 0.345 Free Surface 0.433 No 8 No CDT-13 432617 OFALL-12 6 500.0 0.5 0.01 0.020 Free Surface 0.165 No 6 No CDT-15 432533 OFALL-14 6 500.0 0.4 0.01 0.033 Free Surface 0.222 No 6 No CDT-17 432502 OFALL-16 6 500.0 0.2 0.013 0.025 Free Surface 0.259 No 6 No CDT-19 450103A 442701A 12 600.7 1.2 0.013 0.353 Free Surface 0.252 No 12 No IEC_GM-100 442701 450417B 10 41.8 7.2 0.013 1.491 Free Surface 0.435 No 10 No IEC_GM-102 450417B 450417A 10 321.5 4.3 0.013 1.491 Free Surface 0.504 No 10 No IEC_GM-104 450417A 450417 10 192.9 6.6 0.013 1.491 Free Surface 0.447 No 10 No IEC_GM-106 450417 450419 18 294.9 2.5 0.013 3.728 Free Surface 0.408 No 18 No IEC_GM-110 441827 441827B 8 47.8 6.0 0.013 0.019 Free Surface 0.068 No 8 No IEC_GM-112 441827B 443604A 8 129.8 8.3 0.013 0.019 Free Surface 0.065 No 8 No IEC_GM-114 452406B 452403 6 101.1 0.1 0.01 0.006 Free Surface 0.582 No 6 Yes IEC_GM-116 443221B 443221A 8 151.1 1.5 0.013 0.019 Free Surface 0.096 No 8 No IEC_GM-120 IEC_MH-110 450211 8 141.0 11.7 0.013 0.323 Free Surface 0.246 No 8 No IEC_GM-122 452405A 451810 8 271.0 0.2 0.013 0.272 Free Surface 0.631 No 8 Yes IEC_GM-124 441502 441519 15 61.1 0.4 0.013 0.602 Free Surface 0.326 No 15 No IEC_GM-126 441519 NORTH_ROAD_WW_N 15 22.4 0.6 0.013 1.180 Free Surface 0.413 No 15 No IEC_GM-134 403609 403608 8 270.2 0.7 0.013 0.150 Free Surface 0.431 No 8 No 341
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient 10 450804 4508036 90.0 7.4 0.013 0.004 Free Surface 0.050 No6 No 100 431206LH 4312056 181.5 4.5 0.013 0.014 Free Surface 0.141 No6 No 1000 432204 4322036 146.2 4.6 0.013 0.267 Free Surface 0.702 No6 Yes 1001 432220 4322196 227.5 18.7 0.013 0.082 Free Surface 0.163 No6 No 1003 441422 441421
6 283.2 2.1 0.013 0.198 Free Surface 0.429 No6 No
1004 441516 441514A6 258.8 7.6 0.013 0.005 Free Surface 0.062 No6 No 1005 441421 4414086 92.1 2.1 0.013 0.204 Free Surface 0.434 No6 No 1006 441513 4415126 300.4 6.8 0.013 0.002 Free Surface 0.040 No6 No 1007 441512 4415116 51.0 8.4 0.013 0.004 Free Surface 0.109 No6 No 1008 441514 4415116 125.0 11.5 0.013 0.029 Free Surface 0.140 No6 No 1009 441518 4415176 201.3 3.1 0.013 0.014 Free Surface 0.110 No6 No 101 403106 403106A6 33.3 4.6 0.013 0.032 Free Surface 0.156 No6 No 1010 441501 4415198 195.5 3.0 0.013 0.588 Free Surface 0.460 No8 No 1011 402412 4025066 277.5 0.4 0.013 0.013 Free Surface 0.177 No6 No 1012 402411 4024126 282.7 0.5 0.013 0.005 Free Surface 0.131 No6 No 1013 450107 4501066 139.3 15.6 0.013 0.011 Free Surface 0.062 No6 No 1014 450801 450201 10 307.7 0.6 0.013 0.214 Free Surface 0.251 No 10 No 1015 450106 4501046 44.3 6.9 0.013 0.018 Free Surface 0.140 No6 No 1016 450101 4501028 131.4 4.1 0.013 0.343 Free Surface 0.351 No8 No 1017 433413 4334148 287.0 4.2 0.013 1.033 Free Surface 0.615 No8 No 1018 450214 4502156 142.5 7.9 0.013 0.099 Free Surface 0.225 No6 No 1019 433414 4334158 72.6 4.4 0.013 1.035 Free Surface 0.561 No8 No 102 431205 4312046 323.1 7.5 0.013 0.080 Free Surface 0.192 No6 No 1020 433415 4334168 100.5 8.4 0.013 1.038 Free Surface 0.703 No8 Yes 1021 453705 453706 10 225.9 1.9 0.013 1.055 Free Surface 0.474 No 10 No 1022 450211 450210
6 161.3 12.9 0.013 0.333 Free Surface 0.429 No6 No
1023 450215 4502026 184.0 6.2 0.013 0.114 Free Surface 0.441 No6 No 1024 450104 4501058 192.4 1.6 0.013 0.041 Free Surface 0.139 No8 No 1025 453719 4537188 351.5 13.9 0.013 0.025 Free Surface 0.069 No8 No 1027 453718 4537178 320.3 13.3 0.013 0.031 Free Surface 0.084 No8 No 1028 454415 4544146 220.9 5.7 0.013 0.003 Free Surface 0.045 No6 No 1029 450504 4505036 238.6 8.3 0.013 0.005 Free Surface 0.076 No6 No 103 433313 4333096 156.2 8.5 0.013 0.345 Free Surface 0.399 No6 No 1030 450503 4506106 365.1 13.0 0.013 0.029 Free Surface 0.159 No6 No 1032 454424 4544256 406.2 2.3 0.013 0.014 Free Surface 0.105 No6 No 1033 454302 4543048 326.9 9.5 0.013 0.121 Free Surface 0.161 No8 No 1034 454425 4544266 94.0 6.9 0.013 0.016 Free Surface 0.083 No6 No 1035 450501 4502226 127.1 7.7 0.013 0.016 Free Surface 0.101 No6 No 1036 454305 4543018 43.5 11.4 0.013 0.145 Free Surface 0.207 No8 No 1037 454304 4543018 51.9 6.2 0.013 0.121 Free Surface 0.211 No8 No 1038 454301 4503018 50.7 5.5 0.013 0.261 Free Surface 0.280 No8 No 1039 450220 4502196 94.8 15.4 0.013 0.010 Free Surface 0.078 No6 No 104 431118LH 4311176 233.4 10.1 0.013 0.005 Free Surface 0.076 No6 No 1040 454427 4544286 121.7 1.6 0.013 0.017 Free Surface 0.127 No6 No 1041 450219 4502186 165.2 13.9 0.013 0.027 Free Surface 0.131 No6 No 1042 450222 4502186 138.1 4.5 0.013 0.021 Free Surface 0.140 No6 No 1043 450221 4502206 78.4 2.8 0.013 0.007 Free Surface 0.069 No6 No 1044 450301 4503028 142.5 2.8 0.013 0.261 Free Surface 0.315 No8 No 1045 450813 4508126 150.7 17.5 0.013 0.035 Free Surface 0.138 No6 No 1048 450203 450204 10 266.3 1.3 0.013 0.349 Free Surface 0.316 No 10 No 105 430717 NAUGHTON_WW4 201.2 1.8 0.013 0.007 Free Surface 0.559 No4 No 1050 450206 450205 10 142.9 1.9 0.013 0.392 Free Surface 0.321 No 10 No 1052 442441 4424426 57.6 31.4 0.013 0.007 Free Surface 0.052 No6 No 1053 442442 4424436 11.0 23.5 0.013 0.013 Free Surface 0.069 No6 No 1054 442443 4424366 132.5 8.7 0.013 0.013 Free Surface 0.104 No6 No 1055 431709 4317086 161.0 10.2 0.013 0.482 Free Surface 0.499 No6 No 1056 440420 440420A6 73.6 8.6 0.013 0.002 Free Surface 0.050 No6 No 1057 440422 4404216 148.6 8.3 0.013 0.005 Free Surface 0.048 No6 No 1058 443320 4433216 170.1 6.3 0.013 0.109 Free Surface 0.234 No6 No 1059 440106 4401056 133.5 8.3 0.013 0.002 Free Surface 0.068 No6 No 106 430504 4305036 70.7 53.0 0.013 0.018 Free Surface 0.061 No6 No 1060 440116 4404316 138.3 26.6 0.013 0.250 Free Surface 0.247 No6 No 1061 440836 4408206 158.8 4.8 0.013 0.001 Free Surface 0.056 No6 No 1062 440804 4408026 85.1 3.2 0.013 0.008 Free Surface 0.083 No6 No 1063 440820 4408336 13.8 39.5 0.013 0.037 Free Surface 0.099 No6 No 1064 440833 4408296 79.2 17.2 0.013 0.038 Free Surface 0.115 No6 No 1065 440828 4408296 164.3 5.1 0.013 0.006 Free Surface 0.091 No6 No 1067 440542 4405436 121.8 5.3 0.013 0.053 Free Surface 0.158 No6 No 1068 440530 4408336 187.4 5.8 0.013 0.001 Free Surface 0.065 No6 No 1069 440834 4408046 103.0 8.2 0.013 0.008 Free Surface 0.069 No6 No 107 430408 4304076 98.1 11.6 0.013 0.272 Free Surface 0.300 No6 No 1070 440541 4405426 95.2 7.0 0.013 0.036 Free Surface 0.157 No6 No 1071 441203 4412046 239.6 10.9 0.013 0.004 Free Surface 0.050 No6 No 1072 440529 4405286 105.1 4.3 0.013 0.002 Free Surface 0.126 No6 No 1073 440516 4405316 143.5 8.7 0.013 0.065 Free Surface 0.181 No6 No 1074 440538 4405396 312.1 0.2 0.013 0.002 Free Surface 0.085 No6 No 1075 440539 4405406 150.9 8.2 0.013 0.028 Free Surface 0.121 No6 No 1076 440209 4402106 222.1 0.4 0.013 0.181 Free Surface 0.640 No6 Yes 1077 440426LH 4404256 48.6 18.7 0.013 0.003 Free Surface 0.031 No6 No 1078 440424 440425
8 105.1 17.2 0.013 0.008 Free Surface 0.038 No8 No
1079 440425 4404276 78.6 13.1 0.013 0.014 Free Surface 0.071 No6 No 108 431411 4314106 213.2 8.1 0.013 0.049 Free Surface 0.169 No6 No 1080 440214 4402116 246.7 4.9 0.013 0.008 Free Surface 0.158 No6 No 1081 440409 4404086 146.3 14.7 0.013 0.010 Free Surface 0.096 No6 No 1082 440420A 4404186 269.1 8.4 0.013 0.010 Free Surface 0.067 No6 No 1083 443318 4433176 150.6 4.4 0.013 0.039 Free Surface 0.162 No6 No 1084 440921 4433188 202.6 1.0 0.013 0.034 Free Surface 0.133 No8 No 1085 450418A 4504188 86.1 1.8 0.013 0.009 Free Surface 0.059 No8 No 1086 450901 450925 12 103.5 2.4 0.013 0.691 Free Surface 0.299 No 12 No 1087 452723 4527246 245.9 9.0 0.013 0.009 Free Surface 0.113 No6 No 1088 452726LH 4527256 92.0 0.6 0.013 0.004 Free Surface 0.063 No6 No 1089 442708 4427076 206.7 1.0 0.013 0.011 Free Surface 0.113 No6 No 109 431409 4314106 176.3 4.9 0.013 0.110 Free Surface 0.228 No6 No 1090 442428 4424296 80.8 3.7 0.013 0.025 Free Surface 0.120 No6 No 1091 441413 4414126 164.2 16.6 0.013 0.006 Free Surface 0.080 No6 No 1092 452713 4527116 285.9 6.7 0.013 0.005 Free Surface 0.067 No6 No 1093 442711 4427126 112.0 1.5 0.013 0.003 Free Surface 0.064 No6 No 1094 441113LH 4411126 134.8 6.0 0.013 0.011 Free Surface 0.083 No6 No 1095 441922 4419236 268.6 0.2 0.013 0.006 Free Surface 0.100 No6 No 1096 441104 4411036 109.6 23.5 0.013 0.018 Free Surface 0.084 No6 No 1097 441207 4411026 220.8 8.5 0.013 0.023 Free Surface 0.090 No6 No 1098 443821 4416066 139.9 1.5 0.013 0.054 Free Surface 0.205 No6 No 1099 441112 4411118 231.9 8.1 0.013 0.020 Free Surface 0.082 No8 No 11 433417 4537018 126.0 8.2 0.013 1.038 Free Surface 0.542 No8 No 110 451116LH 4511156 158.7 1.1 0.013 0.002 Free Surface 0.055 No6 No 1100 443811 4438096 54.5 1.8 0.013 0.003 Free Surface 0.060 No6 No 1101 443809 4438216 123.3 11.4 0.013 0.010 Free Surface 0.160 No6 No 1102 443820 4438216 131.6 0.0 0.013 0.042 Free Surface 0.394 No6 No 1103 441105 4411146 274.2 0.0 0.013 0.018 Free Surface 0.273 No6 No 1104 443810 4438096 40.5 16.5 0.013 0.003 Free Surface 0.049 No6 No 1105 441133 4411306 297.8 4.0 0.013 0.009 Free Surface 0.092 No6 No 1106 441137 4410216 174.5 9.2 0.013 0.143 Free Surface 0.255 No6 No 1107 441138 4411376 130.0 32.6 0.013 0.012 Free Surface 0.148 No6 No 1108 402707 4027066 249.9 1.2 0.013 0.005 Free Surface 0.095 No6 No 1109 441124 4411236 346.8 7.1 0.013 0.126 Free Surface 0.262 No6 No 111 431412 4314116 128.2 2.7 0.013 0.044 Free Surface 0.170 No6 No 1110 441123 4411226 87.7 5.1 0.013 0.129 Free Surface 0.257 No6 No 1111 441121 4411376 114.4 6.8 0.013 0.131 Free Surface 0.249 No6 No 1112 451019 4510116 299.3 0.6 0.013 0.060 Free Surface 0.331 No6 No 1113 451012 4510118 193.3 12.2 0.013 0.181 Free Surface 0.294 No8 No 1114 443210WYE 4509046 217.8 1.0 0.013 0.008 Free Surface 0.102 No6 No 1115 450910 451001 24 371.7 1.6 0.013 3.874 Free Surface 0.339 No 24 No 1116 452525 4525266 110.1 6.8 0.013 0.020 Free Surface 0.097 No6 No 1118 452711 4527106 303.5 6.8 0.013 0.012 Free Surface 0.075 No6 No 1119 443211 443210WYE6 67.6 2.7 0.013 0.006 Free Surface 0.088 No6 No 112 433807LH 4338066 67.9 4.5 0.013 0.002 Free Surface 0.096 No6 No 1120 443111 4431106 258.7 1.3 0.013 0.013 Free Surface 0.147 No6 No 1121 452526 4525276 180.9 12.2 0.013 0.022 Free Surface 0.094 No6 No 1122 452010 4520116 152.4 25.3 0.013 0.064 Free Surface 0.129 No6 No 1124 443205 450905 15 222.7 0.4 0.013 2.233 Free Surface 0.682 No 15 No 1125 452710 4526076 108.5 17.9 0.013 0.015 Free Surface 0.086 No6 No 1126 451006 451007 18 354.8 1.0 0.013 3.449 Free Surface 0.490 No 18 No 1127 443110 443110A6 150.6 2.5 0.013 0.038 Free Surface 0.289 No6 No 1128 443215 4432148 313.9 0.6 0.013 0.010 Free Surface 0.125 No8 No 1129 433420 4334226 297.6 3.1 0.013 0.134 Free Surface 0.252 No6 No 113 431408 4314096 165.3 0.3 0.013 0.106 Free Surface 0.411 No6 No 1131 442619 4426026 135.5 1.4 0.013 0.022 Free Surface 0.133 No6 No 1132 442620 4426196 178.6 5.2 0.013 0.003 Free Surface 0.103 No6 No 1133 453722 4537238 179.7 8.2 0.013 0.091 Free Surface 0.134 No8 No 1134 453723 4537248 228.4 11.3 0.013 0.091 Free Surface 0.132 No8 No 1135 442612 4426116 211.5 14.1 0.013 0.131 Free Surface 0.218 No6 No 1136 442611 4426106 268.2 10.6 0.013 0.134 Free Surface 0.246 No6 No 1137 442613 4426126 203.4 11.0 0.013 0.125 Free Surface 0.215 No6 No 1138 442701 442701A 15 168.5 5.1 0.013 2.014 Free Surface 0.314 No 15 No 1139 442616 4426186 54.2 21.5 0.013 0.010 Free Surface 0.069 No6 No 1140 442816 4427026 102.4 12.7 0.013 0.184 Free Surface 0.260 No6 No 1141 442514 4425136 68.8 15.7 0.013 0.004 Free Surface 0.053 No6 No 1142 442724 4427066 216.6 9.4 0.013 0.013 Free Surface 0.094 No6 No 1143 442516 4425028 115.1 14.2 0.013 0.005 Free Surface 0.030 No8 No 1144 442610 4427036 254.1 8.6 0.013 0.163 Free Surface 0.420 No6 No 1145 442703 4428166 31.9 13.4 0.013 0.169 Free Surface 0.248 No6 No 1146 442506 4425086 190.7 9.8 0.013 0.002 Free Surface 0.036 No6 No 1147 442721 4426126 208.0 1.2 0.013 0.005 Free Surface 0.146 No6 No 1148 442412 4424116 199.1 3.6 0.013 0.003 Free Surface 0.068 No6 No 1149 442411 4424096 192.9 18.3 0.013 0.027 Free Surface 0.175 No6 No 115 453716 453716C8 28.9 8.6 0.013 0.191 Free Surface 0.189 No8 No 1150 443021 4430206 308.0 5.9 0.013 0.009 Free Surface 0.080 No6 No 1151 440537 4405426 130.1 4.7 0.013 0.014 Free Surface 0.137 No6 No 1152 432501 4325026 174.9 8.1 0.013 0.015 Free Surface 0.201 No6 No 1153 440536 4405376 130.6 4.4 0.013 0.010 Free Surface 0.087 No6 No 1154 440535 4405366 129.0 10.7 0.013 0.004 Free Surface 0.062 No6 No 1155 440534LH 4405336 109.0 4.0 0.013 0.003 Free Surface 0.130 No6 No 1156 440801LH 4325016 243.3 7.6 0.013 0.014 Free Surface 0.084 No6 No 1157 440531 4405326 121.6 6.3 0.013 0.075 Free Surface 0.226 No6 No 1158 440533 4405316 82.5 0.0 0.013 0.007 Free Surface 0.202 No6 No 1159 440556 4408286 141.0 2.0 0.013 0.003 Free Surface 0.057 No6 No 116 431415 4314146 207.8 2.9 0.013 0.029 Free Surface 0.158 No6 No 1160 450411 450901 12 120.0 3.0 0.013 0.567 Free Surface 0.255 No 12 No 1161 443106LH 4431048 81.9 1.4 0.013 0.005 Free Surface 0.055 No8 No 1162 432902 4329036 63.4 4.3 0.013 0.098 Free Surface 0.212 No6 No 1163 442415 4424146 138.1 9.1 0.013 0.007 Free Surface 0.063 No6 No 1164 442414 4424116 77.4 37.7 0.013 0.022 Free Surface 0.080 No6 No 1165 442447 4424346 146.1 13.3 0.013 0.007 Free Surface 0.091 No6 No 1166 442448LH 4424496 87.8 7.5 0.013 0.003 Free Surface 0.042 No6 No 1167 442449 4424296 138.6 9.4 0.013 0.004 Free Surface 0.073 No6 No 1168 442416 4424146 104.4 3.9 0.013 0.013 Free Surface 0.086 No6 No 1169 441025LH 4410246 274.4 10.8 0.013 0.031 Free Surface 0.120 No6 No 117 431414 4314126 188.5 2.7 0.013 0.036 Free Surface 0.180 No6 No 1172 443022 4504106 326.5 2.3 0.013 0.008 Free Surface 0.085 No6 No 1175 443002 4504118 273.1 1.5 0.013 0.014 Free Surface 0.203 No8 No 1176 433205 4332046 235.4 4.1 0.013 0.044 Free Surface 0.210 No6 No G3. Model Results for 2043 PWWF
342
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
1177 443019 4430156 116.6 5.3 0.013 0.026 Free Surface 0.139 No6 No 1178 443015 4430146 50.4 3.7 0.013 0.037 Free Surface 0.182 No6 No 1179 433204 4332036 224.6 1.8 0.013 0.062 Free Surface 0.219 No6 No 118 453726 4537258 98.9 20.1 0.013 0.049 Free Surface 0.083 No8 No 1181 443014 4430136 188.4 1.2 0.013 0.038 Free Surface 0.208 No6 No 1182 433207 4332086 371.4 1.2 0.013 0.011 Free Surface 0.134 No6 No 1183 431813 4318146 124.4 58.0 0.013 0.034 Free Surface 0.102 No6 No 1184 443003LH 4430028 264.1 1.0 0.013 0.005 Free Surface 0.070 No8 No 1185 443012 4430138 92.9 9.4 0.013 0.008 Free Surface 0.041 No8 No 1186 443005 4430046 54.2 4.1 0.013 0.012 Free Surface 0.144 No6 No 1187 443013 4430048 158.9 0.9 0.013 0.048 Free Surface 0.163 No8 No 1188 442804 4428036 241.3 13.7 0.013 0.005 Free Surface 0.049 No6 No 1189 443011 4430128 236.0 11.0 0.013 0.005 Free Surface 0.037 No8 No 119 453725 4537168 188.6 5.0 0.013 0.160 Free Surface 0.207 No8 No 1190 443006 4430056 149.2 8.1 0.013 0.010 Free Surface 0.079 No6 No 1191 442809 4428086 184.2 3.2 0.013 0.019 Free Surface 0.191 No6 No 1192 433102 4331016 125.2 0.8 0.013 0.005 Free Surface 0.094 No6 No 1193 443010 4430116 78.7 10.6 0.013 0.004 Free Surface 0.044 No6 No 1195 454414 4544136 89.5 8.4 0.013 0.004 Free Surface 0.044 No6 No 1196 454413 4544116 152.8 18.2 0.013 0.005 Free Surface 0.184 No6 No 1197 453724 4537258 210.2 12.7 0.013 0.111 Free Surface 0.171 No8 No 1198 433421 4334206 398.0 0.2 0.013 0.065 Free Surface 0.409 No6 No 12 433416 4334178 100.8 2.3 0.013 1.038 Free Surface 0.705 No8 Yes 120 450807 4508086 225.4 15.8 0.013 0.063 Free Surface 0.171 No6 No 1200 442609LH 442608
6 169.5 2.2 0.013 0.003 Free Surface 0.053 No6 No
1202 442602 4426038 77.4 6.6 0.013 0.023 Free Surface 0.079 No8 No 1203 442705LH 4427026 183.9 7.9 0.013 0.009 Free Surface 0.164 No6 No 1204 442702 4427016 146.4 12.3 0.013 0.194 Free Surface 0.264 No6 No 1205 442622 4426216 88.6 4.1 0.013 0.005 Free Surface 0.050 No6 No 1206 442618 4426196 127.1 10.1 0.013 0.016 Free Surface 0.124 No6 No 1207 442450LH 4424286 110.2 9.3 0.013 0.002 Free Surface 0.085 No6 No 1208 442830 4428124 175.1 6.3 0.013 0.003 Free Surface 0.129 No4 No 1209 433201 4318016 129.0 4.2 0.013 0.144 Free Surface 0.320 No6 No 1210 443020 4430196 497.4 10.7 0.013 0.020 Free Surface 0.106 No6 No 1211 442805LH 4428046 113.4 4.8 0.013 0.002 Free Surface 0.039 No6 No 1212 442440LH 4424416 170.7 7.7 0.013 0.003 Free Surface 0.042 No6 No 1213 443105 4431048 184.8 0.6 0.013 0.006 Free Surface 0.066 No8 No 1214 443104 4431036 103.5 10.3 0.013 0.015 Free Surface 0.104 No6 No 1215 440305 4329136 142.1 16.9 0.013 0.005 Free Surface 0.141 No6 No 1216 440306LH 4403056 71.6 9.0 0.013 0.003 Free Surface 0.040 No6 No 1217 442813 4428126 143.5 2.8 0.013 0.008 Free Surface 0.103 No6 No 1218 442417 4424166 106.7 20.2 0.013 0.010 Free Surface 0.079 No6 No 1219 440201 4328126 242.4 8.3 0.013 0.005 Free Surface 0.140 No6 No 1220 432901 4329026 270.8 3.2 0.013 0.087 Free Surface 0.264 No6 No 1221 442418 4424176 155.5 3.7 0.013 0.006 Free Surface 0.061 No6 No 1222 442454LH 4424556 52.3 12.0 0.013 0.001 Free Surface 0.026 No6 No 1223 442917 4429186 155.5 5.3 0.013 0.013 Free Surface 0.094 No6 No 1224 443331 4433306 17.7 11.4 0.013 0.003 Free Surface 0.062 No6 No 1225 442423 4424226 64.0 7.4 0.013 0.001 Free Surface 0.023 No6 No 1226 442921 4409066 144.0 17.1 0.013 0.014 Free Surface 0.066 No6 No 1227 443332 4433316 147.0 5.6 0.013 0.003 Free Surface 0.039 No6 No 1228 440906 4409076 51.5 31.6 0.013 0.016 Free Surface 0.085 No6 No 1229 442909 4433026 249.4 1.3 0.013 0.058 Free Surface 0.254 No6 No 123 450808 4508096 120.0 4.4 0.013 0.066 Free Surface 0.257 No6 No 1230 432802 4328016 259.6 0.9 0.013 0.016 Free Surface 0.126 No6 No 1231 442402 4424036 282.6 4.5 0.013 0.006 Free Surface 0.073 No6 No 1232 440213 4328106 207.9 12.8 0.013 0.004 Free Surface 0.042 No6 No 1233 440911 4429096 132.0 1.1 0.013 0.046 Free Surface 0.244 No6 No 1234 432724 4327256 96.2 6.0 0.013 0.063 Free Surface 0.187 No6 No 1235 440904 4404036 300.7 3.1 0.013 0.019 Free Surface 0.124 No6 No 1237 443325 4433246 138.6 1.2 0.013 0.008 Free Surface 0.087 No6 No 1238 443323LH 4433246 49.0 3.3 0.013 0.004 Free Surface 0.062 No6 No 1239 432728 4328106 250.6 9.7 0.013 0.093 Free Surface 0.214 No6 No 124 450921 4509206 153.3 1.0 0.013 0.006 Free Surface 0.090 No6 No 1240 440908 4409246 51.3 34.1 0.013 0.027 Free Surface 0.094 No6 No 1241 440207 4402086 168.2 7.8 0.013 0.136 Free Surface 0.234 No6 No 1242 440320 4402086 124.7 32.5 0.013 0.015 Free Surface 0.135 No6 No 1243 440909 4409106 93.2 2.1 0.013 0.038 Free Surface 0.166 No6 No 1244 440924 4409226 40.2 15.5 0.013 0.036 Free Surface 0.130 No6 No 1245 440922 4409096 50.1 4.0 0.013 0.036 Free Surface 0.171 No6 No 1246 440208 4402096 94.0 19.1 0.013 0.153 Free Surface 0.478 No6 No 1247 440325 440325A6 109.1 2.5 0.013 0.024 Free Surface 0.190 No6 No 1248 440324 4403256 279.0 1.9 0.013 0.019 Free Surface 0.136 No6 No 1249 440421 440420A6 52.7 43.9 0.013 0.008 Free Surface 0.056 No6 No 125 442501 453715 10 296.7 9.3 0.013 2.429 Free Surface 0.536 No 10 No 1250 443319 4433206 198.2 4.9 0.013 0.101 Free Surface 0.238 No6 No 1251 440923LH 4409246 162.7 10.2 0.013 0.009 Free Surface 0.086 No6 No 1252 440410 4404096 158.2 0.6 0.013 0.009 Free Surface 0.099 No6 No 1253 440902 440903 10 263.6 0.6 0.013 1.025 Free Surface 0.659 No 10 Yes 1254 440912 4433198 298.8 3.2 0.013 0.095 Free Surface 0.179 No8 No 1255 440211 440207
6 318.2 7.7 0.013 0.132 Free Surface 0.251 No6 No
1256 440423 4404248 132.5 10.2 0.013 0.003 Free Surface 0.033 No8 No 1257 440215 4402166 158.5 2.3 0.013 0.006 Free Surface 0.077 No6 No 1259 440429 4404176 158.7 13.4 0.013 0.023 Free Surface 0.108 No6 No 126 430801 4308028 277.4 3.0 0.013 0.012 Free Surface 0.073 No8 No 1260 440418 4404176 128.1 10.3 0.013 0.010 Free Surface 0.095 No6 No 1261 440408 4404076 144.1 2.1 0.013 0.016 Free Surface 0.106 No6 No 1262 440103 4401046 139.4 21.9 0.013 0.014 Free Surface 0.077 No6 No 1263 440913 4409128 240.0 4.9 0.013 0.087 Free Surface 0.164 No8 No 1264 440427 4404286 54.1 14.1 0.013 0.014 Free Surface 0.078 No6 No 1265 440901 440902 10 308.8 3.7 0.013 0.510 Free Surface 0.646 No 10 No 1266 440608LH 4406076 139.2 2.4 0.013 0.004 Free Surface 0.185 No6 No 1267 440723LH 4407226 57.8 16.9 0.013 0.004 Free Surface 0.045 No6 No 1268 440132 4401318 248.1 2.8 0.013 0.005 Free Surface 0.071 No8 No 1269 440639 4406016 206.7 3.4 0.013 0.039 Free Surface 0.165 No6 No 127 431417 4314056 244.7 0.5 0.013 0.007 Free Surface 0.183 No6 No 1270 440124 4401236 221.6 0.5 0.013 0.002 Free Surface 0.096 No6 No 1271 440626 4406286 191.4 1.6 0.013 0.039 Free Surface 0.195 No6 No 1272 440627LH 4406266 95.1 25.4 0.013 0.005 Free Surface 0.119 No6 No 1273 440133LH 4401346 239.8 11.4 0.013 0.007 Free Surface 0.066 No6 No 1274 440817 4325366 165.2 5.1 0.013 0.010 Free Surface 0.152 No6 No 1275 440830 4408316 188.3 2.7 0.013 0.006 Free Surface 0.085 No6 No 1276 440823 4408246 159.6 5.5 0.013 0.004 Free Surface 0.050 No6 No 1277 440803 4325296 130.6 11.7 0.013 0.016 Free Surface 0.095 No6 No 1278 432508ALH 432508A6 177.5 15.0 0.013 0.004 Free Surface 0.045 No6 No 1279 440614 4406156 360.9 7.8 0.013 0.005 Free Surface 0.068 No6 No 128 430802 4308038 287.3 2.0 0.013 0.014 Free Surface 0.076 No8 No 1280 440816 4408176 115.1 7.1 0.013 0.006 Free Surface 0.066 No6 No 1281 440550 4405516 242.7 6.9 0.013 0.005 Free Surface 0.056 No6 No 1282 440822LH 4408236 81.5 11.5 0.013 0.001 Free Surface 0.037 No6 No 1283 440544 4405456 281.3 7.5 0.013 0.075 Free Surface 0.188 No6 No 1284 441202 4406226 194.5 0.5 0.013 0.018 Free Surface 0.200 No6 No 1285 440548 4408306 178.8 7.3 0.013 0.001 Free Surface 0.047 No6 No 1286 440827 4408266 400.5 3.0 0.013 0.141 Free Surface 0.309 No6 No 1287 440733 4412026 137.8 0.7 0.013 0.014 Free Surface 0.164 No6 No 1288 432507 SSFI_216 22.7 9.1 0.013 0.005 Free Surface 0.052 No6 No 1289 432506LH 4325056 152.0 3.8 0.013 0.000 Free Surface 0.000 No6 No 129 431001LH 4310026 155.8 1.5 0.013 0.003 Free Surface 0.077 No6 No 1291 440819 4408186 298.7 5.5 0.013 0.004 Free Surface 0.054 No6 No 1292 440815LH 4408166 122.8 4.1 0.013 0.002 Free Surface 0.046 No6 No 1293 432505 4325036 139.4 9.1 0.013 0.008 Free Surface 0.075 No6 No 1294 432504 4325036 59.9 3.1 0.013 0.001 Free Surface 0.058 No6 No 1295 440837 4408216 117.2 12.3 0.013 0.001 Free Surface 0.086 No6 No 1296 440216 4401046 220.5 4.4 0.013 0.010 Free Surface 0.086 No6 No 1297 440413LH 4404126 43.9 16.9 0.013 0.003 Free Surface 0.033 No6 No 1298 440412 4404076 152.3 19.9 0.013 0.006 Free Surface 0.046 No6 No 1299 440104 4401056 51.8 22.8 0.013 0.029 Free Surface 0.095 No6 No 13 433402 4334038 139.1 2.7 0.013 0.876 Free Surface 0.609 No8 No 1300 440403 4404026 300.4 5.5 0.013 0.030 Free Surface 0.422 No6 No 1302 440407 4404046 56.8 25.7 0.013 0.025 Free Surface 0.093 No6 No 1303 440430 4404296 111.9 16.9 0.013 0.005 Free Surface 0.067 No6 No 1304 440417 4404166 193.3 7.8 0.013 0.033 Free Surface 0.258 No6 No 1305 440920 4409218 154.1 5.1 0.013 0.029 Free Surface 0.119 No8 No 1306 440914 4409136 250.7 4.0 0.013 0.071 Free Surface 0.208 No6 No 1307 440210 4401166 293.9 2.5 0.013 0.182 Free Surface 0.386 No6 No 1308 440404 4404016 229.5 14.5 0.013 0.031 Free Surface 0.103 No6 No 1309 440401 4404028 77.0 3.4 0.013 0.974 Free Surface 0.590 No8 No 1310 440915 4409146 217.7 6.5 0.013 0.063 Free Surface 0.195 No6 No 1311 440105 4401156 164.0 22.2 0.013 0.035 Free Surface 0.099 No6 No 1312 440115 4401166 114.3 1.1 0.013 0.066 Free Surface 0.282 No6 No 1313 440705 4407066 250.1 2.5 0.013 0.052 Free Surface 0.195 No6 No 1314 440416 4404156 67.8 8.8 0.013 0.349 Free Surface 0.393 No6 No 1315 440704 4407056 141.9 0.3 0.013 0.046 Free Surface 0.294 No6 No 1316 440102 4401036 324.1 0.9 0.013 0.011 Free Surface 0.099 No6 No 1317 440415 4404146 103.5 10.9 0.013 0.382 Free Surface 0.454 No6 No 1318 440101 4401026 165.7 5.4 0.013 0.004 Free Surface 0.092 No6 No 1319 440431 4401296 133.7 29.4 0.013 0.255 Free Surface 0.313 No6 No 132 442615 4426168 69.3 20.9 0.013 0.003 Free Surface 0.024 No8 No 1320 440129 4404166 139.4 7.8 0.013 0.315 Free Surface 0.388 No6 No 1321 440707 4407046 75.4 33.4 0.013 0.010 Free Surface 0.213 No6 No 1322 440703 4407046 139.9 1.0 0.013 0.037 Free Surface 0.297 No6 No 1323 440917 4409166 100.5 1.0 0.013 0.060 Free Surface 0.252 No6 No 1324 440114 4401156 198.0 0.1 0.013 0.031 Free Surface 0.546 No6 Yes 1325 440107 4401086 104.6 1.2 0.013 0.002 Free Surface 0.051 No6 No 1326 440918 440918A
8 241.7 3.9 0.013 0.019 Free Surface 0.081 No8 No
1327 440702 4407036 202.1 8.2 0.013 0.035 Free Surface 0.170 No6 No 1328 440128 4401296 132.9 2.6 0.013 0.061 Free Surface 0.301 No6 No 1329 440708LH 4407076 246.1 0.9 0.013 0.003 Free Surface 0.062 No6 No 133 442617LH 4426166 102.4 15.7 0.013 0.004 Free Surface 0.039 No6 No 1330 440633 4409176 92.3 6.5 0.013 0.060 Free Surface 0.233 No6 No 1331 440130 4404158 230.5 1.0 0.013 0.029 Free Surface 0.131 No8 No 1332 440604 4404018 268.4 6.9 0.013 0.941 Free Surface 0.475 No8 No 1333 440701 4407026 79.4 16.8 0.013 0.031 Free Surface 0.113 No6 No 1334 440724 4407016 338.9 3.2 0.013 0.026 Free Surface 0.122 No6 No 1335 440721 4407246 280.0 3.7 0.013 0.018 Free Surface 0.128 No6 No 1336 440632 4409186 101.1 10.0 0.013 0.009 Free Surface 0.083 No6 No 1337 440414 4401366 219.4 4.4 0.013 0.382 Free Surface 0.486 No6 No 1338 440109 4401086 226.8 1.1 0.013 0.013 Free Surface 0.129 No6 No 1339 440607 4406048 270.6 2.5 0.013 0.144 Free Surface 0.316 No8 No 134 442720 4426136 121.9 6.5 0.013 0.011 Free Surface 0.149 No6 No 1340 440406 4406036 142.4 5.8 0.013 0.014 Free Surface 0.087 No6 No 1341 440603 4406048 146.2 9.8 0.013 0.781 Free Surface 0.389 No8 No 1342 440136 4401376 158.1 7.4 0.013 0.395 Free Surface 0.428 No6 No 1343 440631 4406326 108.1 10.4 0.013 0.004 Free Surface 0.053 No6 No 1344 440118 4401436 170.7 19.6 0.013 0.019 Free Surface 0.155 No6 No 1345 440143 4401286 207.2 2.0 0.013 0.060 Free Surface 0.227 No6 No 1346 440112 4401136 159.4 0.1 0.013 0.006 Free Surface 0.178 No6 No 1347 440722 4407216 104.7 18.1 0.013 0.009 Free Surface 0.082 No6 No 1348 440111 4401126 147.0 8.4 0.013 0.001 Free Surface 0.093 No6 No 1349 440137 4406028 155.4 7.0 0.013 0.408 Free Surface 0.302 No8 No 135 442614 4426168 73.8 56.1 0.013 0.003 Free Surface 0.018 No8 No 343
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
1350 440602 4406038 103.6 6.0 0.013 0.766 Free Surface 0.426 No8 No 1351 440720 4407216 136.3 3.9 0.013 0.010 Free Surface 0.096 No6 No 1352 440135 4401366 289.7 4.3 0.013 0.012 Free Surface 0.270 No6 No 1353 440635 4406346 264.1 6.5 0.013 0.057 Free Surface 0.194 No6 No 1354 440127 4401436 225.6 4.0 0.013 0.041 Free Surface 0.199 No6 No 1355 440122 4401216 157.3 15.0 0.013 0.005 Free Surface 0.053 No6 No 1356 432512 4325116 192.4 7.6 0.013 0.078 Free Surface 0.199 No6 No 1357 440131 4401308 394.1 2.2 0.013 0.022 Free Surface 0.113 No8 No 1358 440121 4401206 116.9 9.1 0.013 0.009 Free Surface 0.079 No6 No 1359 440119 4401206 185.4 0.9 0.013 0.003 Free Surface 0.083 No6 No 136 430712 4307136 69.5 0.6 0.013 0.039 Free Surface 0.291 No6 No 1360 440120 4401276 220.9 11.7 0.013 0.023 Free Surface 0.128 No6 No 1361 440719 4407206 214.7 4.3 0.013 0.010 Free Surface 0.081 No6 No 1362 440629 4406356 142.6 3.9 0.013 0.057 Free Surface 0.182 No6 No 1363 440630 4406296 126.2 33.1 0.013 0.010 Free Surface 0.122 No6 No 1364 440617 4406166 161.3 8.3 0.013 0.018 Free Surface 0.106 No6 No 1365 440616 4406096 164.8 4.6 0.013 0.025 Free Surface 0.219 No6 No 1366 440123 4401206 66.3 0.5 0.013 0.008 Free Surface 0.110 No6 No 1367 440601 4406026 227.9 5.2 0.013 0.332 Free Surface 0.442 No6 No 1368 432511 4325106 261.9 5.6 0.013 0.082 Free Surface 0.207 No6 No 1369 440636 4406376 384.0 3.7 0.013 0.009 Free Surface 0.085 No6 No 1370 440713 4407148 28.2 1.4 0.013 0.028 Free Surface 0.112 No8 No 1371 440718LH 4407176 46.0 4.1 0.013 0.004 Free Surface 0.044 No6 No 1372 440715 4407148 92.4 22.7 0.013 0.014 Free Surface 0.072 No8 No 1373 440618 4406176 227.5 5.7 0.013 0.015 Free Surface 0.091 No6 No 1374 440134 4401356 276.4 4.5 0.013 0.010 Free Surface 0.083 No6 No 1375 440717 4407168 29.3 35.5 0.013 0.005 Free Surface 0.046 No8 No 1376 440716 4407158 144.2 1.9 0.013 0.008 Free Surface 0.056 No8 No 1377 440610 4406096 377.7 5.3 0.013 0.101 Free Surface 0.275 No6 No 1378 440126 4401276 351.3 1.4 0.013 0.011 Free Surface 0.136 No6 No 1379 440619 4406186 215.0 3.1 0.013 0.012 Free Surface 0.093 No6 No 138 432013LH 4320146 155.4 4.3 0.013 0.012 Free Surface 0.077 No6 No 1380 432510 4325096 252.1 7.1 0.013 0.087 Free Surface 0.199 No6 No 1381 440832 4406396 161.4 9.6 0.013 0.031 Free Surface 0.139 No6 No 1382 440125 4401246 118.4 0.5 0.013 0.000 Free Surface 0.044 No6 No 1383 440125 4401266 122.7 18.8 0.013 0.001 Free Surface 0.065 No6 No 1384 440623 4406266 106.2 1.3 0.013 0.034 Free Surface 0.195 No6 No 1385 440624 4406236 102.1 22.0 0.013 0.008 Free Surface 0.121 No6 No 1386 440734 4407356 52.9 11.8 0.013 0.024 Free Surface 0.134 No6 No 1387 440625 4406246 149.5 2.9 0.013 0.004 Free Surface 0.053 No6 No 1388 440637 4406386 343.8 5.8 0.013 0.015 Free Surface 0.129 No6 No 1389 440638 4407346 236.0 1.1 0.013 0.019 Free Surface 0.131 No6 No 139 403418 4034176 368.2 0.2 0.013 0.027 Free Surface 0.757 No6 Yes 1390 440826 4401406 141.5 5.0 0.013 0.149 Free Surface 0.645 No6 No 1391 440615 440639
6 259.3 2.5 0.013 0.008 Free Surface 0.125 No6 No
1392 440141 4401406 233.5 11.0 0.013 0.136 Free Surface 0.614 No6 No 1393 440142 4401416 113.0 10.5 0.013 0.131 Free Surface 0.226 No6 No 1394 440620 4406196 187.3 11.3 0.013 0.008 Free Surface 0.076 No6 No 1395 432527 4325236 191.5 13.0 0.013 0.008 Free Surface 0.073 No6 No 1396 440831 4408326 166.7 3.2 0.013 0.014 Free Surface 0.108 No6 No 1397 432536 4401426 190.4 9.4 0.013 0.126 Free Surface 0.227 No6 No 1398 440824 4408266 145.9 9.9 0.013 0.006 Free Surface 0.170 No6 No 1399 440545 4406106 272.7 8.9 0.013 0.086 Free Surface 0.213 No6 No 14 433401 4334028 53.6 3.9 0.013 0.876 Free Surface 0.574 No8 No 140 442511 4423356 76.9 41.6 0.013 0.013 Free Surface 0.078 No6 No 1400 432509 4325356 165.8 10.3 0.013 0.092 Free Surface 0.189 No6 No 1401 432535 4325366 29.6 17.2 0.013 0.114 Free Surface 0.207 No6 No 1402 440825 4401416 114.1 3.1 0.013 0.004 Free Surface 0.142 No6 No 1403 440551 4406136 98.8 10.4 0.013 0.008 Free Surface 0.084 No6 No 1404 432529 4325356 88.5 4.9 0.013 0.020 Free Surface 0.148 No6 No 1405 440621 4406206 108.7 13.8 0.013 0.004 Free Surface 0.049 No6 No 1406 440818 4401426 117.5 3.5 0.013 0.004 Free Surface 0.141 No6 No 1407 440622 4406236 292.2 0.5 0.013 0.026 Free Surface 0.206 No6 No 1408 440821 4408276 102.6 8.0 0.013 0.048 Free Surface 0.238 No6 No 1409 440543 440543A6 17.8 20.3 0.013 0.063 Free Surface 0.148 No6 No 141 431107 4311086 137.9 2.0 0.013 0.029 Free Surface 0.161 No6 No 1410 441201LH 4405436 228.3 0.6 0.013 0.009 Free Surface 0.127 No6 No 1411 440546 440543A6 397.6 4.2 0.013 0.000 Free Surface 0.081 No6 No 1412 440829 4408216 22.0 17.0 0.013 0.046 Free Surface 0.134 No6 No 1413 440802 4408036 269.7 4.1 0.013 0.012 Free Surface 0.085 No6 No 1414 432503 4325026 222.3 2.2 0.013 0.009 Free Surface 0.204 No6 No 1415 440532 4408276 261.3 2.3 0.013 0.081 Free Surface 0.293 No6 No 1416 440547 4405326 218.7 2.1 0.013 0.002 Free Surface 0.149 No6 No 1417 440528 4405276 102.2 1.5 0.013 0.041 Free Surface 0.199 No6 No 1418 440527 4405166 60.7 2.5 0.013 0.041 Free Surface 0.177 No6 No 1419 440520 4405216 59.2 2.2 0.013 0.000 Free Surface 0.042 No6 No 142 442301 4425046 174.5 5.4 0.013 0.039 Free Surface 0.146 No6 No 1420 440553 4405286 106.2 5.7 0.013 0.039 Free Surface 0.179 No6 No 1421 441213 4412126 230.3 10.8 0.013 0.006 Free Surface 0.060 No6 No 1422 440501 4405026 205.0 5.6 0.013 0.002 Free Surface 0.056 No6 No 1423 440514 4405156 239.4 8.6 0.013 0.014 Free Surface 0.081 No6 No 1424 440513 4405126 256.5 1.8 0.013 0.005 Free Surface 0.067 No6 No 1425 440502 4405036 100.2 4.5 0.013 0.008 Free Surface 0.073 No6 No 1428 440504 4405036 154.8 1.2 0.013 0.002 Free Surface 0.059 No6 No 1429 441001LH 4410026 185.5 3.8 0.013 0.004 Free Surface 0.062 No6 No 143 431010 4310126 62.2 4.0 0.013 0.015 Free Surface 0.105 No6 No 1430 440507 4405066 303.1 0.8 0.013 0.003 Free Surface 0.079 No6 No 1431 440505 4405146 150.6 6.1 0.013 0.013 Free Surface 0.082 No6 No 1432 440506 4405056 134.2 4.5 0.013 0.012 Free Surface 0.086 No6 No 1433 441003LH 4410026 187.6 1.1 0.013 0.018 Free Surface 0.150 No6 No 1434 441013 4410168 354.3 8.9 0.013 0.121 Free Surface 0.155 No8 No 1435 441011 4410106 54.7 11.0 0.013 0.075 Free Surface 0.182 No6 No 144 430713 4307146 190.8 0.4 0.013 0.041 Free Surface 0.223 No6 No 1441 455003 HASTINGS_WW6 270.5 2.6 0.013 0.136 Free Surface 0.328 No6 No 1443 454901 4549026 149.6 3.8 0.013 0.001 Free Surface 0.040 No6 No 1444 450104A 4501046 167.6 2.1 0.013 0.022 Free Surface 0.163 No6 No 1445 453707 453708 10 75.8 3.7 0.013 1.082 Free Surface 0.490 No 10 No 1446 450111 4501126 36.7 6.8 0.013 0.000 Free Surface 0.000 No6 No 1447 450102 4501038 356.6 1.7 0.013 0.367 Free Surface 0.479 No8 No 1448 454803 4548048 178.0 9.9 0.013 0.290 Free Surface 0.224 No8 No 1449 442913 4429146 233.2 4.2 0.013 0.011 Free Surface 0.110 No6 No 145 430707 4307086 97.2 18.3 0.013 0.004 Free Surface 0.054 No6 No 1450 440307 4423076 248.9 1.6 0.013 0.009 Free Surface 0.113 No6 No 1451 442436 4424356 166.0 8.7 0.013 0.039 Free Surface 0.143 No6 No 1452 452504 452504A6 106.8 2.6 0.013 0.004 Free Surface 0.068 No6 No 1453 443503 4435026 163.2 0.9 0.013 0.051 Free Surface 0.392 No6 No 1454 442102 4421036 113.8 6.8 0.013 0.033 Free Surface 0.131 No6 No 1455 441827LH 4418276 138.7 3.2 0.013 0.001 Free Surface 0.029 No6 No 1456 441824 4418226 94.5 2.1 0.013 0.006 Free Surface 0.074 No6 No 1457 441823 4418216 114.7 13.0 0.013 0.002 Free Surface 0.070 No6 No 1458 402408 4024076 350.3 1.5 0.013 0.001 Free Surface 0.127 No6 No 1459 441518A 4415186 141.7 19.4 0.013 0.006 Free Surface 0.074 No6 No 146 442727LH 4427266 46.3 6.5 0.013 0.003 Free Surface 0.052 No6 No 1460 441406 4414078 287.1 3.0 0.013 0.275 Free Surface 0.307 No8 No 1461 441408 4414076 131.8 16.7 0.013 0.289 Free Surface 0.300 No6 No 1464 VMH_47 4024146 64.9 4.9 0.013 0.000 Free Surface 0.028 No6 No 1465 441511 4415056 154.4 1.8 0.013 0.032 Free Surface 0.320 No6 No 1466 441506 4415058 249.6 0.4 0.013 0.388 Free Surface 0.635 No8 Yes 1468 402414 4025016 88.4 3.7 0.013 0.004 Free Surface 0.132 No6 No 147 442512 442511
6 132.8 10.4 0.013 0.005 Free Surface 0.050 No6 No
1470 402501 4025026 356.7 0.4 0.013 0.088 Free Surface 0.715 No6 Yes 1471 441517 4415046 261.0 4.4 0.013 0.022 Free Surface 0.558 No6 No 1472 441505 4415048 168.8 2.2 0.013 0.465 Free Surface 0.720 No8 Yes 1474 402407 4024066 364.0 1.3 0.013 0.046 Free Surface 0.221 No6 No 1475 441520 441502 15 17.9 1.2 0.013 0.683 Free Surface 0.298 No 15 No 1478 441504 4415038 157.6 0.1 0.013 0.493 Free Surface 0.810 No8 Yes 148 432110 4321096 38.9 5.1 0.013 0.005 Free Surface 0.059 No6 No 1480 402406 4024056 218.5 1.6 0.013 0.048 Free Surface 0.227 No6 No 1481 402404 4025016 375.6 0.3 0.013 0.079 Free Surface 0.406 No6 No 1482 402416LH 4024156 126.9 0.8 0.013 0.000 Free Surface 0.052 No6 No 1483 402410LH 4024046 134.2 0.5 0.013 0.002 Free Surface 0.065 No6 No 1484 402415 4024016 115.1 0.4 0.013 0.003 Free Surface 0.103 No6 No 1485 402405 4024036 275.5 1.5 0.013 0.054 Free Surface 0.295 No6 No 1487 402409LH 4024036 116.8 0.6 0.013 0.003 Free Surface 0.215 No6 No 1488 402401 4024026 273.3 0.4 0.013 0.007 Free Surface 0.135 No6 No 1489 450805LH 4508046 164.5 2.4 0.013 0.002 Free Surface 0.042 No6 No 149 430705 4307046 172.8 7.7 0.013 0.313 Free Surface 0.388 No6 No 1490 450818LH 4508176 149.8 7.2 0.013 0.004 Free Surface 0.056 No6 No 1491 451118 4511196 115.4 9.1 0.013 0.002 Free Surface 0.041 No6 No 1492 451111 4511106 258.9 7.2 0.013 0.013 Free Surface 0.082 No6 No 1493 450816LH 4508156 94.3 6.7 0.013 0.003 Free Surface 0.047 No6 No 1494 451117LH 4511186 92.7 0.7 0.013 0.001 Free Surface 0.036 No6 No 1495 450824LH 4508236 76.5 0.4 0.013 0.002 Free Surface 0.075 No6 No 1496 450822 4508236 106.4 4.2 0.013 0.013 Free Surface 0.088 No6 No 1497 450611 4506126 245.3 0.6 0.013 0.003 Free Surface 0.094 No6 No 1499 454804 4548058 303.5 14.7 0.013 0.291 Free Surface 0.211 No8 No 15 431504 4315038 187.6 2.2 0.013 0.650 Free Surface 0.527 No8 No 150 432008 4320076 149.7 7.7 0.013 0.147 Free Surface 0.246 No6 No 1500 454814 4548136 152.8 0.7 0.013 0.004 Free Surface 0.076 No6 No 1501 451107 4511066 151.9 2.3 0.013 0.071 Free Surface 0.219 No6 No 1502 451106 4511056 27.1 8.7 0.013 0.072 Free Surface 0.238 No6 No 1503 454815 4548146 139.8 0.7 0.013 0.003 Free Surface 0.076 No6 No 1504 454805 4548068 144.4 14.6 0.013 0.293 Free Surface 0.212 No8 No 1505 454811 4548066 166.4 2.9 0.013 0.011 Free Surface 0.187 No6 No 1506 454813 4548116 216.3 1.9 0.013 0.005 Free Surface 0.081 No6 No 1507 454812 4548116 111.1 1.1 0.013 0.005 Free Surface 0.086 No6 No 1508 451108 4511056 196.2 3.0 0.013 0.025 Free Surface 0.218 No6 No 1509 454806 4548078 113.2 15.8 0.013 0.304 Free Surface 0.213 No8 No 151 432014 4320096 104.4 46.1 0.013 0.018 Free Surface 0.152 No6 No 1510 454306 4543058 430.1 0.6 0.013 0.145 Free Surface 0.271 No8 No 1511 450602 4506038 85.2 0.5 0.013 0.127 Free Surface 0.285 No8 No 1512 450603 4506048 56.5 3.2 0.013 0.127 Free Surface 0.255 No8 No 1513 451109 4511086 259.9 7.1 0.013 0.021 Free Surface 0.119 No6 No 1514 450802 4506026 311.9 6.3 0.013 0.028 Free Surface 0.304 No6 No 1515 451121 4508026 202.7 4.0 0.013 0.013 Free Surface 0.107 No6 No 1516 451120 4511216 127.2 6.9 0.013 0.010 Free Surface 0.083 No6 No 1517 450820 4508026 292.9 12.8 0.013 0.005 Free Surface 0.082 No6 No 1518 450305 4501076 195.0 7.0 0.013 0.000 Free Surface 0.031 No6 No 1519 451110 4511096 321.1 10.1 0.013 0.017 Free Surface 0.094 No6 No 152 432009 4320086 259.8 8.1 0.013 0.140 Free Surface 0.259 No6 No 1520 450803 4508026 266.2 13.8 0.013 0.007 Free Surface 0.087 No6 No 1521 451119 4511206 333.6 14.3 0.013 0.007 Free Surface 0.062 No6 No 1522 450105 450209A8 145.9 2.4 0.013 0.043 Free Surface 0.116 No8 No 1523 450108 4501036 53.9 1.1 0.013 0.006 Free Surface 0.105 No6 No 1524 450110LH 4501028 256.6 6.5 0.013 0.021 Free Surface 0.244 No8 No 1525 450109 4501086 191.5 3.0 0.013 0.006 Free Surface 0.078 No6 No 1528 442801 4504176 164.1 4.0 0.013 0.189 Free Surface 0.348 No6 No 1529 442510 4423356 207.9 0.5 0.013 0.006 Free Surface 0.107 No6 No 153 430605 4306048 355.2 1.2 0.013 0.274 Free Surface 0.347 No8 No 1530 442333 4423326 127.7 3.5 0.013 0.025 Free Surface 0.166 No6 No 1531 442332 4426136 210.2 12.5 0.013 0.113 Free Surface 0.210 No6 No 344
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
1532 442335 4423346 60.0 6.7 0.013 0.021 Free Surface 0.105 No6 No 1533 442334 4423336 194.8 6.0 0.013 0.022 Free Surface 0.120 No6 No 1534 452736 4527376 201.9 2.6 0.013 0.004 Free Surface 0.067 No6 No 1535 441714 4416018 51.4 2.9 0.013 0.199 Free Surface 0.365 No8 No 1536 403007 4030066 252.9 0.4 0.013 0.008 Free Surface 0.145 No6 No 1537 441703 4417046 132.4 8.4 0.013 0.010 Free Surface 0.083 No6 No 1538 402705 4027046 268.9 0.3 0.013 0.018 Free Surface 0.200 No6 No 1539 441416 4414176 221.6 2.3 0.013 0.002 Free Surface 0.084 No6 No 154 441012LH 4410116 243.4 5.0 0.013 0.013 Free Surface 0.128 No6 No 1540 441418 4414176 161.6 12.7 0.013 0.017 Free Surface 0.103 No6 No 1541 441709 4417086 48.8 9.4 0.013 0.004 Free Surface 0.047 No6 No 1542 441402 441402A6 55.8 8.8 0.013 0.388 Free Surface 0.469 No6 No 1543 441412 4414116 271.8 10.1 0.013 0.030 Free Surface 0.126 No6 No 1544 442305 4423046 295.1 0.8 0.013 0.030 Free Surface 0.193 No6 No 1545 442328 4423296 112.9 0.9 0.013 0.065 Free Surface 0.311 No6 No 1546 452705 4527046 81.8 10.1 0.013 0.003 Free Surface 0.067 No6 No 1547 442728 4427146 92.5 21.6 0.013 0.004 Free Surface 0.052 No6 No 1548 442419 4424206 100.1 15.6 0.013 0.005 Free Surface 0.065 No6 No 1549 440315 4403166 217.9 8.3 0.013 0.010 Free Surface 0.071 No6 No 155 402712 4027026 152.5 2.5 0.013 0.103 Free Surface 0.287 No6 No 1550 442404 4424056 202.3 3.2 0.013 0.027 Free Surface 0.136 No6 No 1551 442456 4424278 156.2 5.1 0.013 0.002 Free Surface 0.053 No8 No 1552 443324 4433016 162.6 21.3 0.013 0.015 Free Surface 0.293 No6 No 1553 440910 4409116 136.0 7.8 0.013 0.042 Free Surface 0.187 No6 No 1554 450113 4501126 190.9 3.5 0.013 0.009 Free Surface 0.082 No6 No 1555 450117 4501166 30.0 5.3 0.013 0.001 Free Surface 0.027 No6 No 1556 450115 450115A6 123.1 3.9 0.013 0.009 Free Surface 0.076 No6 No 1558 450911 4508066 136.2 8.1 0.013 0.038 Free Surface 0.133 No6 No 1559 450806 4508076 231.7 17.4 0.013 0.058 Free Surface 0.138 No6 No 1560 452720 04C142M6 116.9 5.0 0.013 0.050 Free Surface 0.168 No6 No 1562 442508 4425096 165.1 4.3 0.013 0.002 Free Surface 0.061 No6 No 1563 VMH_86 4527216 96.2 0.1 0.013 0.000 Free Surface 0.025 No6 No 1564 452721 4527228 157.1 0.8 0.013 0.002 Free Surface 0.040 No8 No 1565 452735LH 4527346 99.0 0.9 0.013 0.002 Free Surface 0.060 No6 No 1566 442706 4426106 116.2 8.6 0.013 0.028 Free Surface 0.188 No6 No 1567 450811 4509018 292.2 0.4 0.013 0.124 Free Surface 0.331 No8 No 1568 450417 450420 18 258.4 3.8 0.013 0.000 Free Surface 0.000 No 18 No 1569 450420 450410 12 27.9 0.2 0.013 0.004 Free Surface 0.061 No 12 No 157 430905 4309046 141.5 0.5 0.013 0.018 Free Surface 0.204 No6 No 1570 442707 4427066 68.8 3.3 0.013 0.013 Free Surface 0.106 No6 No 1572 442815 4428166 108.9 0.1 0.013 0.014 Free Surface 0.235 No6 No 1573 442725 4427246 108.3 3.7 0.013 0.009 Free Surface 0.078 No6 No 1574 442408 4424096 59.1 5.2 0.013 0.033 Free Surface 0.198 No6 No 1575 442430 4424316 58.3 11.8 0.013 0.049 Free Surface 0.173 No6 No 1578 441908 4419076 196.9 9.2 0.013 0.054 Free Surface 0.199 No6 No 1579 441131 4411306 211.6 4.6 0.013 0.011 Free Surface 0.094 No6 No 158 430903 4309046 108.9 6.0 0.013 0.285 Free Surface 0.389 No6 No 1580 442513 4425116 206.8 4.8 0.013 0.007 Free Surface 0.062 No6 No 1581 442722 4427216 205.0 3.1 0.013 0.003 Free Surface 0.065 No6 No 1582 442457LH 4424466 19.7 8.3 0.013 0.003 Free Surface 0.047 No6 No 1583 442446 4424476 47.7 6.0 0.013 0.005 Free Surface 0.055 No6 No 1584 442407 4424086 153.5 1.2 0.013 0.032 Free Surface 0.172 No6 No 1585 442406 4424076 115.5 1.7 0.013 0.032 Free Surface 0.191 No6 No 1586 442429 4424306 99.2 13.8 0.013 0.030 Free Surface 0.119 No6 No 1587 443025 4429056 157.2 1.7 0.013 0.001 Free Surface 0.040 No6 No 1588 440308 4403076 269.3 7.6 0.013 0.006 Free Surface 0.077 No6 No 1589 452502 4524278 222.4 0.4 0.013 0.012 Free Surface 0.138 No8 No 159 432915LH 4329146 112.3 4.6 0.013 0.005 Free Surface 0.075 No6 No 1590 441414 4414126 141.6 13.8 0.013 0.019 Free Surface 0.097 No6 No 1591 403002 4030018 256.5 0.4 0.013 0.060 Free Surface 0.230 No8 No 1592 403203 4030028 190.7 0.6 0.013 0.020 Free Surface 0.121 No8 No 1593 402706 4027056 245.1 1.3 0.013 0.012 Free Surface 0.177 No6 No 1594 441022 4414026 106.7 9.4 0.013 0.384 Free Surface 0.410 No6 No 1595 441702 4417036 157.7 1.4 0.013 0.006 Free Surface 0.077 No6 No 1596 403004 4030038 113.4 1.2 0.013 0.032 Free Surface 0.182 No8 No 1597 441602 4416018 239.7 4.6 0.013 0.210 Free Surface 0.353 No8 No 1599 442626 4026046 165.0 2.5 0.013 0.039 Free Surface 0.179 No6 No 16 431503 4315028 163.0 3.9 0.013 0.813 Free Surface 0.551 No8 No 160 430706 4307056 154.9 7.7 0.013 0.318 Free Surface 0.384 No6 No 1600 402801 4030076 102.8 0.5 0.013 0.004 Free Surface 0.108 No6 No 1601 403008 4028016 63.1 1.8 0.013 0.002 Free Surface 0.066 No6 No 1602 402809 4028016 49.0 1.2 0.013 0.002 Free Surface 0.067 No6 No 1602 402809 4028016 49.0 1.2 0.013 0.002 Free Surface 0.067 No6 No 1603 441701 4414206 271.7 16.3 0.013 0.010 Free Surface 0.073 No6 No 1605 441411 4414106 197.6 6.5 0.013 0.039 Free Surface 0.195 No6 No 1606 441601 4417128 305.4 2.0 0.013 0.462 Free Surface 0.428 No8 No 1607 441708 4417076 109.6 10.5 0.013 0.006 Free Surface 0.058 No6 No 1608 402607LHB 4026066 56.8 3.5 0.013 0.001 Free Surface 0.038 No6 No 1609 441420 441420A6 59.4 10.7 0.013 0.018 Free Surface 0.106 No6 No 161 431621LH 4316226 160.0 5.4 0.013 0.007 Free Surface 0.064 No6 No 1611 402803 4028086 92.5 1.2 0.013 0.007 Free Surface 0.165 No6 No 1612 452101 4520246 134.9 6.6 0.013 0.019 Free Surface 0.152 No6 No 1613 442331 4423326 273.6 5.9 0.013 0.085 Free Surface 0.207 No6 No 1614 442802 4428016 249.6 2.4 0.013 0.170 Free Surface 0.365 No6 No 1615 452724 4527276 120.4 0.7 0.013 0.014 Free Surface 0.125 No6 No 1616 442814 4428156 343.4 1.1 0.013 0.010 Free Surface 0.162 No6 No 1617 452715 4527146 78.2 2.9 0.013 0.002 Free Surface 0.039 No6 No 1618 442304 4423036 328.4 2.8 0.013 0.034 Free Surface 0.145 No6 No 1619 442709 4427086 195.8 11.1 0.013 0.007 Free Surface 0.091 No6 No 162 430210 4302096 169.4 7.1 0.013 0.421 Free Surface 0.440 No6 No 1620 452714 4527136 22.8 12.3 0.013 0.003 Free Surface 0.045 No6 No 1621 442806 4428026 194.7 8.2 0.013 0.160 Free Surface 0.324 No6 No 1622 442330 4423316 198.7 1.0 0.013 0.082 Free Surface 0.282 No6 No 1623 452727 4527286 204.4 6.4 0.013 0.015 Free Surface 0.090 No6 No 1624 442723 4427116 157.6 1.5 0.013 0.000 Free Surface 0.028 No6 No 1625 442324 4423256 223.6 6.5 0.013 0.006 Free Surface 0.057 No6 No 1626 442325 4423296 98.6 44.4 0.013 0.015 Free Surface 0.190 No6 No 1627 442803 4428026 301.0 12.8 0.013 0.007 Free Surface 0.218 No6 No 1628 452009 4520106 102.2 25.3 0.013 0.061 Free Surface 0.127 No6 No 1629 452706 4527056 156.2 16.2 0.013 0.002 Free Surface 0.032 No6 No 163 431623 4316316 98.1 49.5 0.013 0.066 Free Surface 0.196 No6 No 1630 452728 4525256 189.5 7.7 0.013 0.018 Free Surface 0.097 No6 No 1632 452704 4527036 68.4 0.7 0.013 0.005 Free Surface 0.076 No6 No 1633 443016 4430156 315.1 7.6 0.013 0.011 Free Surface 0.114 No6 No 1634 442438 4424378 106.6 0.9 0.013 0.020 Free Surface 0.107 No8 No 1635 442327 4423286 173.4 0.6 0.013 0.065 Free Surface 0.317 No6 No 1636 452524 4525236 299.9 3.6 0.013 0.002 Free Surface 0.046 No6 No 1637 442306 4423056 248.2 1.9 0.013 0.027 Free Surface 0.188 No6 No 1639 443017 4430166 179.1 14.6 0.013 0.003 Free Surface 0.055 No6 No 164 431622 4316236 62.6 8.5 0.013 0.009 Free Surface 0.064 No6 No 1640 442808 4428076 321.0 5.6 0.013 0.134 Free Surface 0.269 No6 No 1641 442437 4424368 150.6 2.5 0.013 0.023 Free Surface 0.096 No8 No 1642 442308 4423066 145.3 5.0 0.013 0.016 Free Surface 0.127 No6 No 1643 490102 4901016 82.9 1.6 0.013 0.007 Free Surface 0.113 No6 No 1644 454303 4543028 326.2 7.4 0.013 0.089 Free Surface 0.146 No8 No 1645 442509 4425106 267.4 0.7 0.013 0.004 Free Surface 0.096 No6 No 1646 452707LH 4527066 53.3 3.0 0.013 0.002 Free Surface 0.032 No6 No 1647 442807 4428066 297.7 6.0 0.013 0.141 Free Surface 0.268 No6 No 1648 442329 4423306 163.3 0.9 0.013 0.080 Free Surface 0.339 No6 No 1649 452702LH 4527016 62.3 18.1 0.013 0.003 Free Surface 0.045 No6 No 1650 452703 4527016 186.3 8.7 0.013 0.007 Free Surface 0.058 No6 No 1651 452531 4524196 97.3 9.9 0.013 0.003 Free Surface 0.036 No6 No 1652 443007 4430066 103.2 1.2 0.013 0.007 Free Surface 0.084 No6 No 1653 443018LH 4430176 114.6 2.0 0.013 0.003 Free Surface 0.050 No6 No 1654 443008 4430076 34.3 4.9 0.013 0.007 Free Surface 0.083 No6 No 1655 442307 4423066 136.9 0.8 0.013 0.011 Free Surface 0.143 No6 No 1656 442410 4423276 237.9 0.2 0.013 0.063 Free Surface 0.410 No6 No 1657 442409 4424106 85.8 1.4 0.013 0.062 Free Surface 0.370 No6 No 1658 442433 4424326 188.9 8.4 0.013 0.052 Free Surface 0.169 No6 No 1659 442435 4424346 146.8 6.1 0.013 0.044 Free Surface 0.143 No6 No 166 430214 4302136 64.1 50.8 0.013 0.058 Free Surface 0.106 No6 No 1660 442434 4424336 54.3 15.6 0.013 0.051 Free Surface 0.141 No6 No 1661 442432 4424316 126.3 3.9 0.013 0.054 Free Surface 0.199 No6 No 1662 442431 4428086 198.4 8.3 0.013 0.103 Free Surface 0.239 No6 No 1663 443009 4430086 276.4 12.0 0.013 0.004 Free Surface 0.055 No6 No 1664 442445 4424356 121.8 28.0 0.013 0.005 Free Surface 0.096 No6 No 1665 442812 4424306 137.4 1.9 0.013 0.017 Free Surface 0.131 No6 No 1666 442905 4429066 319.7 6.8 0.013 0.047 Free Surface 0.213 No6 No 1667 442424 4424256 162.8 14.0 0.013 0.002 Free Surface 0.041 No6 No 1668 442903 4429056 297.9 13.2 0.013 0.024 Free Surface 0.093 No6 No 1669 442901 4429026 250.6 14.7 0.013 0.007 Free Surface 0.062 No6 No 167 431627 4316286 202.2 5.9 0.013 0.007 Free Surface 0.176 No6 No 1670 442902 4429036 128.0 15.6 0.013 0.015 Free Surface 0.083 No6 No 1671 442425 4424266 221.7 9.0 0.013 0.006 Free Surface 0.064 No6 No 1672 442906 4429076 254.0 1.6 0.013 0.069 Free Surface 0.247 No6 No 1673 442455 4424256 68.9 57.4 0.013 0.003 Free Surface 0.039 No6 No 1674 442426 4424276 370.8 8.7 0.013 0.013 Free Surface 0.094 No6 No 1675 442427 4424286 180.1 5.1 0.013 0.021 Free Surface 0.123 No6 No 1676 440309 4403086 292.0 10.5 0.013 0.003 Free Surface 0.047 No6 No 1677 442915 4429056 229.6 1.0 0.013 0.018 Free Surface 0.151 No6 No 1678 442405 4424068 293.1 4.0 0.013 0.031 Free Surface 0.114 No8 No 1679 442451 4424276 267.7 20.9 0.013 0.005 Free Surface 0.075 No6 No 168 430203 4302046 137.6 14.0 0.013 0.468 Free Surface 0.411 No6 No 1680 440310 4403116 109.8 10.2 0.013 0.002 Free Surface 0.040 No6 No 1681 442914 4429156 172.6 1.1 0.013 0.015 Free Surface 0.144 No6 No 1682 443304 443305 12 317.1 1.0 0.013 1.126 Free Surface 0.498 No 12 No 1683 440314 4403156 151.9 11.2 0.013 0.005 Free Surface 0.057 No6 No 1684 440311 4403226 317.3 8.2 0.013 0.006 Free Surface 0.075 No6 No 1685 440313 4403146 63.3 0.4 0.013 0.001 Free Surface 0.046 No6 No 1686 440709 4407106 92.7 5.7 0.013 0.005 Free Surface 0.068 No6 No 1687 442107 4421086 87.9 25.6 0.013 0.026 Free Surface 0.084 No6 No 1688 443421 4434206 71.5 6.8 0.013 0.009 Free Surface 0.089 No6 No 1689 443420 4418036 174.1 20.8 0.013 0.042 Free Surface 0.110 No6 No 169 431626LH 4316256 80.9 0.5 0.013 0.043 Free Surface 0.265 No6 No 1690 443411 4434106 316.5 6.7 0.013 0.007 Free Surface 0.076 No6 No 1691 441804 4418036 35.3 1.8 0.013 0.290 Free Surface 0.578 No6 No 1692 442912LH 4429116 199.2 5.6 0.013 0.006 Free Surface 0.053 No6 No 1693 443302 443303 10 170.4 11.8 0.013 1.111 Free Surface 0.511 No 10 No 1694 440312 4403116 257.3 8.6 0.013 0.002 Free Surface 0.042 No6 No 1695 440322 4403236 237.4 3.3 0.013 0.013 Free Surface 0.095 No6 No 1696 442911 4429106 67.9 31.2 0.013 0.008 Free Surface 0.056 No6 No 1697 442910 4429136 132.1 8.0 0.013 0.009 Free Surface 0.075 No6 No 1698 440205 4402046 199.5 0.5 0.013 0.003 Free Surface 0.083 No6 No 1699 443301 443302 10 86.2 12.5 0.013 1.051 Free Surface 0.311 No 10 No 17 433412 4334138 193.2 7.6 0.013 1.032 Free Surface 0.535 No8 No 170 432003 4320046 132.5 6.7 0.013 0.107 Free Surface 0.195 No6 No 1700 440905 4409046 166.4 2.5 0.013 0.005 Free Surface 0.094 No6 No 1701 442401 4424026 174.8 11.5 0.013 0.002 Free Surface 0.046 No6 No 1702 440907 4409086 189.0 6.0 0.013 0.019 Free Surface 0.093 No6 No 1703 440206 4402076 147.6 7.5 0.013 0.002 Free Surface 0.145 No6 No 1704 440323 4403246 203.3 6.0 0.013 0.016 Free Surface 0.112 No6 No 345
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
1705 440411 4404106 126.8 3.9 0.013 0.004 Free Surface 0.096 No6 No 1706 443502 4435016 206.0 0.2 0.013 0.062 Free Surface 0.350 No6 No 1707 443513 4433096 142.3 5.3 0.013 0.011 Free Surface 0.080 No6 No 1708 443321 443322LH8 243.7 5.0 0.013 0.118 Free Surface 0.185 No8 No 1709 443512 4435136 123.7 13.8 0.013 0.005 Free Surface 0.061 No6 No 171 440303 4403026 141.5 4.9 0.013 0.038 Free Surface 0.145 No6 No 1710 443603 4436028 99.7 8.6 0.013 0.052 Free Surface 0.102 No8 No 1711 443509 4435046 113.3 2.6 0.013 0.014 Free Surface 0.117 No6 No 1712 443504 4435036 117.3 10.3 0.013 0.041 Free Surface 0.194 No6 No 1713 443505 4435046 115.7 7.1 0.013 0.024 Free Surface 0.119 No6 No 1714 443506 4435056 57.4 12.3 0.013 0.023 Free Surface 0.101 No6 No 1715 443507 4435066 182.1 10.9 0.013 0.009 Free Surface 0.078 No6 No 1716 443322LH 4433128 299.9 4.1 0.013 0.129 Free Surface 0.266 No8 No 1717 443312 4433118 156.6 11.0 0.013 0.633 Free Surface 0.336 No8 No 1718 443510 4435096 163.7 12.9 0.013 0.014 Free Surface 0.089 No6 No 1719 443511 4435106 207.4 4.1 0.013 0.006 Free Surface 0.068 No6 No 172 432923A 4329166 158.0 0.7 0.013 0.055 Free Surface 0.236 No6 No 1720 443410 4434096 134.6 4.4 0.013 0.013 Free Surface 0.089 No6 No 1721 443418 4434196 198.3 2.5 0.013 0.019 Free Surface 0.118 No6 No 1722 443422 4434216 174.1 14.9 0.013 0.005 Free Surface 0.056 No6 No 1723 441805 4418046 142.6 1.3 0.013 0.083 Free Surface 0.428 No6 No 1724 441838 4418056 157.4 1.3 0.013 0.025 Free Surface 0.234 No6 No 1726 441312 4413106 154.7 3.2 0.013 0.005 Free Surface 0.091 No6 No 1727 442114 4421136 89.9 19.7 0.013 0.004 Free Surface 0.065 No6 No 1728 441306 4413086 315.9 5.8 0.013 0.060 Free Surface 0.196 No6 No 1729 442202 442203 16 259.7 0.8 0.013 1.607 Free Surface 0.383 No 16 No 1731 441313LH 4413106 163.8 1.0 0.013 0.006 Free Surface 0.103 No6 No 1732 441106LH 4411076 127.4 4.1 0.013 0.004 Free Surface 0.051 No6 No 1733 441924 4419126 43.5 20.0 0.013 0.026 Free Surface 0.102 No6 No 1734 443508 4435066 130.0 12.2 0.013 0.011 Free Surface 0.079 No6 No 1735 443604 4436038 273.7 17.3 0.013 0.045 Free Surface 0.094 No8 No 1736 443316 4433156 127.5 1.5 0.013 0.051 Free Surface 0.192 No6 No 1737 443605 4436048 89.3 23.3 0.013 0.004 Free Surface 0.054 No8 No 1738 443315 4433136 123.9 20.2 0.013 0.056 Free Surface 0.126 No6 No 1739 443313 4433126 279.5 27.4 0.013 0.062 Free Surface 0.287 No6 No 174 432007 4320056 155.1 15.1 0.013 0.153 Free Surface 0.268 No6 No 1740 443405 4434046 110.5 10.5 0.013 0.011 Free Surface 0.089 No6 No 1741 442115 4421166 143.5 1.8 0.013 0.001 Free Surface 0.043 No6 No 1742 443407 4434066 72.1 1.0 0.013 0.003 Free Surface 0.082 No6 No 1743 443406 4434046 110.3 17.8 0.013 0.031 Free Surface 0.105 No6 No 1745 443414 4434156 219.4 10.2 0.013 0.008 Free Surface 0.065 No6 No 1747 443408 4434066 52.8 16.0 0.013 0.025 Free Surface 0.094 No6 No 1748 441821 4418206 67.0 1.5 0.013 0.011 Free Surface 0.110 No6 No 1749 441822 4418216 32.5 3.1 0.013 0.007 Free Surface 0.091 No6 No 175 432004 4320056 75.0 67.1 0.013 0.113 Free Surface 0.223 No6 No 1750 441834 4418376 123.3 0.8 0.013 0.025 Free Surface 0.225 No6 No 1751 443426 4434086 62.3 26.8 0.013 0.023 Free Surface 0.084 No6 No 1752 441828 4418276 133.5 1.3 0.013 0.015 Free Surface 0.129 No6 No 1753 441835 4418346 141.0 2.6 0.013 0.012 Free Surface 0.144 No6 No 1754 440710 4407116 105.2 3.6 0.013 0.009 Free Surface 0.106 No6 No 1755 441819 4418206 344.3 11.4 0.013 0.008 Free Surface 0.084 No6 No 1756 442112 4421116 129.3 17.3 0.013 0.014 Free Surface 0.072 No6 No 1757 443417 4434186 189.6 10.5 0.013 0.010 Free Surface 0.098 No6 No 1758 442105 4421066 247.7 9.0 0.013 0.038 Free Surface 0.125 No6 No 1759 443413 4434146 331.2 7.9 0.013 0.006 Free Surface 0.057 No6 No 176 432005 4320066 112.1 11.9 0.013 0.267 Free Surface 0.346 No6 No 1760 441826 4418246 225.9 10.7 0.013 0.003 Free Surface 0.057 No6 No 1761 440711 4407126 177.0 0.7 0.013 0.010 Free Surface 0.115 No6 No 1762 442113 4421126 176.1 3.4 0.013 0.010 Free Surface 0.080 No6 No 1763 442109 4421076 99.4 5.2 0.013 0.025 Free Surface 0.106 No6 No 1764 443419 4434206 168.9 9.8 0.013 0.027 Free Surface 0.108 No6 No 1765 443427 4434116 50.2 2.0 0.013 0.002 Free Surface 0.052 No6 No 1768 443423 4434246 264.3 4.8 0.013 0.007 Free Surface 0.093 No6 No 1769 441806 4418056 182.5 0.6 0.013 0.058 Free Surface 0.309 No6 No 177 432816 4328156 64.8 3.4 0.013 0.009 Free Surface 0.118 No6 No 1770 443424 4407286 115.6 1.5 0.013 0.013 Free Surface 0.201 No6 No 1771 441307 4413066 22.0 17.7 0.013 0.058 Free Surface 0.156 No6 No 1772 441931 4419326 127.4 16.8 0.013 0.005 Free Surface 0.049 No6 No 1773 440728 4407296 133.2 6.2 0.013 0.158 Free Surface 0.366 No6 No 1774 443808 4438076 277.9 8.2 0.013 0.005 Free Surface 0.054 No6 No 1775 403116 4031156 245.7 0.4 0.013 0.019 Free Surface 0.178 No6 No 1776 442206 442206A6 162.2 1.5 0.013 0.039 Free Surface 0.210 No6 No 1778 441913 4419126 112.1 8.2 0.013 0.011 Free Surface 0.095 No6 No 1779 441132LH 4411316 113.8 9.8 0.013 0.007 Free Surface 0.070 No6 No 178 431703 4317026 199.5 2.1 0.013 0.628 Exceeds Capacity 1.000 No6 Yes 1780 443806 4438056 130.5 13.2 0.013 0.017 Free Surface 0.092 No6 No 1781 441916 441913
6 43.4 7.7 0.013 0.004 Free Surface 0.059 No6 No
1782 441107 4411086 143.1 10.6 0.013 0.006 Free Surface 0.120 No6 No 1783 441108 4411096 146.6 1.7 0.013 0.035 Free Surface 0.179 No6 No 1784 441917LH 4419166 86.5 7.4 0.013 0.003 Free Surface 0.042 No6 No 1786 441907 4419066 276.2 1.8 0.013 0.059 Free Surface 0.214 No6 No 1787 441111 4411086 80.6 4.4 0.013 0.028 Free Surface 0.159 No6 No 1788 443801 4438026 110.9 16.0 0.013 0.001 Free Surface 0.031 No6 No 179 440202 4403046 174.0 4.2 0.013 0.033 Free Surface 0.136 No6 No 1790 443805 4438046 169.2 6.8 0.013 0.022 Free Surface 0.121 No6 No 1791 441205 4411056 269.1 4.3 0.013 0.014 Free Surface 0.271 No6 No 1792 441204 4412056 125.2 9.6 0.013 0.008 Free Surface 0.077 No6 No 1793 441130 4411286 187.9 14.1 0.013 0.031 Free Surface 0.117 No6 No 1794 441129LH 4411286 189.2 7.5 0.013 0.008 Free Surface 0.096 No6 No 1795 441918LH 4419196 85.3 1.7 0.013 0.002 Free Surface 0.053 No6 No 1796 443802 4438036 77.1 20.9 0.013 0.004 Free Surface 0.046 No6 No 1797 441919 4419206 51.9 3.8 0.013 0.004 Free Surface 0.049 No6 No 1798 441920 4419218 98.7 36.5 0.013 0.007 Free Surface 0.029 No8 No 1799 441921 4419106 168.8 4.1 0.013 0.008 Free Surface 0.122 No6 No 18 431510 4315098 251.4 3.5 0.013 0.638 Free Surface 0.732 No8 Yes 180 431720 4317036 137.0 2.7 0.013 0.198 Backwater 1.000 No6 Yes 1800 441128 4411276 114.0 12.1 0.013 0.045 Free Surface 0.248 No6 No 1801 441309 441127
6 199.5 2.2 0.013 0.063 Free Surface 0.299 No6 No
1802 443804 4438206 123.1 4.6 0.013 0.032 Free Surface 0.285 No6 No 1803 443803 4438206 138.0 20.5 0.013 0.009 Free Surface 0.273 No6 No 1804 441127 4411266 140.5 1.1 0.013 0.110 Free Surface 0.419 No6 No 1805 402402 4024036 217.6 0.5 0.013 0.012 Free Surface 0.248 No6 No 1806 441136LH 441126A6 96.4 35.1 0.013 0.005 Free Surface 0.247 No6 No 1807 441134 4411336 137.2 1.2 0.013 0.003 Free Surface 0.070 No6 No 1808 441103 4411196 111.6 6.6 0.013 0.018 Free Surface 0.122 No6 No 1809 441114 4411196 243.2 35.4 0.013 0.042 Free Surface 0.122 No6 No 181 440316 4402026 130.6 10.2 0.013 0.013 Free Surface 0.111 No6 No 1810 441102 4411016 35.5 36.4 0.013 0.023 Free Surface 0.087 No6 No 1812 441115LH 4411146 182.2 0.3 0.013 0.017 Free Surface 0.156 No6 No 1813 441923 4420016 194.6 29.9 0.013 0.008 Free Surface 0.050 No6 No 1814 403121 4032016 332.6 0.3 0.013 0.005 Free Surface 0.126 No6 No 1815 441120LH 4411196 126.8 4.0 0.013 0.010 Free Surface 0.114 No6 No 1816 443812LH 4438138 90.9 0.1 0.013 0.007 Free Surface 0.104 No8 No 1817 443813 4416066 168.5 13.6 0.013 0.007 Free Surface 0.102 No6 No 1818 441606 4416058 136.8 9.6 0.013 0.068 Free Surface 0.134 No8 No 1819 441116 441115LH6 81.6 1.8 0.013 0.015 Free Surface 0.168 No6 No 182 433109 4317136 208.1 9.0 0.013 0.068 Free Surface 0.184 No6 No 1822 441126 441126A6 106.3 0.5 0.013 0.111 Free Surface 0.465 No6 No 1823 441117 4411166 245.8 0.6 0.013 0.013 Free Surface 0.135 No6 No 1824 441118LH 4411176 155.0 0.3 0.013 0.005 Free Surface 0.126 No6 No 1825 441017 4410166 82.5 12.8 0.013 0.006 Free Surface 0.048 No6 No 1826 441101 4410166 198.7 11.5 0.013 0.027 Free Surface 0.102 No6 No 1827 441016 4410186 69.3 11.2 0.013 0.154 Free Surface 0.242 No6 No 1828 441135LH SSTA_99536 99.1 25.3 0.013 0.007 Free Surface 0.255 No6 No 1829 441018 4410196 60.6 11.1 0.013 0.156 Free Surface 0.294 No6 No 183 431702 4317016 131.0 3.4 0.013 0.632 Backwater 1.000 No6 Yes 1830 441119 4410196 255.1 18.3 0.013 0.072 Free Surface 0.245 No6 No 1831 441605 441604
8 265.7 13.1 0.013 0.143 Free Surface 0.164 No8 No
1832 441139 4411386 170.8 4.3 0.013 0.005 Free Surface 0.055 No6 No 1834 442002 4420036 45.2 29.0 0.013 0.016 Free Surface 0.134 No6 No 1835 441125 SSTA_99536 93.8 1.1 0.013 0.117 Free Surface 0.426 No6 No 1836 441122 4411216 222.5 9.0 0.013 0.130 Free Surface 0.244 No6 No 1838 441021 4414016 121.4 6.3 0.013 0.143 Free Surface 0.325 No6 No 1839 442003 4420046 191.3 4.2 0.013 0.067 Free Surface 0.364 No6 No 184 431714 4317166 148.2 7.4 0.013 0.050 Free Surface 0.178 No6 No 1840 442005 4420046 364.2 0.8 0.013 0.130 Free Surface 0.483 No6 No 1841 441604 4416038 312.6 14.1 0.013 0.197 Free Surface 0.177 No8 No 1842 441603 441603A8 98.6 13.2 0.013 0.197 Free Surface 0.178 No8 No 1843 441401 4410226 114.7 11.2 0.013 0.378 Free Surface 0.394 No6 No 1844 441415 4414146 154.1 7.4 0.013 0.010 Free Surface 0.077 No6 No 1845 402802 4028036 131.9 1.1 0.013 0.003 Free Surface 0.079 No6 No 1846 403005 4030048 118.6 0.3 0.013 0.029 Free Surface 0.163 No8 No 1848 441024 4410236 159.7 14.0 0.013 0.048 Free Surface 0.132 No6 No 1849 402608 4026066 56.4 3.5 0.013 0.002 Free Surface 0.042 No6 No 1850 402804 4028036 110.0 2.0 0.013 0.002 Free Surface 0.070 No6 No 1851 441023 4414046 123.5 16.6 0.013 0.058 Free Surface 0.318 No6 No 1852 441403 4414046 195.6 9.1 0.013 0.394 Free Surface 0.458 No6 No 1853 441711 4417106 111.2 15.9 0.013 0.047 Free Surface 0.359 No6 No 1854 441712 4417108 155.5 3.4 0.013 0.465 Free Surface 0.418 No8 No 1855 441707 4417066 173.1 15.5 0.013 0.013 Free Surface 0.117 No6 No 1856 441706 4417056 35.4 0.5 0.013 0.015 Free Surface 0.152 No6 No 1857 441704 4417056 267.3 15.4 0.013 0.029 Free Surface 0.117 No6 No 1858 441419 4414096 143.2 17.4 0.013 0.024 Free Surface 0.187 No6 No 1859 402606 4026058 105.9 4.7 0.013 0.004 Free Surface 0.055 No8 No 186 433110 4331096 200.0 10.1 0.013 0.050 Free Surface 0.156 No6 No 1860 441705 4415096 121.0 10.7 0.013 0.047 Free Surface 0.138 No6 No 1861 441710 4417138 114.0 2.7 0.013 0.519 Free Surface 0.436 No8 No 1862 441510 4415086 230.7 6.2 0.013 0.023 Free Surface 0.132 No6 No 1863 441509 4415086 33.5 10.0 0.013 0.048 Free Surface 0.147 No6 No 1864 402805 4028066 345.5 0.5 0.013 0.006 Free Surface 0.137 No6 No 1865 441404 4414056 137.2 3.2 0.013 0.272 Free Surface 0.406 No6 No 1868 402605 402604A8 132.0 1.0 0.013 0.009 Free Surface 0.114 No8 No 187 451826B 451826A6 134.4 5.6 0.013 0.005 Free Surface 0.085 No6 No 1870 441405 4414068 371.0 8.6 0.013 0.272 Free Surface 0.270 No8 No 1873 441507 4415066 48.4 2.9 0.013 0.090 Free Surface 0.580 No6 No 1875 441508 4415076 326.5 14.5 0.013 0.071 Free Surface 0.205 No6 No 1876 441713 441506 12 321.5 1.7 0.013 0.520 Free Surface 0.373 No 12 No 1877 450819LH 4508206 71.1 11.3 0.013 0.002 Free Surface 0.038 No6 No 1878 451115 4508226 264.1 11.4 0.013 0.007 Free Surface 0.074 No6 No 1879 450817 4508136 318.6 19.3 0.013 0.013 Free Surface 0.085 No6 No 188 442918 4429066 123.5 4.5 0.013 0.017 Free Surface 0.189 No6 No 1880 450916 4509156 135.6 0.7 0.013 0.006 Free Surface 0.085 No6 No 1881 451207LH 4512066 91.1 1.0 0.013 0.002 Free Surface 0.064 No6 No 1882 451202 4512016 105.3 8.1 0.013 0.125 Free Surface 0.234 No6 No 1883 451015 4510146 314.0 12.3 0.013 0.149 Free Surface 0.231 No6 No 1884 452001 4520026 109.9 6.9 0.013 0.027 Free Surface 0.116 No6 No 1885 402901 402704 15 268.4 0.3 0.013 0.479 Free Surface 0.298 No8 No 1886 402714 4027136 206.0 1.7 0.013 0.011 Free Surface 0.109 No6 No 1887 452801 4520206 29.0 33.0 0.013 0.005 Free Surface 0.180 No6 No 1888 452803 4520206 253.9 6.6 0.013 0.013 Free Surface 0.083 No6 No 1889 452709 4527086 193.1 8.3 0.013 0.001 Free Surface 0.029 No6 No 346
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
1892 442908LH 4429076 178.2 4.1 0.013 0.004 Free Surface 0.137 No6 No 1893 443221 443221B8 96.6 2.8 0.013 0.006 Free Surface 0.073 No8 No 1894 443309 4433088 90.8 9.3 0.013 0.657 Free Surface 0.605 No8 No 1895 443501 4433086 61.8 6.5 0.013 0.063 Free Surface 0.177 No6 No 1896 450815 4508148 242.0 19.4 0.013 0.009 Free Surface 0.052 No8 No 1897 451221 4512206 66.9 3.6 0.013 0.012 Free Surface 0.135 No6 No 1898 450814 4508136 181.7 8.6 0.013 0.017 Free Surface 0.096 No6 No 1899 451112 4511116 252.0 5.6 0.013 0.008 Free Surface 0.075 No6 No 19 433801 4338026 168.2 6.1 0.013 0.001 Free Surface 0.042 No6 No 190 442919 4429186 51.4 2.2 0.013 0.001 Free Surface 0.068 No6 No 1900 450823 4508066 168.5 10.5 0.013 0.016 Free Surface 0.108 No6 No 1901 451308 4512216 277.1 13.9 0.013 0.006 Free Surface 0.069 No6 No 1902 451114LH 4511126 171.4 0.6 0.013 0.002 Free Surface 0.065 No6 No 1903 451113 4511126 217.6 0.9 0.013 0.003 Free Surface 0.070 No6 No 1904 451215 4512146 200.9 9.8 0.013 0.078 Free Surface 0.174 No6 No 1905 451210 4512096 348.6 1.6 0.013 0.005 Free Surface 0.074 No6 No 1906 451216 4512156 67.0 8.8 0.013 0.076 Free Surface 0.181 No6 No 1907 450912 4509116 295.7 1.9 0.013 0.029 Free Surface 0.151 No6 No 1908 451209 4512036 78.0 22.0 0.013 0.021 Free Surface 0.106 No6 No 1909 451208LH 4512096 166.1 1.1 0.013 0.014 Free Surface 0.110 No6 No 191 442453LH 4424526 64.2 14.4 0.013 0.003 Free Surface 0.039 No6 No 1910 451218 4512166 156.2 4.7 0.013 0.070 Free Surface 0.193 No6 No 1911 451220 4512186 274.8 0.4 0.013 0.016 Free Surface 0.192 No6 No 1912 450812 4508096 156.0 2.9 0.013 0.040 Free Surface 0.243 No6 No 1913 451305 4512186 222.6 11.9 0.013 0.026 Free Surface 0.153 No6 No 1914 450913 4509126 101.5 11.4 0.013 0.021 Free Surface 0.131 No6 No 1915 451203 4512026 64.4 3.7 0.013 0.027 Free Surface 0.185 No6 No 1916 451214 4512026 188.9 12.8 0.013 0.080 Free Surface 0.202 No6 No 1917 451206 4512056 200.7 0.7 0.013 0.004 Free Surface 0.088 No6 No 1918 451219 4512186 161.2 5.2 0.013 0.024 Free Surface 0.162 No6 No 1919 451205 4512046 82.6 1.0 0.013 0.006 Free Surface 0.073 No6 No 192 442452 4424266 150.0 28.4 0.013 0.007 Free Surface 0.061 No6 No 1920 451204 4512036 195.6 10.6 0.013 0.006 Free Surface 0.093 No6 No 1921 450918 4509176 67.6 0.9 0.013 0.012 Free Surface 0.132 No6 No 1922 451302 4512196 119.4 2.3 0.013 0.019 Free Surface 0.123 No6 No 1923 451303 4513026 223.7 16.1 0.013 0.012 Free Surface 0.096 No6 No 1924 451016A 4512016 119.2 0.8 0.013 0.015 Free Surface 0.188 No6 No 1925 450919 4509186 40.4 1.0 0.013 0.009 Free Surface 0.120 No6 No 1926 450920 4509196 104.2 1.0 0.013 0.006 Free Surface 0.102 No6 No 1927 450810 4508118 192.6 0.2 0.013 0.122 Free Surface 0.383 No8 No 1928 451018LH 4510176 60.3 0.8 0.013 0.004 Free Surface 0.088 No6 No 1929 452423 4524226 167.1 5.9 0.013 0.002 Free Surface 0.039 No6 No 193 432921LH 4328176 91.4 1.2 0.013 0.004 Free Surface 0.064 No6 No 1930 443108 4432166 559.2 1.9 0.013 0.079 Free Surface 0.270 No6 No 1931 452417 4524166 205.4 8.2 0.013 0.035 Free Surface 0.157 No6 No 1932 452034 4520326 81.2 11.9 0.013 0.005 Free Surface 0.058 No6 No 1933 450902 450907 12 19.4 5.9 0.013 0.000 Free Surface 0.000 No 12 No 1934 452017 4526106 143.4 14.7 0.013 0.004 Free Surface 0.056 No6 No 1935 452615 4526016 224.2 8.8 0.013 0.312 Free Surface 0.398 No6 No 1936 452605 4526016 122.8 9.3 0.013 0.033 Free Surface 0.273 No6 No 1937 443103 4431016 416.2 3.8 0.013 0.025 Free Surface 0.128 No6 No 1938 452422 4524246 152.0 8.4 0.013 0.003 Free Surface 0.081 No6 No 1939 443216 443203 10 253.4 1.1 0.013 0.217 Free Surface 0.357 No 10 No 194 432801 4329016 265.7 12.3 0.013 0.024 Free Surface 0.171 No6 No 1940 443203 443204 15 152.1 0.5 0.013 2.153 Free Surface 0.614 No 15 No 1941 443217 4432166 107.2 2.2 0.013 0.131 Free Surface 0.342 No6 No 1942 452420 4524216 320.4 4.7 0.013 0.010 Free Surface 0.133 No6 No 1943 452601 4526026 133.9 6.3 0.013 0.347 Free Surface 0.432 No6 No 1944 452604 4526026 332.5 6.1 0.013 0.004 Free Surface 0.242 No6 No 1945 402902 402901 15 255.1 0.5 0.013 0.459 Free Surface 0.297 No8 No 1946 402715 4027146 200.1 1.7 0.013 0.005 Free Surface 0.091 No6 No 1947 402613 4026126 192.4 1.8 0.013 0.039 Free Surface 0.197 No6 No 1948 402718LH 4026126 100.0 0.9 0.013 0.003 Free Surface 0.134 No6 No 1949 402612 4026116 234.1 1.8 0.013 0.044 Free Surface 0.205 No6 No 195 442403 4424046 82.1 4.7 0.013 0.011 Free Surface 0.112 No6 No 1950 402704 402703 15 173.8 0.9 0.013 0.502 Free Surface 0.343 No8 No 1951 402702 402703 10 136.1 0.4 0.013 0.467 Free Surface 0.637 No 10 Yes 1952 450922 4510226 240.4 1.5 0.013 0.010 Free Surface 0.129 No6 No 1953 451022 451021
6 299.9 1.1 0.013 0.020 Free Surface 0.231 No6 No
1954 451021 4510206 301.6 0.3 0.013 0.031 Free Surface 0.260 No6 No 1955 452025 4520246 77.4 14.3 0.013 0.103 Free Surface 0.196 No6 No 1956 450923 4509086 333.4 1.5 0.013 0.005 Free Surface 0.075 No6 No 1957 450902 443225 12 276.1 1.4 0.013 0.699 Free Surface 0.343 No 12 No 1958 451014 4510136 267.4 14.5 0.013 0.157 Free Surface 0.225 No6 No 1959 452033LH 4520326 147.9 6.9 0.013 0.002 Free Surface 0.052 No6 No 196 442420 4424216 245.7 3.8 0.013 0.010 Free Surface 0.075 No6 No 1960 443225 450903 12 120.1 1.9 0.013 0.701 Free Surface 0.318 No 12 No 1961 452029 4520286 30.6 104.6 0.013 0.005 Free Surface 0.042 No6 No 1962 450908 450909 24 457.9 1.7 0.013 4.436 Free Surface 0.331 No 24 No 1963 450903 450904 12 352.7 1.6 0.013 0.703 Free Surface 0.337 No 12 No 1964 452030 4520296 66.5 1.4 0.013 0.004 Free Surface 0.052 No6 No 1965 451020 4510196 298.2 1.7 0.013 0.048 Free Surface 0.261 No6 No 1966 452028 4520276 70.4 9.4 0.013 0.007 Free Surface 0.056 No6 No 1968 451013 4510128 163.7 13.9 0.013 0.172 Free Surface 0.170 No8 No 197 442421 4424046 142.4 24.4 0.013 0.014 Free Surface 0.102 No6 No 1970 450904 450905 12 346.7 1.7 0.013 0.717 Free Surface 0.365 No 12 No 1971 450910 450905 15 16.8 0.6 0.013 0.569 Free Surface 0.374 No 15 No 1972 452802LH 4528016 250.7 14.3 0.013 0.003 Free Surface 0.034 No6 No 1973 452701 4526116 49.6 23.4 0.013 0.011 Free Surface 0.063 No6 No 1974 452527 4524186 154.8 9.5 0.013 0.022 Free Surface 0.130 No6 No 1975 451217LH 4512166 109.3 1.4 0.013 0.005 Free Surface 0.127 No6 No 1976 450914 4509136 159.9 12.7 0.013 0.017 Free Surface 0.085 No6 No 1977 450915 4509146 165.1 5.1 0.013 0.008 Free Surface 0.075 No6 No 1978 451201 4510156 202.5 11.0 0.013 0.142 Free Surface 0.232 No6 No 1979 451017 4510166 219.9 0.7 0.013 0.006 Free Surface 0.114 No6 No 198 443303 443304 10 159.1 1.0 0.013 1.122 Free Surface 0.645 No 10 No 1980 451016 451016A6 238.2 0.6 0.013 0.011 Free Surface 0.137 No6 No 1981 441830 4418296 194.8 0.9 0.013 0.005 Free Surface 0.078 No6 No 1982 442117 4421106 100.0 5.2 0.013 0.000 Free Surface 0.041 No6 No 1983 442110 4421096 174.2 15.2 0.013 0.019 Free Surface 0.104 No6 No 1984 441803 4418026 280.4 1.9 0.013 0.333 Free Surface 0.600 No6 No 1985 442209 4422086 200.5 14.7 0.013 0.005 Free Surface 0.042 No6 No 1986 451608 4516066 110.0 0.8 0.013 0.051 Free Surface 0.269 No6 No 1988 441816LH 4418176 114.9 4.4 0.013 0.007 Free Surface 0.061 No6 No 1989 403104 4033046 238.5 0.6 0.013 0.011 Free Surface 0.128 No6 No 199 432804 4328056 256.5 0.2 0.013 0.003 Free Surface 0.112 No6 No 1990 451613LH 4516116 389.5 10.1 0.013 0.000 Free Surface 0.062 No6 No 1991 443416 4434176 231.5 5.5 0.013 0.005 Free Surface 0.059 No6 No 1992 403326 4033016 375.5 0.8 0.013 0.007 Free Surface 0.122 No6 No 1993 451603 451602 16 249.4 0.9 0.013 1.612 Free Surface 0.399 No 16 No 1994 451605 451605A6 56.3 1.5 0.013 0.246 Free Surface 0.534 No6 No 1995 403102 403102A6 43.0 0.5 0.013 0.012 Free Surface 0.145 No6 No 1996 403305 403306 18 11.2 2.2 0.013 4.245 Free Surface 0.799 No 18 No 1997 403332 403306 18 14.0 0.3 0.013 1.918 Free Surface 0.518 No 18 No 1998 442222 4422206 79.4 12.6 0.013 0.011 Free Surface 0.078 No6 No 1999 442216 4422156 136.2 8.0 0.013 0.002 Free Surface 0.034 No6 No 2 455010 4550096 70.7 1.0 0.013 0.050 Free Surface 0.252 No6 No 20 431507 4315066 282.4 1.6 0.013 0.645 Exceeds Capacity 1.000 No6 Yes 200 442422 4424216 59.7 4.9 0.013 0.001 Free Surface 0.043 No6 No 2000 442207 442204
6 187.4 8.9 0.013 0.175 Free Surface 0.395 No6 No
2001 451604 451603 16 300.9 2.2 0.013 1.622 Free Surface 0.340 No 16 No 2002 403101 4031026 301.4 0.8 0.013 0.010 Free Surface 0.117 No6 No 2003 441815 4419296 66.1 13.5 0.013 0.001 Free Surface 0.036 No6 No 2004 442213 4422126 146.4 5.8 0.013 0.002 Free Surface 0.042 No6 No 2005 440735 4407276 222.7 9.8 0.013 0.074 Free Surface 0.215 No6 No 2006 441303 4413048 258.1 3.5 0.013 0.198 Free Surface 0.240 No8 No 2007 450415 450416 10 231.1 0.6 0.013 0.234 Free Surface 0.259 No 10 No 2008 452112 4521116 29.2 16.0 0.013 0.012 Free Surface 0.065 No6 No 2009 452722 4527238 223.0 4.8 0.013 0.006 Free Surface 0.045 No8 No 201 432805 4328066 266.9 2.3 0.013 0.018 Free Surface 0.146 No6 No 2010 452806 4527176 209.7 7.4 0.013 0.003 Free Surface 0.052 No6 No 2011 452734 4527336 207.1 2.8 0.013 0.005 Free Surface 0.064 No6 No 2012 452515 4525146 93.9 5.5 0.013 0.000 Free Surface 0.021 No6 No 2013 452512 4525116 62.4 16.0 0.013 0.005 Free Surface 0.075 No6 No 2014 452725 4527246 79.9 27.3 0.013 0.005 Free Surface 0.099 No6 No 2015 452002 4520036 178.8 8.0 0.013 0.029 Free Surface 0.126 No6 No 2016 452032 4520316 79.9 6.9 0.013 0.009 Free Surface 0.068 No6 No 2017 452108 4520256 154.6 17.2 0.013 0.100 Free Surface 0.180 No6 No 2018 452511 452511A6 98.9 10.4 0.013 0.028 Free Surface 0.103 No6 No 202 443329 4433036 61.4 12.9 0.013 0.009 Free Surface 0.529 No6 No 2022 452503 4524246 231.2 2.8 0.013 0.009 Free Surface 0.104 No6 No 2023 452733 4527326 111.8 10.3 0.013 0.008 Free Surface 0.063 No6 No 2024 452003 4520046 55.3 6.5 0.013 0.035 Free Surface 0.130 No6 No 2025 452510 4525096 15.5 6.4 0.013 0.028 Free Surface 0.301 No6 No 2026 452732 4527316 54.8 7.1 0.013 0.008 Free Surface 0.073 No6 No 2027 452530 4525116 209.4 5.2 0.013 0.020 Free Surface 0.108 No6 No 2028 450907 450908 21 269.4 1.4 0.013 4.428 Free Surface 0.418 No 21 No 2029 452737 4525196 195.0 5.1 0.013 0.009 Free Surface 0.078 No6 No 203 443330 4433296 100.1 2.0 0.013 0.007 Free Surface 0.073 No6 No 2030 452006 4520076 38.4 30.1 0.013 0.045 Free Surface 0.126 No6 No 204 440919 4409208 154.0 10.1 0.013 0.026 Free Surface 0.081 No8 No 2041 452035 4520346 54.0 27.9 0.013 0.002 Free Surface 0.037 No6 No 2042 452614 4520176 398.0 2.2 0.013 0.002 Free Surface 0.043 No6 No 2043 443101 4432186 447.1 0.6 0.013 0.115 Free Surface 0.438 No6 No 2044 402710 4027116 288.5 0.7 0.013 0.094 Free Surface 0.401 No6 No 2045 450909 450910 24 346.8 1.5 0.013 4.442 Free Surface 0.340 No 24 No 2046 452011 4520126 195.0 7.3 0.013 0.069 Free Surface 0.169 No6 No 2047 451002 451003 21 318.3 1.0 0.013 3.918 Free Surface 0.406 No 21 No 2048 451011 4510108 259.5 0.6 0.013 0.250 Free Surface 0.439 No8 No 2049 451007 451008 18 369.8 1.4 0.013 3.459 Free Surface 0.492 No 18 No 205 440916 4409156 83.6 3.6 0.013 0.062 Free Surface 0.194 No6 No 2050 443214 443214A6 148.0 3.1 0.013 0.063 Free Surface 0.241 No6 No 2051 452019 4520186 275.0 2.4 0.013 0.214 Free Surface 0.400 No6 No 2052 452013 4520146 143.3 7.4 0.013 0.077 Free Surface 0.174 No6 No 2053 451003 451004 21 416.0 1.9 0.013 3.895 Free Surface 0.362 No 21 No 2055 452611 4524176 89.1 10.5 0.013 0.011 Free Surface 0.097 No6 No 2056 452418 4524176 101.1 1.5 0.013 0.023 Free Surface 0.144 No6 No 2057 452608 4526066 217.6 1.3 0.013 0.003 Free Surface 0.080 No6 No 2058 452607 4526066 248.4 6.2 0.013 0.020 Free Surface 0.101 No6 No 2059 452419 4524206 52.9 11.1 0.013 0.003 Free Surface 0.057 No6 No 206 440605 4406048 165.2 0.9 0.013 0.015 Free Surface 0.098 No8 No 2060 452528 4524206 164.9 11.9 0.013 0.002 Free Surface 0.053 No6 No 2061 452018 4526156 77.7 10.5 0.013 0.310 Free Surface 0.360 No6 No 2062 443213 4432048 355.2 1.1 0.013 0.075 Free Surface 0.203 No8 No 2063 443204 443205 15 262.8 0.6 0.013 2.231 Free Surface 0.675 No 15 No 2064 452014 4520156 171.6 23.7 0.013 0.084 Free Surface 0.158 No6 No 2065 452015 4520166 214.3 17.5 0.013 0.090 Free Surface 0.161 No6 No 2066 451010 4510098 140.1 0.6 0.013 0.255 Free Surface 0.449 No8 No 2067 451008 451009 21 217.8 0.4 0.013 3.462 Free Surface 0.498 No 21 No 2068 452617 4526056 144.4 5.1 0.013 0.004 Free Surface 0.085 No6 No 2069 452606 4526056 108.5 12.7 0.013 0.027 Free Surface 0.109 No6 No 347
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
207 440606 4406058 185.0 5.7 0.013 0.005 Free Surface 0.068 No8 No 2070 443218 4432176 163.8 1.0 0.013 0.127 Free Surface 0.410 No6 No 2071 452602 4526036 115.9 6.3 0.013 0.355 Free Surface 0.430 No6 No 2072 452416 4526036 306.5 1.7 0.013 0.037 Free Surface 0.305 No6 No 2073 452610 451827A6 181.4 3.8 0.013 0.007 Free Surface 0.076 No6 No 2074 442907 4431016 250.4 4.4 0.013 0.081 Free Surface 0.220 No6 No 2075 452415 4526036 96.2 1.0 0.013 0.002 Free Surface 0.237 No6 No 2076 452424 4524256 305.2 2.2 0.013 0.017 Free Surface 0.206 No6 No 2077 451906 451903 21 180.7 0.4 0.013 3.713 Free Surface 0.520 No 21 No 2078 451907 451904 21 77.5 0.7 0.013 3.902 Free Surface 0.469 No 21 No 2079 452603 4524018 152.1 5.4 0.013 0.393 Free Surface 0.319 No8 No 208 440117LH 440117A6 123.9 0.3 0.013 0.006 Free Surface 0.150 No6 No 2080 452421 4524016 295.8 0.3 0.013 0.016 Free Surface 0.308 No6 No 2082 452427 4524268 310.1 0.2 0.013 0.015 Free Surface 0.136 No8 No 2083 451827 4518266 167.2 4.4 0.013 0.017 Free Surface 0.125 No6 No 2084 452613 4518266 368.8 4.7 0.013 0.002 Free Surface 0.090 No6 No 2085 452414 4524016 95.7 3.2 0.013 0.001 Free Surface 0.232 No6 No 2086 451405 4514046 263.3 0.3 0.013 0.000 Free Surface 0.000 No6 No 2087 451404 4514036 113.2 0.6 0.013 0.000 Free Surface 0.000 No6 No 2088 443201 443202 12 181.3 5.4 0.013 1.903 Free Surface 0.411 No 12 No 2089 451826 4518256 155.7 3.2 0.013 0.030 Free Surface 0.165 No6 No 209 440108 4401136 164.0 25.6 0.013 0.020 Free Surface 0.134 No6 No 2090 452612 4518256 421.4 4.0 0.013 0.005 Free Surface 0.122 No6 No 2091 443222 4432218 72.2 10.4 0.013 0.003 Free Surface 0.037 No8 No 2092 452401 4524028 279.4 5.6 0.013 0.413 Free Surface 0.412 No8 No 2093 452425 452425A6 294.8 0.1 0.013 0.025 Free Surface 0.449 No6 No 2094 443606 4519078 261.9 7.2 0.013 0.052 Free Surface 0.108 No8 No 2095 443223 4432016 201.7 2.6 0.013 0.005 Free Surface 0.278 No6 No 2096 451704 451705 18 167.8 1.3 0.013 3.974 Free Surface 0.534 No 18 No 2097 443305 443306 12 287.0 1.0 0.013 1.133 Free Surface 0.503 No 12 Yes 2098 452402 4524038 119.3 1.4 0.013 0.462 Free Surface 0.503 No8 No 2099 452426 452403A 10 101.3 0.7 0.013 0.168 Free Surface 0.511 No 10 Yes 21 454904 4549056 241.4 12.3 0.013 0.271 Free Surface 0.311 No6 No 210 440113 440114
6 179.4 0.8 0.013 0.027 Free Surface 0.536 No6 No
2100 452411 4524026 129.8 0.8 0.013 0.020 Free Surface 0.419 No6 No 2101 451004 451005 21 123.5 1.7 0.013 3.918 Free Surface 0.454 No 21 No 2102 443107 4431086 88.8 1.1 0.013 0.003 Free Surface 0.166 No6 No 2104 452409 452405 10 121.7 2.9 0.013 0.019 Free Surface 0.226 No 10 No 2105 452404 452405C 16 231.9 0.3 0.013 0.583 Free Surface 0.303 No 12 No 2106 451819A 4518176 245.0 0.7 0.013 0.042 Free Surface 0.240 No6 No 2108 451416 4514176 276.7 8.7 0.013 0.010 Free Surface 0.103 No6 No 2109 443425 4434028 109.0 3.9 0.013 0.393 Free Surface 0.354 No8 No 211 440405 4404066 217.1 0.6 0.013 0.007 Free Surface 0.099 No6 No 2110 451821 451821A6 234.4 0.5 0.013 0.008 Free Surface 0.147 No6 No 2111 451820 451820A8 274.9 1.3 0.013 0.058 Free Surface 0.144 No8 No 2112 451813 403309 21 108.2 0.8 0.013 4.738 Free Surface 0.561 No 21 No 2113 452408 4033166 277.0 0.3 0.013 0.015 Free Surface 0.191 No6 No 2114 451508 4515076 150.9 13.2 0.013 0.009 Free Surface 0.074 No6 No 2115 442104 4421026 188.2 1.0 0.013 0.023 Free Surface 0.154 No6 No 2116 441801 4434018 223.3 10.7 0.013 0.384 Free Surface 0.303 No8 No 2117 441837 4418016 237.0 0.4 0.013 0.032 Free Surface 0.241 No6 No 2118 403321 4033226 217.9 0.6 0.013 0.016 Free Surface 0.177 No6 No 2119 451803D 451602 21 70.7 0.2 0.013 4.463 Free Surface 0.626 No 21 No 212 440634 4406336 90.2 2.8 0.013 0.058 Free Surface 0.196 No6 No 2120 451803A 451803B 21 34.4 1.0 0.013 4.137 Free Surface 0.465 No 21 No 2121 441832 4418316 94.4 0.7 0.013 0.002 Free Surface 0.067 No6 No 2122 441831 4418286 169.6 2.2 0.013 0.005 Free Surface 0.100 No6 No 2123 440712 4407136 229.7 9.4 0.013 0.022 Free Surface 0.132 No6 No 2124 451614 451614A6 284.0 7.5 0.013 0.003 Free Surface 0.053 No6 No 2126 403304 403305 18 399.6 1.0 0.013 5.907 Free Surface 0.844 No 18 Yes 2127 443306 443307 12 383.3 1.1 0.013 1.140 Free Surface 0.445 No 12 No 2128 443307 443201 12 183.7 7.3 0.013 1.875 Free Surface 0.377 No 12 No 2129 451825 4524126 285.6 2.7 0.013 0.044 Free Surface 0.241 No6 No 213 440613A 4406026 309.8 2.5 0.013 0.024 Free Surface 0.378 No6 No 2130 452412A 4524126 180.7 1.6 0.013 0.017 Free Surface 0.215 No6 No 2131 443333 4433346 297.3 4.0 0.013 0.006 Free Surface 0.095 No6 No 2132 443334 4433086 421.7 1.7 0.013 0.015 Free Surface 0.123 No6 No 2133 443308 4433078 135.8 8.9 0.013 0.738 Free Surface 0.475 No8 No 2134 443607 4436068 297.6 10.4 0.013 0.052 Free Surface 0.099 No8 No 2135 452403 452404 16 290.7 0.3 0.013 0.589 Free Surface 0.324 No 12 No 2136 451818 4518176 83.1 4.3 0.013 0.010 Free Surface 0.154 No6 No 2137 443327 4433286 260.6 1.7 0.013 0.001 Free Surface 0.057 No6 No 2138 452412 4524136 185.7 0.9 0.013 0.068 Free Surface 0.299 No6 No 2139 452413 4518226 17.9 0.9 0.013 0.069 Free Surface 0.301 No6 No 214 440628 4406296 204.7 2.3 0.013 0.045 Free Surface 0.194 No6 No 2141 443328 4433106 295.0 5.1 0.013 0.009 Free Surface 0.288 No6 No 2142 443310 4433098 215.1 7.5 0.013 0.646 Free Surface 0.377 No8 No 2143 451817 4518166 127.3 1.6 0.013 0.052 Free Surface 0.409 No6 No 2144 443311 4433108 140.3 11.4 0.013 0.636 Free Surface 0.356 No8 No 2145 451504 4514076 354.4 7.6 0.013 0.062 Free Surface 0.186 No6 No 2146 451808 451809 18 275.6 1.0 0.013 3.979 Free Surface 0.557 No 18 No 2147 451506LH 4515108 165.5 0.4 0.013 0.000 Free Surface 0.033 No8 No 2149 451819 451819A6 197.2 1.0 0.013 0.006 Free Surface 0.171 No6 No 215 440512 4405116 173.4 13.7 0.013 0.009 Free Surface 0.076 No6 No 2150 451807 451808 18 295.3 0.6 0.013 3.984 Free Surface 0.643 No 18 No 2153 451802 451829 15 14.2 10.9 0.013 0.000 Free Surface 0.291 No 15 No 2154 451415 4514146 236.8 13.9 0.013 0.013 Free Surface 0.078 No6 No 2155 451410 4514096 284.1 25.1 0.013 0.044 Free Surface 0.121 No6 No 2156 452405 452405A 12 11.2 1.2 0.013 0.026 Free Surface 0.252 No 12 No 2157 451510 4515058 220.5 3.9 0.013 0.014 Free Surface 0.067 No8 No 2159 451503 4515046 181.1 9.0 0.013 0.060 Free Surface 0.163 No6 No 2162 442111 4421106 75.1 19.7 0.013 0.018 Free Surface 0.078 No6 No 2163 403103 403304 21 63.9 0.6 0.013 6.052 Free Surface 0.635 No 21 No 2164 442210 4422096 50.6 13.0 0.013 0.001 Free Surface 0.033 No6 No 2165 451602 451803E 21 217.5 0.3 0.013 6.058 Free Surface 0.772 No 21 Yes 2166 441829 4418286 245.6 5.8 0.013 0.007 Free Surface 0.097 No6 No 2167 442108 442219
6 113.2 19.2 0.013 0.027 Free Surface 0.109 No6 No
2168 442220 4422196 178.4 4.4 0.013 0.013 Free Surface 0.109 No6 No 2169 403301 4033028 234.3 2.0 0.013 0.026 Free Surface 0.172 No8 No 217 441209 4412076 86.6 12.3 0.013 0.008 Free Surface 0.082 No6 No 2170 403327 4033026 374.2 1.3 0.013 0.007 Free Surface 0.205 No6 No 2171 441933LH 4419016 133.2 7.0 0.013 0.002 Free Surface 0.040 No6 No 2172 441305 4418048 99.1 7.0 0.013 0.206 Free Surface 0.315 No8 No 2173 442215 4422146 50.5 8.5 0.013 0.003 Free Surface 0.043 No6 No 2174 403323 4033016 274.0 1.0 0.013 0.009 Free Surface 0.127 No6 No 2175 403105 4031066 212.2 0.8 0.013 0.012 Free Surface 0.134 No6 No 2176 441304 4413058 115.3 5.7 0.013 0.204 Free Surface 0.220 No8 No 2177 442214 4422126 53.2 8.4 0.013 0.005 Free Surface 0.047 No6 No 2178 442204 442204A6 63.3 1.5 0.013 0.234 Free Surface 0.524 No6 No 2179 442208 4422076 340.5 14.3 0.013 0.005 Free Surface 0.157 No6 No 218 LH441208 4412076 94.1 22.7 0.013 0.008 Free Surface 0.078 No6 No 2180 403107 4031086 176.5 1.7 0.013 0.056 Free Surface 0.247 No6 No 2181 403325 4033038 273.1 1.3 0.013 0.008 Free Surface 0.067 No8 No 2182 442205 442205A6 183.8 1.5 0.013 0.060 Free Surface 0.252 No6 No 2183 441915 4419146 101.0 20.3 0.013 0.003 Free Surface 0.039 No6 No 2184 441110 4413076 374.1 13.4 0.013 0.054 Free Surface 0.136 No6 No 2185 443807 4438066 206.9 14.2 0.013 0.010 Free Surface 0.070 No6 No 2186 441904 441905A6 172.0 13.0 0.013 0.017 Free Surface 0.081 No6 No 2187 441905 441905A6 34.3 1.4 0.013 0.072 Free Surface 0.254 No6 No 2189 403120 4031096 110.4 2.1 0.013 0.011 Free Surface 0.241 No6 No 219 440557 4405166 207.9 15.1 0.013 0.005 Free Surface 0.106 No6 No 2190 403307 403308 21 317.0 1.0 0.013 6.245 Free Surface 0.806 No 21 Yes 2191 441925 4419246 201.2 13.1 0.013 0.024 Free Surface 0.091 No6 No 2192 402904 402905
6 299.7 0.3 0.013 0.003 Free Surface 0.097 No6 No
2193 440732 4407336 231.6 0.9 0.013 0.007 Free Surface 0.122 No6 No 2194 451810 451810A 18 56.5 0.3 0.013 4.438 Exceeds Capacity 1.000 No 18 Yes 2195 443317 4433166 314.3 3.6 0.013 0.044 Free Surface 0.213 No6 No 2196 451811 451812 18 61.5 3.1 0.013 4.740 Free Surface 0.623 No 18 No 2197 451414 4514116 175.7 10.4 0.013 0.018 Free Surface 0.100 No6 No 2198 451411 4514106 178.8 15.4 0.013 0.037 Free Surface 0.110 No6 No 2199 443403 4433128 180.1 6.4 0.013 0.438 Free Surface 0.329 No8 No 22 454905 4549066 227.6 14.5 0.013 0.295 Free Surface 0.363 No6 No 220 440517 4405186 151.2 6.5 0.013 0.000 Free Surface 0.051 No6 No 2200 443402 4434038 279.3 3.5 0.013 0.395 Free Surface 0.342 No8 No 2201 451812 451813 18 60.2 0.5 0.013 4.739 Free Surface 0.700 No 18 No 2202 451802A 4518026 170.0 0.5 0.013 0.035 Free Surface 0.241 No6 No 2203 451509 4514116 83.2 14.6 0.013 0.012 Free Surface 0.089 No6 No 2204 451802 451803 18 285.9 1.6 0.013 4.131 Free Surface 0.485 No 18 No 2205 443604A 4436046 156.9 9.4 0.013 0.041 Free Surface 0.123 No6 No 2206 451413 4515096 96.8 7.7 0.013 0.008 Free Surface 0.064 No6 No 2207 443404 4434036 154.1 22.4 0.013 0.044 Free Surface 0.268 No6 No 2208 443401 4434258 78.0 3.9 0.013 0.392 Free Surface 0.343 No8 No 2209 440706 4433146 198.4 4.1 0.013 0.052 Free Surface 0.195 No6 No 221 440509 4405106 144.2 25.1 0.013 0.006 Free Surface 0.086 No6 No 2210 451417 4421046 165.8 1.9 0.013 0.020 Free Surface 0.160 No6 No 2211 451502 4515036 414.4 8.2 0.013 0.053 Free Surface 0.156 No6 No 2212 403320 4033216 28.9 1.6 0.013 0.007 Free Surface 0.123 No6 No 2215 451803 451803A 18 150.5 1.5 0.013 4.136 Free Surface 0.510 No 18 No 2217 442101 4421026 80.3 5.6 0.013 0.008 Free Surface 0.098 No6 No 2218 403312 403313 21 265.9 1.0 0.013 4.925 Free Surface 0.495 No 21 No 2219 451803E 403103 21 220.4 0.5 0.013 6.045 Free Surface 0.678 No 21 No 222 440524 4405186 101.7 12.8 0.013 0.027 Free Surface 0.101 No6 No 2223 441818 4421016 84.3 6.9 0.013 0.006 Free Surface 0.062 No6 No 2224 451501 4515026 401.0 8.5 0.013 0.044 Free Surface 0.146 No6 No 2225 443415 4418026 373.7 5.2 0.013 0.009 Free Surface 0.072 No6 No 2226 441802 4418018 150.5 3.9 0.013 0.347 Free Surface 0.302 No8 No 2228 451611 4516096 137.1 7.8 0.013 0.026 Free Surface 0.122 No6 No 223 441214 4410066 79.7 11.9 0.013 0.013 Free Surface 0.081 No6 No 2230 442106 4515016 115.8 12.4 0.013 0.039 Free Surface 0.130 No6 No 2231 451615LH 4515076 335.5 11.3 0.013 0.009 Free Surface 0.076 No6 No 2232 441817 4418196 152.5 1.8 0.013 0.002 Free Surface 0.053 No6 No 2233 441817 4418186 107.6 10.9 0.013 0.006 Free Surface 0.052 No6 No 2234 451609 4516086 84.2 9.0 0.013 0.042 Free Surface 0.201 No6 No 2235 442212 4422116 124.9 24.8 0.013 0.008 Free Surface 0.168 No6 No 2236 442211 4422076 181.9 6.6 0.013 0.167 Free Surface 0.281 No6 No 2237 441812 4418116 216.9 2.0 0.013 0.009 Free Surface 0.128 No6 No 2238 441836 4418116 169.6 2.2 0.013 0.011 Free Surface 0.133 No6 No 2239 441901 4419026 145.8 15.1 0.013 0.005 Free Surface 0.059 No6 No 224 440511 4405106 101.9 3.7 0.013 0.013 Free Surface 0.112 No6 No 2240 441814 4418136 143.0 4.5 0.013 0.012 Free Surface 0.080 No6 No 2241 403302 4033038 235.4 0.3 0.013 0.050 Free Surface 0.213 No8 No 2242 403328 4033038 374.9 0.4 0.013 0.007 Free Surface 0.079 No8 No 2244 403324 4033026 272.8 1.6 0.013 0.007 Free Surface 0.202 No6 No 2245 442217 4422116 90.3 11.1 0.013 0.159 Free Surface 0.268 No6 No 2246 441302 4413038 181.5 12.9 0.013 0.187 Free Surface 0.214 No8 No 2247 441811 4418106 57.2 0.9 0.013 0.020 Free Surface 0.179 No6 No 2248 441807 4418066 223.4 0.9 0.013 0.053 Free Surface 0.292 No6 No 2249 442219 442219A6 40.2 11.3 0.013 0.041 Free Surface 0.124 No6 No 225 440510 4405396 105.8 3.8 0.013 0.025 Free Surface 0.129 No6 No 2250 442218 4422176 260.4 7.3 0.013 0.156 Free Surface 0.261 No6 No 2251 441808 4418076 68.7 0.7 0.013 0.049 Free Surface 0.268 No6 No 348
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
2252 441813 4418086 66.3 15.5 0.013 0.014 Free Surface 0.171 No6 No 2253 403106A 4031076 249.9 2.3 0.013 0.036 Free Surface 0.201 No6 No 2254 403306 403307 18 428.1 1.4 0.013 6.167 Free Surface 0.688 No 18 No 2255 441301 4413028 168.2 4.4 0.013 0.181 Free Surface 0.207 No8 No 2256 442203 451604 16 248.8 2.4 0.013 1.599 Free Surface 0.309 No 16 No 2257 403303 4034018 234.0 0.5 0.013 0.075 Free Surface 0.271 No8 No 2258 441932 4419026 174.9 16.5 0.013 0.009 Free Surface 0.064 No6 No 2259 440729 4413018 48.6 0.7 0.013 0.165 Free Surface 0.336 No8 No 226 440812 4408096 208.1 0.7 0.013 0.005 Free Surface 0.126 No6 No 2260 441902 4419036 131.2 16.0 0.013 0.015 Free Surface 0.074 No6 No 2261 441809 4418086 159.5 0.6 0.013 0.032 Free Surface 0.249 No6 No 2262 441810 4418096 229.6 0.7 0.013 0.024 Free Surface 0.209 No6 No 2263 441903 4419046 5.7 15.3 0.013 0.016 Free Surface 0.078 No6 No 2264 402905 4031016 299.0 0.3 0.013 0.005 Free Surface 0.113 No6 No 2265 441927 4419266 134.0 15.0 0.013 0.004 Free Surface 0.047 No6 No 2266 442223 4422186 136.5 7.5 0.013 0.107 Free Surface 0.249 No6 No 2267 441929 4419286 266.3 5.5 0.013 0.004 Free Surface 0.061 No6 No 2268 441926 4419256 89.7 8.3 0.013 0.007 Free Surface 0.076 No6 No 2269 441928 4419256 238.1 12.5 0.013 0.013 Free Surface 0.082 No6 No 2270 441914 4419136 161.2 21.3 0.013 0.006 Free Surface 0.058 No6 No 2271 442009 4422066 76.1 1.5 0.013 0.036 Free Surface 0.197 No6 No 2272 441308 4413096 334.0 3.0 0.013 0.063 Free Surface 0.222 No6 No 2273 441906 4419056 243.4 7.9 0.013 0.071 Free Surface 0.240 No6 No 2274 442201A 442202 16 292.0 1.3 0.013 1.627 Free Surface 0.413 No 16 No 2275 403119LH 4031184 221.9 0.6 0.013 0.088 Free Surface 0.723 No4 Yes 2276 403109 4031106 240.4 0.7 0.013 0.081 Free Surface 0.318 No6 No 2277 403308 403411 21 517.9 1.4 0.013 7.951 Free Surface 0.602 No 21 No 2279 403115 4031146 166.4 5.0 0.013 0.031 Free Surface 0.133 No6 No 228 440552 4405536 99.3 7.5 0.013 0.002 Free Surface 0.089 No6 No 2280 402721 4029046 300.1 0.2 0.013 0.002 Free Surface 0.081 No6 No 2281 403118 4031176 217.5 4.5 0.013 0.149 Free Surface 0.302 No6 No 2282 403117 4031146 133.9 4.1 0.013 0.151 Free Surface 0.307 No6 No 2283 403402 4034038 381.1 0.2 0.013 0.117 Free Surface 0.348 No8 No 2284 442008 4420096 275.2 1.5 0.013 0.014 Free Surface 0.157 No6 No 2285 402906 4031186 250.1 0.2 0.013 0.066 Free Surface 0.393 No6 No 2286 402908 4029076 164.0 0.5 0.013 0.066 Free Surface 0.369 No6 No 2287 402907 4029066 53.0 0.4 0.013 0.066 Free Surface 0.352 No6 No 2289 403110 4031118 207.7 1.8 0.013 0.083 Free Surface 0.189 No8 No 229 440515 4405166 159.3 12.8 0.013 0.019 Free Surface 0.126 No6 No 2290 403114 403113 15 264.1 0.6 0.013 0.181 Free Surface 0.164 No6 No 2291 403113 403111 15 133.6 1.0 0.013 0.238 Free Surface 0.164 No6 No 2292 402719 4027206 172.4 0.3 0.013 0.000 Free Surface 0.047 No6 No 2293 403111 403112 15 214.0 1.1 0.013 0.321 Free Surface 0.251 No8 No 2294 442007A 4420076 230.7 17.7 0.013 0.069 Free Surface 0.178 No6 No 2295 402720 4027216 300.5 0.3 0.013 0.001 Free Surface 0.067 No6 No 2296 442007 4420066 88.6 3.9 0.013 0.069 Free Surface 0.293 No6 No 2297 402903 VMH_72 15 149.3 0.3 0.013 0.394 Free Surface 0.292 No8 No 2298 403605 4036046 236.0 0.2 0.013 0.136 Free Surface 0.668 No6 Yes 2299 403603 4036048 237.6 0.2 0.013 0.110 Free Surface 0.357 No8 No 230 440519 440518
6 257.9 5.3 0.013 0.002 Free Surface 0.068 No6 No
2300 403602 4036038 270.2 0.2 0.013 0.071 Free Surface 0.370 No8 No 2301 442006 4420056 349.5 0.7 0.013 0.093 Free Surface 0.408 No6 No 2302 403112 402903 15 242.9 0.2 0.013 0.324 Free Surface 0.269 No8 No 2303 402724LH 4027236 224.3 0.4 0.013 0.090 Free Surface 0.396 No6 No 2304 402902B VMH_726 191.4 3.7 0.013 0.046 Free Surface 0.467 No6 No 2305 402723 4027226 134.8 1.1 0.013 0.091 Free Surface 0.319 No6 No 2306 403202 4032036 178.5 0.8 0.013 0.016 Free Surface 0.158 No6 No 2307 402716 4027156 114.2 1.7 0.013 0.004 Free Surface 0.069 No6 No 2308 402615 4026136 256.9 1.8 0.013 0.037 Free Surface 0.188 No6 No 2309 402703 HILLER_WW 15 72.9 0.1 0.013 0.969 Free Surface 0.456 No 10 No 231 440518 4405536 98.0 13.5 0.013 0.029 Free Surface 0.123 No6 No 2310 402610 4026116 235.5 0.9 0.013 0.004 Free Surface 0.141 No6 No 2311 402713 4027016 199.3 2.5 0.013 0.015 Free Surface 0.556 No6 No 2312 402701 402702 10 278.9 0.1 0.013 0.364 Free Surface 0.587 No 10 Yes 2313 402604 402604A6 119.0 3.6 0.013 0.049 Free Surface 0.191 No6 No 2314 402609 4026036 387.0 0.5 0.013 0.011 Free Surface 0.235 No6 No 2315 402611 4025056 250.9 2.4 0.013 0.053 Free Surface 0.586 No6 No 2316 402505 402701 10 277.2 0.1 0.013 0.344 Free Surface 0.652 No 10 Yes 2317 402504 402505 10 364.3 0.1 0.013 0.229 Free Surface 0.529 No 10 Yes 2318 403009 4030056 361.2 0.3 0.013 0.029 Free Surface 0.250 No6 No 2319 403803 4038046 135.7 2.4 0.013 0.003 Free Surface 0.051 No6 No 232 441007 4410088 198.9 11.6 0.013 0.019 Free Surface 0.068 No8 No 2320 403805 4038046 115.5 0.5 0.013 0.002 Free Surface 0.095 No6 No 2321 403803 4038026 203.4 1.4 0.013 0.002 Free Surface 0.051 No6 No 2322 402503 402504 10 358.6 0.7 0.013 0.220 Free Surface 0.386 No 10 No 2323 402806 4028076 349.4 0.5 0.013 0.016 Free Surface 0.182 No6 No 2324 402603 4025036 256.5 0.9 0.013 0.081 Free Surface 0.410 No6 No 2325 402510 4025056 258.0 0.5 0.013 0.057 Free Surface 0.644 No6 No 2326 402807A 4025106 25.0 0.8 0.013 0.048 Free Surface 0.289 No6 No 2327 403801 4038026 127.4 0.5 0.013 0.002 Free Surface 0.055 No6 No 2328 402502 4025038 285.9 0.1 0.013 0.100 Free Surface 0.685 No8 Yes 2329 402509 4025106 343.6 1.8 0.013 0.005 Free Surface 0.197 No6 No 233 430218 430217
6 106.9 7.3 0.013 0.045 Free Surface 0.187 No6 No
2330 403802 4038086 161.1 0.5 0.013 0.007 Free Surface 0.131 No6 No 2331 403804 4038066 237.9 0.5 0.013 0.008 Free Surface 0.139 No6 No 2332 402507 4025036 256.7 0.4 0.013 0.033 Free Surface 0.372 No6 No 2334 403502 4035018 180.6 0.4 0.013 0.000 Free Surface 0.000 No8 No 2335 403808 4038076 257.9 0.5 0.013 0.012 Free Surface 0.161 No6 No 2336 403806 4038076 150.9 0.5 0.013 0.013 Free Surface 0.165 No6 No 2337 402506 4025076 278.2 0.5 0.013 0.021 Free Surface 0.221 No6 No 2338 403810 4038096 101.6 0.5 0.013 0.007 Free Surface 0.198 No6 No 2339 403807 4038096 259.9 0.5 0.013 0.031 Free Surface 0.258 No6 No 2342 453708 453709 10 112.8 1.8 0.013 1.082 Free Surface 0.743 No 10 Yes 2343 450201 450202 10 110.3 4.8 0.013 0.219 Free Surface 0.283 No 10 No 2344 450112 4501016 261.6 11.1 0.013 0.016 Free Surface 0.251 No6 No 2346 450608 450801 10 109.5 1.8 0.013 0.206 Free Surface 0.272 No 10 No 2347 453702 453703 10 231.8 0.6 0.013 1.047 Free Surface 0.749 No 10 Yes 2348 450202 450203 10 150.9 0.7 0.013 0.348 Free Surface 0.351 No 10 No 2349 452105 452815
6 77.1 41.7 0.013 0.015 Free Surface 0.066 No6 No
235 432605 4326046 126.1 19.1 0.013 0.039 Free Surface 0.149 No6 No 2350 450209A 4502096 15.4 13.1 0.013 0.044 Free Surface 0.367 No6 No 2352 450413 450414 10 187.8 0.7 0.013 0.201 Free Surface 0.246 No 10 No 2353 452203LH 4522026 145.6 0.5 0.013 0.008 Free Surface 0.116 No6 No 2354 452811 4528126 281.9 7.3 0.013 0.009 Free Surface 0.125 No6 No 2355 452109 4521086 91.3 42.6 0.013 0.007 Free Surface 0.039 No6 No 2356 452111 4521086 159.5 4.2 0.013 0.012 Free Surface 0.089 No6 No 2357 452514 4525136 71.0 10.6 0.013 0.004 Free Surface 0.045 No6 No 2358 452805 4528046 258.0 8.8 0.013 0.009 Free Surface 0.070 No6 No 2359 452513 4525126 109.4 11.3 0.013 0.005 Free Surface 0.044 No6 No 236 430219 4302186 120.3 14.2 0.013 0.009 Free Surface 0.101 No6 No 2363 440903 440903A 10 154.2 11.1 0.013 1.033 Free Surface 0.320 No 10 No 2365 452410 4524096 264.6 0.6 0.013 0.016 Free Surface 0.140 No6 No 2366 LH450209B 450209A6 101.1 8.4 0.013 0.001 Free Surface 0.074 No6 No 2367 453709 453710 10 313.3 1.2 0.017 1.078 Free Surface 0.639 No 10 No 2368 452815 4528136 137.3 22.4 0.013 0.019 Free Surface 0.082 No6 No 2369 452106 4521056 267.8 14.7 0.013 0.014 Free Surface 0.066 No6 No 237 430411 4304126 192.2 10.7 0.013 0.036 Free Surface 0.153 No6 No 2370 453727 4537268 49.0 42.6 0.013 0.031 Free Surface 0.069 No8 No 2371 452813 4528126 146.1 13.3 0.013 0.021 Free Surface 0.135 No6 No 2372 453728 4537278 82.8 8.7 0.013 0.000 Free Surface 0.028 No8 No 2374 450207 450206 10 502.6 1.4 0.013 0.377 Free Surface 0.317 No 10 No 2375 450204 450413 10 12.6 5.7 0.013 0.202 Free Surface 0.231 No 10 No 2376 452107 4521066 137.1 9.7 0.013 0.005 Free Surface 0.061 No6 No 2377 450205 4502048 34.3 1.8 0.013 0.391 Free Surface 0.423 No8 No 2378 452812 4527206 138.4 1.9 0.013 0.035 Free Surface 0.175 No6 No 2379 452104 4521036 120.0 8.7 0.013 0.002 Free Surface 0.068 No6 No 238 433107 4317126 143.7 51.2 0.013 0.113 Free Surface 0.194 No6 No 2380 452116 4521156 242.1 1.1 0.013 0.005 Free Surface 0.061 No6 No 2381 452814 4528136 485.1 7.8 0.013 0.002 Free Surface 0.061 No6 No 2382 452719 4527206 280.2 5.7 0.013 0.012 Free Surface 0.125 No6 No 2383 452810 4528096 52.6 22.3 0.013 0.002 Free Surface 0.038 No6 No 2384 452809 4528116 115.5 10.0 0.013 0.006 Free Surface 0.059 No6 No 2385 452115 4521136 69.7 65.7 0.013 0.007 Free Surface 0.055 No6 No 2386 452115 4521146 219.8 8.5 0.013 0.002 Free Surface 0.033 No6 No 2387 452807LH 4528066 89.0 9.6 0.013 0.003 Free Surface 0.041 No6 No 2388 452103 4521026 291.2 1.1 0.013 0.008 Free Surface 0.090 No6 No 2389 452114 4521126 41.4 79.3 0.013 0.005 Free Surface 0.048 No6 No 239 433106 4331076 75.8 2.3 0.013 0.002 Free Surface 0.095 No6 No 2390 450409 450410 10 193.2 0.4 0.013 0.536 Free Surface 0.546 No 10 Yes 2391 452201 4520016 127.7 7.6 0.013 0.023 Free Surface 0.110 No6 No 2392 452113 452112
6 197.6 3.1 0.013 0.007 Free Surface 0.070 No6 No
2393 452808 4527186 56.7 2.5 0.013 0.002 Free Surface 0.044 No6 No 2394 452718 4527196 195.7 7.4 0.013 0.004 Free Surface 0.065 No6 No 2395 452730 4527296 91.3 15.1 0.013 0.003 Free Surface 0.055 No6 No 2396 452731 4527296 115.0 4.6 0.013 0.010 Free Surface 0.078 No6 No 2397 452817 4528186 152.6 1.4 0.013 0.010 Free Surface 0.103 No6 No 2398 452004 4520056 144.4 11.3 0.013 0.039 Free Surface 0.120 No6 No 2399 452005 4520066 111.4 17.3 0.013 0.042 Free Surface 0.111 No6 No 24 453604 4536056 273.5 1.5 0.013 0.000 Free Surface 0.065 No6 No 240 431802 4318066 215.7 10.1 0.013 0.330 Free Surface 0.682 No6 No 2401 452717 4527166 235.7 7.3 0.013 0.007 Free Surface 0.063 No6 No 2402 452026 4520246 125.8 9.1 0.013 0.015 Free Surface 0.144 No6 No 2404 452804 4527126 286.8 9.1 0.013 0.013 Free Surface 0.088 No6 No 2405 452519 4525186 175.4 6.1 0.013 0.012 Free Surface 0.092 No6 No 2406 452729 4525206 188.8 14.9 0.013 0.015 Free Surface 0.079 No6 No 2407 452520 4525186 38.6 14.5 0.013 0.020 Free Surface 0.093 No6 No 241 433015 4316396 172.3 4.4 0.013 0.098 Free Surface 0.272 No6 No 2412 452027 4520266 128.1 11.7 0.013 0.013 Free Surface 0.076 No6 No 2413 452024 4520236 214.5 16.1 0.013 0.136 Free Surface 0.221 No6 No 2414 452518 4525176 177.7 17.9 0.013 0.034 Free Surface 0.140 No6 No 2415 452529LH 4525176 231.0 0.9 0.013 0.012 Free Surface 0.154 No6 No 2416 452517 4525166 135.2 4.3 0.013 0.052 Free Surface 0.289 No6 No 2419 452023 4520226 220.6 9.8 0.013 0.138 Free Surface 0.250 No6 No 242 431640 4316396 248.5 6.3 0.013 0.119 Free Surface 0.273 No6 No 2420 452516 4525076 61.5 0.3 0.013 0.055 Free Surface 0.296 No6 No 2421 452507 4525086 193.4 5.8 0.013 0.071 Free Surface 0.216 No6 No 2422 452819 4528206 236.7 7.7 0.013 0.044 Free Surface 0.138 No6 No 2423 452708 4526076 335.0 7.3 0.013 0.002 Free Surface 0.069 No6 No 2424 452020 4520196 110.0 4.0 0.013 0.166 Free Surface 0.388 No6 No 2425 452022 4520216 79.5 7.6 0.013 0.140 Free Surface 0.243 No6 No 2426 452021 4520206 392.9 13.7 0.013 0.146 Free Surface 0.223 No6 No 2427 452523 4525068 154.6 13.4 0.013 0.008 Free Surface 0.051 No8 No 2428 452506 4525076 117.3 5.1 0.013 0.012 Free Surface 0.137 No6 No 2429 452505 4525066 336.9 1.6 0.013 0.003 Free Surface 0.071 No6 No 243 443602 4436078 209.2 10.4 0.013 0.052 Free Surface 0.100 No8 No 2430 452204 452204A6 122.1 37.5 0.013 0.011 Free Surface 0.055 No6 No 2431 451306 4513056 293.0 16.7 0.013 0.021 Free Surface 0.091 No6 No 2432 451307 4513066 52.9 13.9 0.013 0.014 Free Surface 0.078 No6 No 2433 451304LH 4513036 153.3 3.7 0.013 0.009 Free Surface 0.074 No6 No 2434 452202 4522016 227.9 4.8 0.013 0.016 Free Surface 0.100 No6 No 2435 452031 4521086 336.4 18.2 0.013 0.015 Free Surface 0.069 No6 No 349
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
2436 452102 4521016 324.8 8.5 0.013 0.013 Free Surface 0.088 No6 No 2437 452521 4525206 60.4 10.2 0.013 0.002 Free Surface 0.059 No6 No 2438 452818 452818WYE6 208.8 4.3 0.013 0.016 Free Surface 0.115 No6 No 2439 452508 4525096 397.2 2.7 0.013 0.076 Free Surface 0.363 No6 No 244 432714 4327136 164.6 5.5 0.013 0.002 Free Surface 0.042 No6 No 2441 452012 4520136 145.4 17.7 0.013 0.074 Free Surface 0.175 No6 No 2442 452501 4525026 210.4 0.4 0.013 0.000 Free Surface 0.070 No6 No 2446 431636 4316436 181.3 29.2 0.013 0.204 Free Surface 0.223 No6 No 2449 451408 4514076 54.3 9.8 0.013 0.062 Free Surface 0.181 No6 No 245 432604 4326016 32.5 3.1 0.013 0.042 Free Surface 0.159 No6 No 2454 403315 403406 21 233.9 0.9 0.013 4.940 Free Surface 0.513 No 21 No 2455 403407 403708 21 230.9 1.1 0.013 4.940 Free Surface 0.512 No 21 No 2457 403421 4034016 274.2 0.1 0.013 0.009 Free Surface 0.283 No6 No 2458 403419 4034026 374.2 0.1 0.013 0.007 Free Surface 0.387 No6 No 2463 403313 403314 21 234.5 1.3 0.013 4.935 Free Surface 0.448 No 21 No 2469 432406 432402 12 34.1 2.1 0.013 1.268 Free Surface 0.427 No 12 No 247 403423E 403423C 27 535.1 0.2 0.013 14.138 Exceeds Capacity 1.000 No 27 Yes 2470 431644 432406 12 253.2 0.7 0.013 1.268 Free Surface 0.587 No 12 Yes 2471 403314 403315 21 234.7 1.5 0.013 4.942 Free Surface 0.438 No 21 No 2473 403406 403407 21 237.1 0.7 0.013 4.969 Free Surface 0.523 No 21 No 2475 403420 4034016 374.9 0.1 0.013 0.007 Free Surface 0.279 No6 No 2477 403415 VMH-92 27 455.1 0.7 0.013 7.371 Free Surface 0.744 No 27 No 2479 403413 403414 21 90.2 0.3 0.013 7.807 Free Surface 0.828 No 21 Yes 248 450609 4506068 201.7 8.7 0.013 0.009 Free Surface 0.131 No8 No 2480 403403 403404 12 235.5 1.1 0.013 0.123 Free Surface 0.576 No 12 No 2481 403404 403405 12 35.5 0.2 0.013 0.340 Backwater 1.000 No 12 Yes 2482 403405 403413 12 27.0 0.2 0.013 0.398 Backwater 1.000 No 12 Yes 249 450605 450606 10 93.0 0.8 0.013 0.183 Free Surface 0.227 No 10 No 2492 452408A 4524086 255.1 0.6 0.013 0.008 Free Surface 0.154 No6 No 2493 441827A 4418276 303.7 2.2 0.013 0.003 Free Surface 0.054 No6 No 2494 450705 4511076 226.8 2.9 0.013 0.000 Free Surface 0.131 No6 No 2497 431612 4316106 33.5 5.4 0.013 0.243 Free Surface 0.368 No6 No 2498 433410 4334118 239.8 3.6 0.013 0.907 Free Surface 0.525 No8 No 2499 433411 4334128 50.6 8.6 0.013 0.910 Free Surface 0.462 No8 No 25 454001 4536016 126.9 3.5 0.013 0.095 Free Surface 0.275 No6 No 250 454807 4548088 214.2 14.8 0.013 0.303 Free Surface 0.216 No8 No 2500 440526 4405256 153.7 2.1 0.013 0.004 Free Surface 0.071 No6 No 2502 433101 4331036 61.0 53.2 0.013 0.062 Free Surface 0.134 No6 No 2506 451705 451801 18 474.5 0.9 0.013 4.066 Free Surface 0.583 No 18 No 251 450218 4502176 100.2 5.3 0.013 0.050 Free Surface 0.275 No6 No 2513 451008 451004 15 32.0 9.6 0.013 0.000 Free Surface 0.165 No 15 No 2514 433206 4332056 365.0 6.1 0.013 0.020 Free Surface 0.134 No6 No 2516 433202 4332016 49.9 6.0 0.013 0.144 Free Surface 0.285 No6 No 2519 450419 450906 18 351.8 3.2 0.013 4.431 Free Surface 0.418 No 18 No 252 450606 450607 10 43.4 4.4 0.013 0.193 Free Surface 0.202 No 10 No 2520 450416 450419 12 28.2 6.0 0.013 0.234 Free Surface 0.376 No 12 No 2521 450420 450419 12 37.0 9.7 0.013 0.006 Free Surface 0.275 No 12 No 2522 450418 4504118 48.7 4.3 0.013 0.009 Free Surface 0.202 No8 No 2524 441410 4414096 324.5 1.2 0.013 0.054 Free Surface 0.268 No6 No 2525 442001 442001WYE6 160.0 14.2 0.013 0.008 Free Surface 0.070 No6 No 2528 402808 4029016 358.3 0.2 0.013 0.013 Free Surface 0.187 No6 No 2529 403006 4029026 226.7 0.6 0.013 0.016 Free Surface 0.157 No6 No 253 454808 4548098 214.2 14.7 0.013 0.307 Free Surface 0.215 No8 No 2530 403001 4029038 249.7 0.5 0.013 0.068 Free Surface 0.234 No8 No 2535 451904 451905 18 238.6 2.7 0.013 3.902 Free Surface 0.426 No 18 No 2536 451903 451907 21 37.0 2.4 0.013 3.852 Free Surface 0.402 No 21 No 2537 451009 451906 21 247.5 0.5 0.013 3.713 Free Surface 0.508 No 21 No 2538 451005 451901 21 260.0 0.3 0.013 3.885 Free Surface 0.574 No 21 No 2539 451001 451002 21 47.5 1.0 0.013 3.870 Free Surface 0.437 No 21 No 254 450607 450608 10 143.0 1.4 0.013 0.193 Free Surface 0.226 No 10 No 2540 450905 451006 18 379.3 1.7 0.013 3.444 Free Surface 0.477 No 18 No 2541 451901 451902 21 293.3 0.6 0.013 3.873 Free Surface 0.495 No 21 No 2542 451902 451401 21 394.4 1.2 0.013 3.861 Free Surface 0.405 No 21 No 2543 450925 450902 12 206.6 2.9 0.013 0.700 Free Surface 0.286 No 12 No 2544 450906 450907 20 330.6 2.2 0.013 4.426 Free Surface 0.398 No 20 No 2545 403201 4032026 153.3 0.4 0.013 0.010 Free Surface 0.148 No6 No 2546 403309 403310 21 59.7 0.4 0.013 4.737 Free Surface 0.608 No 21 No 255 450612 4506086 200.6 1.4 0.013 0.013 Free Surface 0.245 No6 No 2551 403316 4033176 273.4 0.9 0.013 0.024 Free Surface 0.166 No6 No 2552 451816 451816A6 202.1 0.1 0.013 0.055 Free Surface 0.439 No6 No 2553 451822 451822A6 57.6 0.3 0.013 0.069 Free Surface 0.367 No6 No 2555 451829 451807 18 29.8 7.3 0.013 3.992 Free Surface 0.320 No 18 No 2556 451505 4518028 62.3 2.4 0.013 0.018 Free Surface 0.084 No8 No 2557 451801 451802 18 298.4 2.6 0.013 4.083 Free Surface 0.423 No 18 No 2558 451806 451829 18 326.0 1.9 0.013 3.992 Free Surface 0.459 No 18 No 2559 451702A 451806 18 122.5 1.8 0.013 3.997 Free Surface 0.466 No 18 No 256 454809 454809A8 52.2 17.3 0.013 0.306 Free Surface 0.205 No8 No 2560 452716 4527126 218.4 10.6 0.013 0.010 Free Surface 0.083 No6 No 2568 431645 431644 12 316.2 1.8 0.013 1.284 Free Surface 0.466 No 12 No 257 442704LH 4427036 122.2 19.4 0.013 0.006 Free Surface 0.142 No6 No 2579 450414 450415 12 107.5 2.3 0.013 0.201 Free Surface 0.175 No 12 No 258 450410 450411 12 247.6 3.7 0.013 0.544 Free Surface 0.237 No 12 No 2580 450204 450409A 10 199.8 0.5 0.013 0.537 Free Surface 0.491 No 10 No 259 442916 4429176 187.6 2.2 0.013 0.007 Free Surface 0.082 No6 No 2591 443225 4509086 15.9 6.2 0.013 0.000 Free Surface 0.000 No6 No 26 453901 4536016 95.2 9.7 0.013 0.033 Free Surface 0.207 No6 No 260 453720LH 4537198 149.7 12.4 0.013 0.025 Free Surface 0.067 No8 No 261 453717 4537168 111.7 4.8 0.013 0.031 Free Surface 0.152 No8 No 264 403423D 403423E 27 88.5 0.4 0.013 14.138 Exceeds Capacity 1.000 No 27 Yes 267 442719 4427206 268.4 2.7 0.013 0.006 Free Surface 0.075 No6 No 268 432102 432103
6 44.1 0.9 0.013 0.029 Free Surface 0.201 No6 No
269 430708 4307096 112.6 2.6 0.013 0.006 Free Surface 0.160 No6 No 27 453602 4536016 161.4 4.1 0.013 0.023 Free Surface 0.210 No6 No 270 430709 4307106 112.7 0.5 0.013 0.034 Free Surface 0.252 No6 No 272 432101 4321026 122.8 1.0 0.013 0.027 Free Surface 0.191 No6 No 273 431012 4311056 100.1 3.1 0.013 0.017 Free Surface 0.114 No6 No 274 433308 4333076 213.8 1.0 0.013 0.002 Free Surface 0.063 No6 No 276 432103 4321046 81.8 0.9 0.013 0.031 Free Surface 0.206 No6 No 277 433315 4333146 238.9 6.1 0.013 0.371 Free Surface 0.477 No6 No 279 431829 4321016 154.4 0.7 0.013 0.024 Free Surface 0.188 No6 No 28 453604 4536036 273.3 9.5 0.013 0.009 Free Surface 0.073 No6 No 280 442718LH 4427196 93.7 2.2 0.013 0.003 Free Surface 0.061 No6 No 281 431111 4311126 223.9 3.6 0.013 0.006 Free Surface 0.079 No6 No 282 432112 4321116 122.6 56.9 0.013 0.011 Free Surface 0.069 No6 No 283 432104 4321056 162.4 0.9 0.013 0.033 Free Surface 0.237 No6 No 284 431104 4311036 60.9 2.5 0.013 0.019 Free Surface 0.119 No6 No 285 430714 4307156 191.2 14.2 0.013 0.042 Free Surface 0.133 No6 No 286 432109 4321066 295.3 19.9 0.013 0.012 Free Surface 0.113 No6 No 287 432105 4321066 52.5 0.9 0.013 0.046 Free Surface 0.217 No6 No 288 442710LH 4427096 163.6 9.0 0.013 0.003 Free Surface 0.047 No6 No 289 431112 4311136 399.2 4.0 0.013 0.012 Free Surface 0.087 No6 No 29 453603 4536026 268.0 9.6 0.013 0.016 Free Surface 0.103 No6 No 290 433307 4333066 211.9 4.2 0.013 0.007 Free Surface 0.096 No6 No 292 430715 NAUGHTON_WW6 86.1 8.2 0.013 0.047 Free Surface 0.396 No6 No 293 431110 4312056 393.3 8.1 0.013 0.061 Free Surface 0.178 No6 No 294 433314 4333136 186.9 4.1 0.013 0.348 Free Surface 0.454 No6 No 295 432106 4321076 200.0 8.3 0.013 0.064 Free Surface 0.206 No6 No 296 442715 4427146 47.0 23.9 0.013 0.007 Free Surface 0.057 No6 No 297 442714 4427136 107.7 10.2 0.013 0.011 Free Surface 0.095 No6 No 298 431113 4311146 134.4 8.2 0.013 0.015 Free Surface 0.098 No6 No 3 455009 4550016 174.0 1.5 0.013 0.051 Free Surface 0.200 No6 No 30 433722 4337216 99.2 1.6 0.013 0.005 Free Surface 0.074 No6 No 300 433306 4333056 211.3 1.2 0.013 0.012 Free Surface 0.115 No6 No 3002 440428 4404296 14.4 9.5 0.013 0.017 Free Surface 0.089 No6 No 3004 452509 04C161M6 45.6 0.4 0.013 0.103 Free Surface 0.441 No6 No 3006 441603A 4416028 67.2 15.2 0.013 0.210 Free Surface 0.208 No8 No 3008 442001WYE 4420026 115.8 11.0 0.013 0.016 Free Surface 0.075 No6 No 3010 442000F 442001WYE8 102.1 9.1 0.013 0.008 Free Surface 0.053 No8 No 3012 442000D 442000E8 146.9 3.2 0.013 0.003 Free Surface 0.042 No8 No 3014 403508 4035048 179.1 0.4 0.013 0.003 Free Surface 0.076 No8 No 3016 403507 4035068 45.3 0.4 0.013 0.005 Free Surface 0.065 No8 No 3018 403509 4035078 123.8 0.6 0.013 0.002 Free Surface 0.055 No8 No 302 433312 4333116 72.3 0.8 0.013 0.003 Free Surface 0.062 No6 No 3020 403510 4035118 239.8 0.6 0.013 0.022 Free Surface 0.132 No8 No 3022 403505 4035108 140.6 0.6 0.013 0.019 Free Surface 0.124 No8 No 3024 402807 402807A6 320.3 0.5 0.013 0.022 Free Surface 0.227 No6 No 303 432908 4329096 139.1 2.3 0.013 0.017 Free Surface 0.232 No6 No 3034 441503 441520 12 20.9 0.8 0.013 0.683 Free Surface 0.401 No 12 No 304 432909 4329106 102.1 1.4 0.013 0.107 Free Surface 0.527 No6 No 3042 04C034M EL_CAMINO_REAL_WW6 11.0 4.5 0.013 0.045 Free Surface 0.163 No6 No 3046 400026 ISLAND_PARK_BBALL_WW 10 3.5 2.9 0.013 0.036 Free Surface 0.086 No 10 No 3048 IPPS ISLAND_PARK_WW 10 9.2 16.3 0.013 0.612 Free Surface 0.423 No 10 No 305 442311LH 4423106 207.1 0.3 0.013 0.003 Free Surface 0.072 No6 No 306 431103 4311026 265.5 5.8 0.013 0.021 Free Surface 0.100 No6 No 307 433311 4333106 106.8 5.2 0.013 0.005 Free Surface 0.065 No6 No 308 433310 4333096 192.7 5.0 0.013 0.008 Free Surface 0.247 No6 No 31 454801 4548026 250.5 9.1 0.013 0.289 Free Surface 0.395 No6 No 310 432107 4320016 236.5 3.2 0.013 0.085 Free Surface 0.282 No6 No 311 432911 4329106 131.5 9.0 0.013 0.180 Free Surface 0.494 No6 No 312 442310 4423096 100.1 7.6 0.013 0.005 Free Surface 0.070 No6 No 313 431117 4311156 304.9 0.9 0.013 0.008 Free Surface 0.134 No6 No 314 431114 4311156 148.6 7.7 0.013 0.026 Free Surface 0.136 No6 No 315 LH430718 4307174 78.3 3.6 0.013 0.002 Free Surface 0.105 No4 No 316 433305 4333046 221.1 3.3 0.013 0.016 Free Surface 0.111 No6 No 317 442326 4423256 212.0 3.5 0.013 0.004 Free Surface 0.055 No6 No 319 432001 4320026 158.6 1.9 0.013 0.086 Free Surface 0.236 No6 No 32 453606 4536076 232.5 8.6 0.013 0.203 Free Surface 0.471 No6 No 320 430610 4306098 138.3 0.6 0.013 0.026 Free Surface 0.139 No8 No 321 442810 4428096 162.2 5.3 0.013 0.016 Free Surface 0.106 No6 No 322 433304 4333036 218.6 4.0 0.013 0.021 Free Surface 0.127 No6 No 323 442811 4428106 190.2 16.3 0.013 0.005 Free Surface 0.070 No6 No 324 430609 4306088 212.5 1.8 0.013 0.343 Free Surface 0.391 No8 No 325 433301 4307066 177.5 11.3 0.013 0.324 Free Surface 0.370 No6 No 326 442309 4423086 213.8 2.3 0.013 0.009 Free Surface 0.093 No6 No 327 454906 4549076 165.0 5.1 0.013 0.278 Free Surface 0.378 No6 No 328 454104 4539056 275.6 4.9 0.013 0.045 Free Surface 0.279 No6 No 329 454217 4539056 151.3 1.1 0.013 0.128 Free Surface 0.397 No6 No 33 454802 4548036 77.2 5.3 0.013 0.288 Free Surface 0.380 No6 No 330 453904 4539056 239.3 0.8 0.013 0.004 Free Surface 0.079 No6 No 331 433717 4337166 71.9 6.2 0.013 0.013 Free Surface 0.194 No6 No 332 433720 4337176 148.2 6.2 0.013 0.007 Free Surface 0.072 No6 No 333 453502 4535016 241.4 1.3 0.013 0.414 Free Surface 0.777 No6 Yes 334 431413 4314126 248.3 5.6 0.013 0.005 Free Surface 0.122 No6 No 335 450809 450810
6 49.2 1.8 0.013 0.106 Free Surface 0.469 No6 No
336 431405 4314066 269.3 3.2 0.013 0.091 Free Surface 0.267 No6 No 337 402722 4027106 27.4 1.8 0.013 0.093 Free Surface 0.339 No6 No 338 442000C 442000B6 78.9 5.0 0.013 0.004 Free Surface 0.063 No6 No 34 433718 4337176 281.5 11.2 0.013 0.004 Free Surface 0.063 No6 No 340 403610 IPPS 10 109.8 0.5 0.013 0.561 Free Surface 0.440 No 10 No 343 403607 403610 10 321.0 0.3 0.013 0.527 Free Surface 0.627 No 10 Yes 344 403608 4036078 242.0 0.3 0.013 0.211 Free Surface 0.478 No8 No 350
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
345 403606 4036078 144.1 0.5 0.013 0.255 Free Surface 0.542 No8 Yes 346 403604 4036068 239.6 0.5 0.013 0.255 Free Surface 0.467 No8 No 348 403601 403602
8 246.0 0.2 0.013 0.000 Free Surface 0.156 No8 No
349 440503 4405256 102.8 11.0 0.013 0.013 Free Surface 0.076 No6 No 35 453601 4535026 272.5 4.8 0.013 0.153 Free Surface 0.577 No6 No 350 441006 4410056 147.8 8.8 0.013 0.018 Free Surface 0.124 No6 No 351 402708 4027076 77.3 1.2 0.013 0.002 Free Surface 0.060 No6 No 354 402709 4027226 53.6 1.9 0.013 0.002 Free Surface 0.169 No6 No 355 441008 4410098 162.0 6.5 0.013 0.022 Free Surface 0.070 No8 No 356 441026 4410046 116.4 19.8 0.013 0.002 Free Surface 0.071 No6 No 358 441009 4410108 69.4 16.0 0.013 0.026 Free Surface 0.105 No8 No 359 441010 4410138 230.0 8.3 0.013 0.103 Free Surface 0.150 No8 No 36 453612 4535026 260.8 1.3 0.013 0.257 Free Surface 0.713 No6 Yes 360 441004 4410116 220.6 36.2 0.013 0.060 Free Surface 0.141 No6 No 361 442000A 441603A6 210.8 11.1 0.013 0.013 Free Surface 0.156 No6 No 362 441404 441422A6 20.4 2.5 0.013 0.178 Free Surface 0.370 No6 No 363 403009C 4030096 99.1 1.6 0.013 0.008 Free Surface 0.093 No6 No 364 453402 4534038 288.8 4.0 0.013 0.145 Free Surface 0.208 No8 No 366 450217 4502166 320.3 0.4 0.013 0.060 Free Surface 0.289 No6 No 367 453703 453704 10 102.8 1.2 0.013 1.056 Free Surface 0.556 No 10 No 368 453401 4534028 340.1 6.0 0.013 0.145 Free Surface 0.195 No8 No 369 453704 453705 10 99.7 5.3 0.013 1.056 Free Surface 0.492 No 10 No 37 453611 4536126 236.0 4.5 0.013 0.249 Free Surface 0.478 No6 No 370 450212 4502136 181.7 4.9 0.013 0.007 Free Surface 0.128 No6 No 371 450216 4502136 84.1 6.6 0.013 0.075 Free Surface 0.191 No6 No 372 450304 IEC_MH-1108 293.0 11.7 0.013 0.326 Free Surface 0.236 No8 No 374 450213 4502146 171.1 11.8 0.013 0.099 Free Surface 0.200 No6 No 375 450210 4502096 205.1 3.1 0.013 0.334 Free Surface 0.561 No6 No 378 450209 450208 10 120.1 1.2 0.013 0.373 Free Surface 0.299 No 10 No 379 442608 4426076 275.1 15.1 0.013 0.007 Free Surface 0.050 No6 No 38 453610 4536116 417.5 7.1 0.013 0.240 Free Surface 0.365 No6 No 380 442623 4426228 194.5 3.9 0.013 0.003 Free Surface 0.039 No8 No 381 453721LH 453730A8 126.0 12.3 0.013 0.000 Free Surface 0.039 No8 No 382 431406 4314086 387.9 2.5 0.013 0.100 Free Surface 0.419 No6 No 383 430803 4333168 301.5 2.7 0.013 0.015 Free Surface 0.080 No8 No 385 432114 4321136 221.7 4.6 0.013 0.006 Free Surface 0.065 No6 No 386 431013 4310106 102.0 11.9 0.013 0.014 Free Surface 0.086 No6 No 387 442726 4427256 117.6 1.7 0.013 0.004 Free Surface 0.074 No6 No 388 431108 4311096 186.5 6.6 0.013 0.049 Free Surface 0.149 No6 No 389 431109 4311106 98.0 13.8 0.013 0.055 Free Surface 0.151 No6 No 39 433712 4337116 128.6 9.9 0.013 0.002 Free Surface 0.040 No6 No 390 430710 4307116 106.5 0.5 0.013 0.037 Free Surface 0.262 No6 No 391 432113 4321126 36.0 15.4 0.013 0.011 Free Surface 0.055 No6 No 392 432010 4320096 144.2 10.9 0.013 0.118 Free Surface 0.231 No6 No 393 430703LH 4307026 62.1 10.4 0.013 0.007 Free Surface 0.063 No6 No 394 431209 4309086 289.8 4.6 0.013 0.031 Free Surface 0.185 No6 No 395 442712 4427136 52.7 1.5 0.013 0.005 Free Surface 0.097 No6 No 396 442717 4427156 161.2 4.9 0.013 0.003 Free Surface 0.044 No6 No 397 442716 4427156 51.6 8.5 0.013 0.004 Free Surface 0.045 No6 No 398 431204 4312036 191.2 9.2 0.013 0.089 Free Surface 0.202 No6 No 399 433309 4333016 161.1 6.4 0.013 0.313 Free Surface 0.381 No6 No 4 455001 4550026 254.1 11.7 0.013 0.059 Free Surface 0.206 No6 No 40 433715 4337146 115.1 0.9 0.013 0.072 Free Surface 0.358 No6 No 400 431207LH 4312086 84.5 10.9 0.013 0.006 Free Surface 0.149 No6 No 400026 430728 4307278 347.0 4.9 0.013 0.005 Free Surface 0.040 No8 No 400028 430727 4307268 92.8 16.8 0.013 0.012 Free Surface 0.045 No8 No 400030 430726 4307258 115.9 4.3 0.013 0.015 Free Surface 0.069 No8 No 400034 430722 4307218 192.8 0.4 0.013 0.104 Free Surface 0.304 No8 No 400038 430720 4307218 304.2 0.3 0.013 0.009 Free Surface 0.099 No8 No 400040 430721 RALSTON_WW8 26.0 0.3 0.013 0.116 Free Surface 0.319 No8 No 400042 433426 4334278 96.3 3.3 0.013 0.002 Free Surface 0.036 No8 No 400044 433427 4334288 111.6 2.5 0.013 0.004 Free Surface 0.069 No8 No 400046 433428 4334298 308.9 0.3 0.013 0.007 Free Surface 0.090 No8 No 400048 433431 4334348 70.2 2.1 0.013 0.021 Free Surface 0.107 No8 No 400050 433434 4334358 48.8 1.0 0.013 0.022 Free Surface 0.110 No8 No 400052 433435 4334238 222.5 3.2 0.013 0.027 Free Surface 0.088 No8 No 400054 433425 4334248 219.4 4.5 0.013 0.003 Free Surface 0.035 No8 No 400056 433424 4334238 132.5 7.2 0.013 0.006 Free Surface 0.056 No8 No 400058 433423 4537308 109.0 15.4 0.013 0.035 Free Surface 0.094 No8 No 40006 433433 4334358 173.0 0.2 0.013 0.004 Free Surface 0.085 No8 No 400060 453730 453730A8 30.0 2.6 0.013 0.035 Free Surface 0.171 No8 No 40008 433432 4334338 56.6 2.3 0.013 0.001 Free Surface 0.047 No8 No 40012 430207 4302016 30.0 13.0 0.013 0.418 Free Surface 0.482 No6 No 40014 430201 4302026 154.8 4.9 0.013 0.468 Free Surface 0.523 No6 No 40018 431009 4311116 361.2 0.5 0.013 0.003 Free Surface 0.074 No6 No 40020 430413 4304146 77.1 12.0 0.013 0.122 Free Surface 0.217 No6 No 40022 430414 4309016 262.5 12.0 0.013 0.136 Free Surface 0.260 No6 No 40026 432308 4323076 214.2 19.5 0.013 0.062 Free Surface 0.138 No6 No 40028 432307 4323066 60.8 16.6 0.013 0.064 Free Surface 0.159 No6 No 40030 431603 4324018 250.3 1.9 0.013 0.017 Free Surface 0.092 No8 No 40038 451809 451809A 18 63.5 6.1 0.013 3.979 Free Surface 0.666 No 18 No 40040 451809B 451810 18 193.4 0.2 0.013 3.983 Free Surface 0.908 No 18 Yes 40044 402403 402403A6 135.6 0.5 0.013 0.070 Free Surface 0.344 No6 No 40046 402403A 402404
6 87.9 0.7 0.013 0.073 Free Surface 0.368 No6 No
40048 450502 4505016 191.1 9.9 0.013 0.008 Free Surface 0.074 No6 No 40062 431633 431608A6 81.3 1.2 0.013 0.306 Backwater 1.000 No6 Yes 40064 454601 4545086 62.9 3.6 0.013 0.001 Free Surface 0.031 No6 No 40066 454508 4544026 129.6 7.0 0.013 0.002 Free Surface 0.042 No6 No 40068 454303C 454303B6 301.7 3.2 0.013 0.074 Free Surface 0.221 No6 No 40070 454303B 454303A6 291.9 5.7 0.013 0.081 Free Surface 0.204 No6 No 40072 454303A 4543038 211.0 5.6 0.013 0.087 Free Surface 0.145 No8 No 40074 450115A 4501136 58.7 6.6 0.013 0.009 Free Surface 0.076 No6 No 40080 432111 4321056 34.1 5.0 0.013 0.014 Free Surface 0.092 No6 No 40082 431814 4318156 36.4 63.4 0.013 0.088 Free Surface 0.121 No6 No 40084 431815 4318056 41.1 77.5 0.013 0.088 Free Surface 0.135 No6 No 40086 431609 4316086 44.2 4.0 0.013 0.648 Backwater 1.000 No6 Yes 40088 451827A 4518276 205.5 8.8 0.013 0.014 Free Surface 0.092 No6 No 40090 450409A 450409 10 161.4 1.3 0.015 0.537 Free Surface 0.479 No 10 No 40092 441905A 4422236 154.4 7.0 0.013 0.089 Free Surface 0.214 No6 No 40096 441514A 4415146 153.2 10.0 0.013 0.014 Free Surface 0.091 No6 No 40098 SSTA_9953 4411246 52.9 0.9 0.013 0.123 Free Surface 0.356 No6 No 401 432916 4329196 21.5 16.5 0.013 0.061 Free Surface 0.177 No6 No 40102 443004 443004A6 379.4 4.3 0.013 0.065 Free Surface 0.208 No6 No 40106 403009B 4030096 100.2 0.2 0.013 0.003 Free Surface 0.268 No6 No 40108 441420A 4415106 185.1 2.5 0.013 0.018 Free Surface 0.118 No6 No 40110 441126A 4411256 165.9 0.6 0.013 0.115 Free Surface 0.422 No6 No 40112 440525 4405246 10.4 18.0 0.013 0.019 Free Surface 0.089 No6 No 40114 433203 4332026 296.4 7.4 0.013 0.073 Free Surface 0.228 No6 No 40116 450116 4501156 213.2 6.2 0.013 0.001 Free Surface 0.054 No6 No 40118 442621 4426186 133.9 23.1 0.013 0.005 Free Surface 0.061 No6 No 40120 443110A 4432146 164.8 0.2 0.013 0.041 Free Surface 0.308 No6 No 40124 441402A 4414036 145.7 4.8 0.013 0.390 Free Surface 0.469 No6 No 40126 441417A 4414196 72.8 2.6 0.013 0.024 Free Surface 0.120 No6 No 40128 440736 4407256 187.8 2.6 0.013 0.057 Free Surface 0.198 No6 No 40134 440714 4407356 200.0 11.4 0.013 0.045 Free Surface 0.152 No6 No 40144 442701A 442701B 15 184.8 4.3 0.013 2.323 Free Surface 0.365 No 15 No 40146 450103 450103A 10 925.3 0.4 0.015 0.373 Free Surface 0.421 No 10 No 40148 433316A 4333156 100.2 8.9 0.013 0.382 Free Surface 0.424 No6 No 40150 442701C 450417 15 58.4 6.1 0.013 2.322 Free Surface 0.323 No 15 No 40154 431114A 4311146 203.0 2.1 0.013 0.006 Free Surface 0.093 No6 No 40160 453730A 4537228 175.0 12.4 0.013 0.035 Free Surface 0.109 No8 No 40161 433013A 4330126 166.3 13.3 0.013 0.037 Free Surface 0.151 No6 No 40162 433429 4334308 80.0 0.8 0.013 0.010 Free Surface 0.098 No8 No 40163 431105 4311046 58.9 3.1 0.013 0.018 Free Surface 0.121 No6 No 40164 433430 4334318 75.0 0.8 0.013 0.017 Free Surface 0.103 No8 No 40165 431401A 4314026 88.3 8.2 0.013 0.048 Free Surface 0.174 No6 No 40166 432613 4326146 205.0 4.0 0.013 0.002 Free Surface 0.050 No6 No 40167 431309A 4313026 70.6 15.9 0.013 0.112 Free Surface 0.494 No6 No 40168 432508A 4325078 30.9 6.6 0.013 0.005 Free Surface 0.038 No8 No 40169 SSFI_21 4325056 105.2 9.1 0.013 0.006 Free Surface 0.054 No6 No 40173 440918A 4409198 86.1 3.9 0.013 0.021 Free Surface 0.079 No8 No 40175 440903A 443301 10 144.8 11.1 0.013 1.034 Free Surface 0.316 No 10 No 40179 443214A 4432136 147.7 1.3 0.013 0.066 Free Surface 0.270 No6 No 40181 VMH_72 402902 15 103.6 0.3 0.013 0.439 Free Surface 0.285 No8 No 40183 403003 4030028 142.0 0.2 0.013 0.036 Free Surface 0.212 No8 No 40186 455108LH 4551076 236.6 0.4 0.013 0.002 Free Surface 0.079 No6 No 40187 403809 4038116 142.2 0.5 0.013 0.042 Free Surface 0.266 No6 No 40188 455107 4551056 225.8 0.4 0.013 0.004 Free Surface 0.106 No6 No 40189 442000E 442000F8 92.9 3.2 0.013 0.006 Free Surface 0.046 No8 No 40190 455106 4551056 255.1 3.9 0.013 0.001 Free Surface 0.075 No6 No 40191 451809A 451809B 18 225.3 0.5 0.013 3.981 Backwater 1.000 No 18 Yes 40192 455105 4551046 271.0 0.4 0.013 0.007 Free Surface 0.150 No6 No 40193 451814 451811 18 61.4 0.0 0.013 4.740 Free Surface 0.846 No 18 Yes 40194 455104 4551036 176.2 0.4 0.013 0.016 Free Surface 0.182 No6 No 40195 451820A 451814
8 18.3 17.5 0.013 0.058 Free Surface 0.374 No8 No
40196 455103 4551016 176.1 0.4 0.013 0.018 Free Surface 0.190 No6 No 40198 455102LH 4551016 217.7 5.8 0.013 0.001 Free Surface 0.111 No6 No 40199 452016 452016A6 62.0 25.3 0.013 0.093 Free Surface 0.158 No6 No 402 432914 4329166 141.1 0.7 0.013 0.006 Free Surface 0.117 No6 No 40200 455101 4546066 154.0 0.4 0.013 0.019 Free Surface 0.287 No6 No 40201 452016A 452016B6 63.7 20.0 0.013 0.093 Free Surface 0.163 No6 No 40203 452016B 4520186 107.1 20.3 0.013 0.095 Free Surface 0.196 No6 No 40205 452412B 452412A6 182.9 2.8 0.013 0.006 Free Surface 0.103 No6 No 40207 452425A 4524026 24.9 0.1 0.013 0.030 Free Surface 0.639 No6 Yes 40208 454608 4546096 182.9 0.4 0.013 0.026 Free Surface 0.195 No6 No 40209 452504A 4525036 185.1 2.3 0.013 0.006 Free Surface 0.081 No6 No 40211 452511A 4525106 70.2 14.4 0.013 0.028 Free Surface 0.108 No6 No 40213 451402A 451701 18 70.4 2.5 0.013 3.865 Free Surface 0.413 No 18 No 40214 442701B 442701C 15 120.9 3.4 0.013 2.322 Free Surface 0.376 No 15 No 40215 442219A 4422186 221.4 13.8 0.013 0.042 Free Surface 0.199 No6 No 40217 451614A 4516096 135.5 7.3 0.013 0.008 Free Surface 0.100 No6 No 40218 440543A 4405446 75.1 9.4 0.013 0.063 Free Surface 0.174 No6 No 40219 442204A 4516056 231.1 1.5 0.013 0.245 Free Surface 0.531 No6 No 40220 441422A 441422B6 63.6 15.3 0.013 0.178 Free Surface 0.325 No6 No 40221 451605A 4516066 34.7 1.5 0.013 0.250 Free Surface 0.535 No6 No 40222 441422B 4414226 206.2 2.1 0.013 0.187 Free Surface 0.417 No6 No 40224 441409B 4414086 147.1 0.9 0.013 0.083 Free Surface 0.339 No6 No 40225 443221A 4432028 225.8 2.8 0.013 0.024 Free Surface 0.422 No8 No 40226 441409BLH 441409B6 145.5 3.4 0.013 0.004 Free Surface 0.196 No6 No 40227 442000B 442000A6 101.4 3.9 0.013 0.008 Free Surface 0.074 No6 No 40228 441506 441506A 12 7.8 1.3 0.013 0.221 Free Surface 0.305 No 12 No 40229 442000 442000A6 189.1 1.0 0.013 0.005 Free Surface 0.080 No6 No 40230 441505 441505A 12 9.3 1.5 0.013 0.046 Free Surface 0.126 No 12 No 40232 441506A 441505A 12 247.7 0.4 0.013 0.236 Free Surface 0.269 No 12 No 40233 442223A 4422238 136.7 1.5 0.013 0.003 Free Surface 0.061 No8 No 40234 441505A 441503 12 329.1 1.1 0.013 0.190 Free Surface 0.285 No 12 No 40235 450503A 4505038 122.5 0.9 0.013 0.006 Free Surface 0.071 No8 No 40236 441834A 4418346 136.9 1.5 0.013 0.007 Free Surface 0.138 No6 No 40237 454809A 454809B8 50.7 20.1 0.013 0.305 Free Surface 0.208 No8 No 40239 454809B 4503048 193.7 14.0 0.013 0.303 Free Surface 0.227 No8 No 40240 442206A 4422056 83.5 1.5 0.013 0.047 Free Surface 0.234 No6 No 351
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
40241 LH450104B 4501046 145.0 4.5 0.013 0.001 Free Surface 0.106 No6 No 40242 442205A 4422046 206.3 1.5 0.013 0.063 Free Surface 0.382 No6 No 40244 403102A 4031056 54.3 0.7 0.013 0.012 Free Surface 0.133 No6 No 40245 453716B 453716C8 313.7 14.7 0.013 0.013 Free Surface 0.108 No8 No 40246 451803B 451803C 21 261.2 1.0 0.013 4.137 Free Surface 0.413 No 21 No 40247 440137B 440137A6 224.0 1.8 0.013 0.006 Free Surface 0.090 No6 No 40248 451803C 451803D 21 88.5 2.7 0.013 4.167 Free Surface 0.502 No 21 No 40249 440137A 4401376 92.1 2.2 0.013 0.013 Free Surface 0.224 No6 No 40251 452204A 4513076 26.4 29.9 0.013 0.014 Free Surface 0.067 No6 No 40254 451822A 451816A6 210.6 0.3 0.013 0.077 Free Surface 0.406 No6 No 40256 451821A 451821B6 159.0 0.8 0.013 0.021 Free Surface 0.185 No6 No 40258 451821B 4518206 69.0 1.4 0.013 0.036 Free Surface 0.228 No6 No 40260 451816A 4518156 18.4 1.3 0.013 0.132 Free Surface 0.392 No6 No 40264 451810A 451814 18 28.3 2.1 0.013 4.687 Free Surface 0.996 No 18 Yes 40266 452405C 452405A 16 22.3 0.8 0.013 0.588 Free Surface 0.304 No 12 No 40267 404809 4048086 22.1 1.8 0.013 0.003 Free Surface 0.215 No6 No 40268 452405A 452405B 12 30.4 2.2 0.013 0.297 Free Surface 0.249 No 12 No 40269 404806A 4048066 15.4 2.0 0.013 0.005 Free Surface 0.184 No6 No 40270 452405B 451810A 12 241.7 0.5 0.013 0.300 Free Surface 0.649 No 12 Yes 40272 452403A 452403 10 206.3 0.2 0.013 0.152 Free Surface 0.373 No 10 No 40280 430723 430722
8 223.0 0.4 0.013 0.098 Free Surface 0.297 No8 No
40282 454603 454606A6 497.9 2.8 0.013 0.003 Free Surface 0.126 No6 No 40284 452012A 4520126 148.5 8.1 0.013 0.005 Free Surface 0.099 No6 No 40286 402508 4025076 302.1 0.5 0.013 0.006 Free Surface 0.179 No6 No 40288 403501 4025108 349.7 0.4 0.013 0.000 Free Surface 0.120 No8 No 40290 402604A 4026036 231.0 3.8 0.013 0.063 Free Surface 0.265 No6 No 40292 VMH_13 4334318 128.4 0.8 0.013 0.001 Free Surface 0.058 No8 No 40294 453716C 4537128 174.8 18.2 0.013 0.206 Free Surface 0.298 No8 No 40296 453716A 453716B8 285.2 6.3 0.013 0.005 Free Surface 0.043 No8 No 403 431203 4312026 110.1 6.7 0.013 0.093 Free Surface 0.212 No6 No 40310 433206A 433206B 12 180.5 5.2 0.013 2.127 Free Surface 0.429 No 12 No 40312 433206B 442501 12 358.8 7.3 0.013 2.107 Free Surface 0.424 No 12 No 40314 440325A 4402096 144.5 0.4 0.013 0.028 Free Surface 0.494 No6 No 40316 443004A 4431086 295.1 3.5 0.013 0.070 Free Surface 0.243 No6 No 40318 440402A 440901 10 254.9 3.4 0.013 1.014 Free Surface 0.387 No 10 No 40320 440402 440402A 10 101.2 3.5 0.013 1.008 Free Surface 0.455 No 10 No 40322 440901 440902 10 307.4 3.8 0.013 0.511 Free Surface 0.646 No 10 No 40326 404822 4048216 323.5 0.2 0.013 0.008 Free Surface 0.158 No6 No 40332 404821 4048186 104.0 0.3 0.013 0.012 Free Surface 0.204 No6 No 40334 404816 4048176 99.1 0.3 0.013 0.005 Free Surface 0.131 No6 No 40336 404817 4048186 82.5 0.3 0.013 0.009 Free Surface 0.194 No6 No 40338 404818 4048196 87.5 0.2 0.013 0.022 Free Surface 0.240 No6 No 40340 404819 4048206 29.2 0.3 0.013 0.024 Free Surface 0.248 No6 No 40342 404820 404820A6 192.2 0.2 0.013 0.025 Free Surface 0.254 No6 No 40348 404820A 4048016 87.8 0.3 0.013 0.026 Free Surface 0.260 No6 No 40350 404801 4048026 38.7 0.2 0.013 0.027 Free Surface 0.306 No6 No 40352 404802 4048036 281.7 0.2 0.013 0.028 Free Surface 0.275 No6 No 40354 404803 404803A6 247.6 0.2 0.013 0.029 Free Surface 0.351 No6 No 40356 404814 4048136 261.1 0.3 0.013 0.016 Free Surface 0.209 No6 No 40358 404813 4048156 19.1 0.3 0.013 0.019 Free Surface 0.221 No6 No 40360 404815 4048126 152.5 0.2 0.013 0.020 Free Surface 0.226 No6 No 40362 404812 4048116 68.3 0.3 0.013 0.021 Free Surface 0.231 No6 No 40364 404811 4048106 41.4 0.2 0.013 0.022 Free Surface 0.238 No6 No 40366 404810 4048086 65.0 0.2 0.013 0.023 Free Surface 0.308 No6 No 40368 404809A 4048096 274.9 0.7 0.013 0.001 Free Surface 0.050 No6 No 40370 404808 4048076 26.7 0.3 0.013 0.027 Free Surface 0.437 No6 No 40372 404807 4048066 98.5 0.0 0.013 0.028 Free Surface 0.350 No6 No 40374 404806B 404806A6 145.2 0.7 0.013 0.004 Free Surface 0.078 No6 No 40376 404806 4048056 122.1 0.2 0.013 0.035 Free Surface 0.541 No6 Yes 40378 404805 404804
6 118.8 0.2 0.013 0.037 Free Surface 0.507 No6 Yes
40382 403416A 403423D 27 13.7 20.2 0.013 8.320 Backwater 1.000 No 27 Yes 404 432002 4320036 241.7 31.8 0.013 0.105 Free Surface 0.205 No6 No 405 431115 4311166 224.6 3.5 0.013 0.038 Free Surface 0.166 No6 No 406 430608 430607A8 203.5 1.6 0.013 0.293 Free Surface 0.372 No8 No 407 433303 4333026 186.1 2.9 0.013 0.025 Free Surface 0.143 No6 No 408 433302 4333016 222.5 3.1 0.013 0.030 Free Surface 0.250 No6 No 409 442413LH 4424426 135.0 31.9 0.013 0.005 Free Surface 0.048 No6 No 41 433711 4337106 75.8 7.7 0.013 0.005 Free Surface 0.051 No6 No 410 431202 4312016 307.5 7.1 0.013 0.093 Free Surface 0.204 No6 No 411 430607A 4306068 109.5 1.2 0.013 0.268 Free Surface 0.389 No8 No 412 431208 4312096 251.6 0.2 0.013 0.014 Free Surface 0.193 No6 No 414 430606 430605A8 129.3 1.2 0.013 0.268 Free Surface 0.387 No8 No 415 431116 4306056 222.0 3.2 0.013 0.042 Free Surface 0.172 No6 No 416 442444 4424456 51.3 24.1 0.013 0.004 Free Surface 0.036 No6 No 417 430907 4320106 116.7 24.7 0.013 0.112 Free Surface 0.191 No6 No 418 431201 4309066 335.8 11.9 0.013 0.105 Free Surface 0.200 No6 No 419 430906 4309076 46.0 12.9 0.013 0.108 Free Surface 0.187 No6 No 42 433710 4337096 85.5 7.8 0.013 0.006 Free Surface 0.057 No6 No 420 430704 4305116 225.8 7.7 0.013 0.334 Free Surface 0.402 No6 No 421 430702 4307016 114.3 7.1 0.013 0.009 Free Surface 0.093 No6 No 422 430604 4306036 183.7 6.4 0.013 0.266 Free Surface 0.367 No6 No 423 430511 4305106 110.4 7.7 0.013 0.328 Free Surface 0.377 No6 No 424 430701 4305046 136.2 4.1 0.013 0.017 Free Surface 0.089 No6 No 425 430911LH 4309126 161.7 2.4 0.013 0.009 Free Surface 0.110 No6 No 426 430908 4309096 242.4 1.3 0.013 0.043 Free Surface 0.197 No6 No 427 430603 4306026 177.8 7.0 0.013 0.268 Free Surface 0.360 No6 No 428 430510 4305096 223.5 12.4 0.013 0.325 Free Surface 0.344 No6 No 429 430503 4305026 58.9 9.9 0.013 0.021 Free Surface 0.095 No6 No 43 433713LH 4337116 121.7 2.2 0.013 0.001 Free Surface 0.042 No6 No 430 430909 4309106 98.8 7.4 0.013 0.054 Free Surface 0.169 No6 No 431 430602 4306016 247.0 7.5 0.013 0.269 Free Surface 0.352 No6 No 432 430912 4304116 434.3 4.3 0.013 0.028 Free Surface 0.126 No6 No 433 430509 4305086 107.2 12.1 0.013 0.322 Free Surface 0.381 No6 No 434 431613 4316126 51.4 40.1 0.013 0.243 Free Surface 0.294 No6 No 435 440318 4403178 322.7 3.3 0.013 0.003 Free Surface 0.044 No8 No 436 430508 4305076 108.1 6.6 0.013 0.323 Free Surface 0.396 No6 No 437 430506 4305056 121.9 3.2 0.013 0.002 Free Surface 0.050 No6 No 438 430601 4304096 187.1 8.3 0.013 0.272 Free Surface 0.421 No6 No 439 430902 4309036 186.6 6.7 0.013 0.267 Free Surface 0.377 No6 No 44 454411 4544126 235.9 3.1 0.013 0.124 Free Surface 0.258 No6 No 440 452414 452412B6 87.5 4.5 0.013 0.002 Free Surface 0.053 No6 No 441 430502 4305016 329.2 13.2 0.013 0.025 Free Surface 0.103 No6 No 442 430505 4305016 88.8 6.1 0.013 0.006 Free Surface 0.084 No6 No 443 430409 4304086 177.5 3.0 0.013 0.271 Free Surface 0.417 No6 No 444 430410LH 4304086 294.6 6.5 0.013 0.005 Free Surface 0.195 No6 No 445 430904 4319016 294.3 70.1 0.013 0.308 Free Surface 0.222 No6 No 446 430412 4304136 210.7 2.7 0.013 0.045 Free Surface 0.187 No6 No 447 430910 4304136 423.4 7.7 0.013 0.069 Free Surface 0.194 No6 No 448 433113 4331126 211.0 10.9 0.013 0.023 Free Surface 0.107 No6 No 449 443326 4433016 357.3 3.5 0.013 0.002 Free Surface 0.278 No6 No 45 454431 4544256 54.7 37.7 0.013 0.001 Free Surface 0.055 No6 No 450 440319 4403206 114.5 1.3 0.013 0.006 Free Surface 0.074 No6 No 451 440321 4403206 112.6 4.0 0.013 0.005 Free Surface 0.059 No6 No 452 431901 4316086 51.7 9.8 0.013 0.344 Backwater 1.000 No6 Yes 453 430507 4301016 181.6 7.8 0.013 0.312 Free Surface 0.381 No6 No 455 430901 430902
6 164.5 14.1 0.013 0.263 Free Surface 0.331 No6 No
456 431639 4316386 164.4 10.0 0.013 0.222 Free Surface 0.294 No6 No 457 431608 431608A6 77.5 3.6 0.013 0.911 Exceeds Capacity 1.000 No6 Yes 458 430501 4301036 147.6 12.5 0.013 0.033 Free Surface 0.110 No6 No 46 451105 451104
8 196.9 1.5 0.013 0.099 Free Surface 0.210 No8 No
461 431635 4316346 136.9 19.3 0.013 0.007 Free Surface 0.070 No6 No 462 430103 4301028 163.0 2.2 0.013 0.062 Free Surface 0.157 No8 No 463 430102 4301016 53.1 35.4 0.013 0.093 Free Surface 0.143 No6 No 465 431632 4316336 155.8 39.7 0.013 0.093 Free Surface 0.569 No6 No 466 430109 4301026 62.2 8.3 0.013 0.030 Free Surface 0.117 No6 No 467 431608A 4316076 101.3 4.3 0.013 0.743 Backwater 1.000 No6 Yes 468 431631 4316326 68.0 3.6 0.013 0.089 Free Surface 0.210 No6 No 469 430407 430406
6 169.0 29.2 0.013 0.275 Free Surface 0.248 No6 No
47 433714 4337086 156.7 0.3 0.013 0.072 Free Surface 0.429 No6 No 470 432735LH 4327276 222.1 10.7 0.013 0.003 Free Surface 0.051 No6 No 471 432727 4327266 118.8 11.4 0.013 0.009 Free Surface 0.133 No6 No 472 432727A 4327276 103.5 1.0 0.013 0.002 Free Surface 0.055 No6 No 473 430209 4302086 123.1 11.9 0.013 0.420 Free Surface 0.433 No6 No 474 430110 4301096 256.1 6.6 0.013 0.027 Free Surface 0.117 No6 No 475 431630 4316316 161.3 4.8 0.013 0.021 Free Surface 0.197 No6 No 476 430104 4301036 286.7 0.4 0.013 0.025 Free Surface 0.218 No6 No 477 430406 4304056 139.3 44.0 0.013 0.278 Free Surface 0.235 No6 No 478 430105 4301046 94.0 8.0 0.013 0.004 Free Surface 0.096 No6 No 479 431607 4316066 212.7 1.4 0.013 0.751 Exceeds Capacity 1.000 No6 Yes 48 453501 4313028 461.3 1.0 0.013 0.424 Free Surface 0.561 No8 No 480 431628 4316296 64.8 0.0 0.013 0.011 Free Surface 0.186 No6 No 481 430405 4304046 101.8 40.2 0.013 0.277 Free Surface 0.243 No6 No 482 430208 4302076 168.9 7.8 0.013 0.419 Free Surface 0.428 No6 No 483 432721 4327156 153.4 2.9 0.013 0.011 Free Surface 0.117 No6 No 484 431629 4316306 109.3 8.9 0.013 0.015 Free Surface 0.097 No6 No 485 432316LH 4323156 204.0 5.8 0.013 0.005 Free Surface 0.064 No6 No 486 432225 4322246 171.3 9.3 0.013 0.027 Free Surface 0.187 No6 No 487 440140 4406016 322.8 10.9 0.013 0.285 Free Surface 0.333 No6 No 488 432305 4323046 109.1 7.2 0.013 0.069 Free Surface 0.165 No6 No 489 432328 4323186 74.7 63.0 0.013 0.003 Free Surface 0.057 No6 No 49 451104 4506018 223.6 2.3 0.013 0.099 Free Surface 0.193 No8 No 490 432524 4325218 111.4 6.6 0.013 0.013 Free Surface 0.057 No8 No 491 432534 4325336 104.1 14.6 0.013 0.000 Free Surface 0.113 No6 No 492 432521 4325338 22.4 38.5 0.013 0.032 Free Surface 0.059 No8 No 493 432532 4325338 54.5 14.9 0.013 0.002 Free Surface 0.095 No8 No 494 432531 4325328 90.8 17.6 0.013 0.002 Free Surface 0.021 No8 No 495 403401 4034028 236.3 0.5 0.013 0.100 Free Surface 0.379 No8 No 496 432304 4323036 120.5 26.1 0.013 0.073 Free Surface 0.135 No6 No 497 430212 4302016 28.3 23.4 0.013 0.063 Free Surface 0.354 No6 No 498 431624 4316236 295.5 6.6 0.013 0.055 Free Surface 0.166 No6 No 499 430106 4301046 197.4 1.3 0.013 0.017 Free Surface 0.137 No6 No 50 454412 4544326 214.5 24.5 0.013 0.125 Free Surface 0.170 No6 No 500 431625 4316246 159.6 3.1 0.013 0.042 Free Surface 0.174 No6 No 501 430213 4302126 106.2 55.1 0.013 0.063 Free Surface 0.117 No6 No 502 430202 4302036 156.4 9.4 0.013 0.466 Free Surface 0.436 No6 No 503 430404 4303026 164.9 36.8 0.013 0.301 Free Surface 0.377 No6 No 504 430204 4302056 150.1 13.1 0.013 0.479 Free Surface 0.482 No6 No 505 431604 4316026 123.3 2.2 0.017 0.705 Free Surface 0.980 No6 Yes 507 430205 4302066 157.9 5.1 0.013 0.476 Free Surface 0.580 No6 No 508 430302 430206
6 62.0 2.5 0.013 0.296 Free Surface 0.507 No6 No
509 430111 4301106 385.4 3.5 0.013 0.021 Free Surface 0.119 No6 No 51 454426 4544276 87.3 24.1 0.013 0.017 Free Surface 0.103 No6 No 510 430107 4301066 204.5 3.6 0.013 0.012 Free Surface 0.115 No6 No 511 430206 430310 10 297.5 3.3 0.013 0.750 Free Surface 0.369 No 10 No 512 430310 430401 10 197.4 3.5 0.013 0.760 Free Surface 0.455 No 10 No 513 431602 431645 12 37.8 1.9 0.013 1.288 Free Surface 0.443 No 12 No 514 430216 4302156 198.6 10.2 0.013 0.002 Free Surface 0.094 No6 No 515 430215 4302146 98.1 11.7 0.013 0.058 Free Surface 0.133 No6 No 516 430401 430402 10 257.7 1.2 0.013 0.757 Free Surface 0.450 No 10 No 519 430217 4302156 113.9 1.7 0.013 0.053 Free Surface 0.228 No6 No 52 454429 4544326 236.7 10.0 0.013 0.019 Free Surface 0.122 No6 No 352
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
520 430112 4301116 158.2 11.1 0.013 0.015 Free Surface 0.099 No6 No 521 430108LH 4301076 159.7 0.4 0.013 0.008 Free Surface 0.119 No6 No 522 443409 4434266 98.5 11.8 0.013 0.018 Free Surface 0.082 No6 No 523 432607 4326056 245.7 7.5 0.013 0.029 Free Surface 0.114 No6 No 524 440699LH 4406306 54.1 17.1 0.013 0.005 Free Surface 0.046 No6 No 529 432326 4323246 154.9 3.9 0.013 0.000 Free Surface 0.018 No6 No 53 450601 4506028 83.8 2.5 0.013 0.099 Free Surface 0.278 No8 No 530 432221 4322146 121.4 25.5 0.013 0.003 Free Surface 0.042 No6 No 531 432528LH 4325386 112.9 9.1 0.013 0.003 Free Surface 0.043 No6 No 532 432208 4322076 48.9 7.1 0.013 0.070 Free Surface 0.238 No6 No 533 432224 4322076 183.1 0.9 0.013 0.055 Free Surface 0.267 No6 No 534 432519 08C649L6 128.5 6.6 0.013 0.014 Free Surface 0.091 No6 No 535 432538 4325276 67.8 12.6 0.013 0.006 Free Surface 0.052 No6 No 536 440613 440613A6 454.4 4.2 0.013 0.018 Free Surface 0.124 No6 No 537 432207 4322066 236.8 4.6 0.013 0.147 Free Surface 0.360 No6 No 538 08C649L 08C648M6 132.2 13.5 0.013 0.025 Free Surface 0.095 No6 No 54 454428 4544296 179.6 3.2 0.013 0.018 Free Surface 0.104 No6 No 540 440814 4408136 205.2 11.7 0.013 0.004 Free Surface 0.097 No6 No 541 440813 4408206 99.7 5.8 0.013 0.037 Free Surface 0.121 No6 No 542 440555 4408136 101.8 7.9 0.013 0.003 Free Surface 0.097 No6 No 543 440805 4408066 209.5 10.0 0.013 0.002 Free Surface 0.100 No6 No 544 440835 4408346 121.3 1.2 0.013 0.003 Free Surface 0.062 No6 No 545 440540 4405416 43.6 5.0 0.013 0.029 Free Surface 0.131 No6 No 546 440806 4405216 91.3 1.6 0.013 0.023 Free Surface 0.127 No6 No 547 440521 4408136 100.6 23.2 0.013 0.026 Free Surface 0.119 No6 No 548 441216 4405416 182.8 1.3 0.013 0.003 Free Surface 0.097 No6 No 55 450610 4506046 170.0 2.2 0.013 0.055 Free Surface 0.312 No6 No 550 440808 4408076 85.4 6.8 0.013 0.016 Free Surface 0.088 No6 No 551 440807 4408066 97.8 12.9 0.013 0.019 Free Surface 0.127 No6 No 552 440554 4405536 198.5 7.6 0.013 0.005 Free Surface 0.097 No6 No 553 440522 4405216 99.8 14.4 0.013 0.003 Free Surface 0.059 No6 No 554 441215 4412146 157.7 14.6 0.013 0.007 Free Surface 0.060 No6 No 555 440508 4405096 62.6 11.4 0.013 0.003 Free Surface 0.038 No6 No 557 440523 4405246 289.2 6.9 0.013 0.004 Free Surface 0.074 No6 No 558 441210 4412096 100.0 3.0 0.013 0.006 Free Surface 0.062 No6 No 56 433703 4337026 184.0 35.5 0.013 0.087 Free Surface 0.203 No6 No 560 440809 4408086 110.1 0.5 0.013 0.013 Free Surface 0.129 No6 No 561 403417 4034046 378.6 0.1 0.013 0.057 Backwater 1.000 No6 Yes 562 440810 4408096 168.3 5.4 0.013 0.003 Free Surface 0.105 No6 No 563 403414 403415 27 310.0 0.5 0.013 7.670 Free Surface 0.509 No 27 No 565 403411 403412 21 200.0 1.1 0.013 7.646 Free Surface 0.812 No 21 Yes 566 403412 403413 21 11.0 1.2 0.013 7.745 Free Surface 0.971 No 21 Yes 567 441002 4410046 170.6 40.2 0.013 0.025 Free Surface 0.094 No6 No 568 441005 4410046 238.5 2.1 0.013 0.025 Free Surface 0.136 No6 No 569 403503 4035048 51.8 0.6 0.013 0.002 Free Surface 0.071 No8 No 57 450604 450605 10 161.0 1.0 0.013 0.182 Free Surface 0.263 No 10 No 570 403009A 403009B6 66.8 0.3 0.013 0.002 Free Surface 0.272 No6 No 575 403511 402807A8 141.3 0.6 0.013 0.023 Free Surface 0.165 No8 No 578 403504 4035058 203.9 0.6 0.013 0.012 Free Surface 0.109 No8 No 579 403506 4035058 160.7 0.6 0.013 0.005 Free Surface 0.090 No8 No 58 433707 4337066 132.6 0.4 0.013 0.001 Free Surface 0.057 No6 No 584 454609 4547106 206.3 4.4 0.013 0.033 Free Surface 0.149 No6 No 585 454603 4546106 270.4 0.5 0.013 0.001 Free Surface 0.053 No6 No 586 454610 4546096 251.0 5.5 0.013 0.005 Free Surface 0.098 No6 No 587 454602 4546036 299.9 2.3 0.013 0.003 Free Surface 0.051 No6 No 588 454710 4547096 258.0 3.9 0.013 0.037 Free Surface 0.223 No6 No 589 454711 4547096 201.6 0.5 0.013 0.007 Free Surface 0.203 No6 No 59 433706 4337056 97.9 0.4 0.013 0.002 Free Surface 0.093 No6 No 590 454611 4546106 228.0 4.0 0.013 0.002 Free Surface 0.044 No6 No 591 454712LH 4547116 186.7 0.5 0.013 0.002 Free Surface 0.087 No6 No 592 454601 4546026 217.5 2.7 0.013 0.001 Free Surface 0.037 No6 No 593 454708 4547076 224.6 5.9 0.013 0.004 Free Surface 0.148 No6 No 594 454709 4547076 192.8 0.5 0.013 0.046 Free Surface 0.272 No6 No 597 454611 4545036 222.3 6.8 0.013 0.002 Free Surface 0.035 No6 No 598 454503 4547016 132.6 6.0 0.013 0.002 Free Surface 0.046 No6 No 599 454402 4544016 122.3 3.5 0.013 0.003 Free Surface 0.051 No6 No 6 454909 4549106 80.4 2.2 0.013 0.006 Free Surface 0.081 No6 No 60 433705 4337046 146.3 0.4 0.013 0.007 Free Surface 0.142 No6 No 601 454701 4547026 251.2 5.0 0.013 0.005 Free Surface 0.062 No6 No 602 454215 4542146 220.0 0.2 0.013 0.001 Free Surface 0.070 No6 No 603 454702 4547036 282.9 3.7 0.013 0.007 Free Surface 0.176 No6 No 604 454707 4547036 273.1 1.1 0.013 0.052 Free Surface 0.268 No6 No 605 454706 4547036 79.1 1.2 0.013 0.014 Free Surface 0.204 No6 No 606 454206 4542056 149.7 6.1 0.013 0.054 Free Surface 0.175 No6 No 607 454214 4542136 199.3 9.4 0.013 0.016 Free Surface 0.091 No6 No 608 454401 4544306 106.7 3.7 0.013 0.004 Free Surface 0.057 No6 No 609 454213 4542126 140.5 11.2 0.013 0.024 Free Surface 0.110 No6 No 61 453403 4543068 256.5 3.6 0.013 0.145 Free Surface 0.297 No8 No 610 454204 4542036 71.6 2.8 0.013 0.007 Free Surface 0.116 No6 No 611 454205 4542036 131.8 5.5 0.013 0.059 Free Surface 0.170 No6 No 612 454107 4540056 379.2 1.1 0.013 0.020 Free Surface 0.181 No6 No 613 454106 4541076 401.0 2.7 0.013 0.008 Free Surface 0.117 No6 No 614 454106 4541056 423.5 1.4 0.013 0.005 Free Surface 0.080 No6 No 615 454216 4542146 128.6 0.4 0.013 0.013 Free Surface 0.133 No6 No 616 433404 4334058 333.0 3.6 0.013 0.894 Free Surface 0.542 No8 No 617 433408 4334098 95.9 1.1 0.013 0.904 Free Surface 0.805 No8 Yes 618 431518 4315196 218.5 7.7 0.013 0.005 Free Surface 0.057 No6 No 619 433403 4334048 150.0 2.8 0.013 0.879 Free Surface 0.595 No8 No 62 431514 4315138 99.1 7.3 0.013 0.632 Free Surface 0.409 No8 No 620 433409 4334108 70.7 2.8 0.013 0.905 Free Surface 0.612 No8 No 621 453706 453707 10 127.9 7.8 0.013 1.064 Free Surface 0.396 No 10 No 622 431522 4315236 196.8 1.0 0.013 0.017 Free Surface 0.133 No6 No 623 433406 4334078 262.1 2.4 0.013 0.898 Free Surface 0.604 No8 No 624 433407 4334088 269.2 4.5 0.013 0.900 Free Surface 0.762 No8 Yes 625 431305 4313046 303.5 11.3 0.013 0.005 Free Surface 0.056 No6 No 626 454704 4545076 276.4 0.6 0.013 0.075 Free Surface 0.359 No6 No 627 454703 4547046 132.8 1.3 0.013 0.073 Free Surface 0.314 No6 No 628 454212 4542116 168.1 5.8 0.013 0.028 Free Surface 0.136 No6 No 629 454503 4545026 329.9 12.2 0.013 0.003 Free Surface 0.170 No6 No 63 433702 4337016 134.6 3.0 0.013 0.092 Free Surface 0.247 No6 No 630 454504 4545026 157.1 1.3 0.013 0.080 Free Surface 0.303 No6 No 631 454211 4542096 171.1 3.8 0.013 0.034 Free Surface 0.158 No6 No 632 454005 4540046 363.0 2.3 0.013 0.048 Free Surface 0.192 No6 No 633 454203 4542026 170.4 12.2 0.013 0.067 Free Surface 0.180 No6 No 634 454505 4545046 104.5 1.9 0.013 0.077 Free Surface 0.283 No6 No 635 454507 4545056 238.4 0.6 0.013 0.076 Free Surface 0.319 No6 No 636 454006 4540056 203.0 1.3 0.013 0.019 Free Surface 0.175 No6 No 637 454210 4542096 100.0 1.0 0.013 0.011 Free Surface 0.144 No6 No 638 454209 4542016 316.4 4.9 0.013 0.049 Free Surface 0.194 No6 No 639 454007A 4540046 185.3 4.2 0.013 0.005 Free Surface 0.117 No6 No 64 431301 4315148 224.1 4.8 0.013 0.631 Free Surface 0.404 No8 No 640 454430 4544036 337.9 7.1 0.013 0.007 Free Surface 0.064 No6 No 642 454105 4541046 288.5 8.2 0.013 0.014 Free Surface 0.121 No6 No 643 454202 4542016 159.8 4.7 0.013 0.072 Free Surface 0.213 No6 No 644 454002 4540016 383.9 13.8 0.013 0.085 Free Surface 0.212 No6 No 645 454419 4544206 130.8 15.0 0.013 0.004 Free Surface 0.044 No6 No 646 454407 4544086 286.6 20.6 0.013 0.107 Free Surface 0.170 No6 No 647 433724 4337236 116.7 3.0 0.013 0.004 Free Surface 0.057 No6 No 648 454417 4544196 169.7 3.5 0.013 0.004 Free Surface 0.048 No6 No 649 454418 4544176 132.9 6.2 0.013 0.002 Free Surface 0.047 No6 No 65 433701 4313096 43.6 8.6 0.013 0.095 Free Surface 0.183 No6 No 650 454420 4544216 141.1 15.3 0.013 0.007 Free Surface 0.055 No6 No 651 433723 4337226 66.6 3.0 0.013 0.004 Free Surface 0.063 No6 No 652 454408 4544096 107.2 30.0 0.013 0.117 Free Surface 0.265 No6 No 653 454416 4544176 67.2 3.7 0.013 0.000 Free Surface 0.039 No6 No 654 454421 4544236 124.9 14.7 0.013 0.010 Free Surface 0.065 No6 No 655 454409 4544106 107.8 2.0 0.013 0.118 Free Surface 0.286 No6 No 656 433721 4337206 115.9 1.7 0.013 0.006 Free Surface 0.079 No6 No 658 454423 4544246 123.9 10.1 0.013 0.011 Free Surface 0.092 No6 No 659 454422 4544216 332.2 3.2 0.013 0.002 Free Surface 0.051 No6 No 66 431309 4313026 55.1 38.3 0.013 0.095 Free Surface 0.471 No6 No 660 433716 4337156 84.8 0.9 0.013 0.071 Free Surface 0.309 No6 No 661 453608 4536096 356.0 0.2 0.013 0.218 Free Surface 0.888 No6 Yes 662 453607 453608
6 252.0 0.6 0.013 0.209 Free Surface 0.823 No6 Yes
663 433709 4337086 141.6 7.8 0.013 0.007 Free Surface 0.257 No6 No 664 433708 4337046 130.7 0.4 0.013 0.079 Free Surface 0.310 No6 No 665 433704 4337036 72.5 19.5 0.013 0.087 Free Surface 0.151 No6 No 666 433727LH 4336036 142.8 6.6 0.013 0.007 Free Surface 0.130 No6 No 667 431303 431309A6 105.2 15.9 0.013 0.110 Free Surface 0.188 No6 No 668 433601 4313036 221.0 8.8 0.013 0.098 Free Surface 0.198 No6 No 669 433603 4336026 217.0 6.7 0.013 0.079 Free Surface 0.193 No6 No 67 431302 4313018 253.2 1.8 0.013 0.629 Free Surface 0.517 No8 No 670 433602 4336016 419.0 10.2 0.013 0.089 Free Surface 0.198 No6 No 671 433604 4336036 139.1 2.4 0.013 0.071 Free Surface 0.226 No6 No 672 431520 4315216 107.5 5.8 0.013 0.011 Free Surface 0.100 No6 No 673 454432 4534016 438.5 59.3 0.013 0.145 Free Surface 0.201 No6 No 674 431519 4315206 113.4 10.7 0.013 0.010 Free Surface 0.072 No6 No 675 431304 4313036 167.3 11.8 0.013 0.011 Free Surface 0.126 No6 No 676 433405 4334068 128.3 5.1 0.013 0.896 Free Surface 0.593 No8 No 677 433802 4338036 132.5 2.8 0.013 0.004 Free Surface 0.059 No6 No 678 454404 4544056 230.2 1.0 0.013 0.101 Free Surface 0.316 No6 No 679 454405 4544066 147.9 5.5 0.013 0.103 Free Surface 0.234 No6 No 68 431513 4315128 176.8 4.0 0.013 0.632 Free Surface 0.458 No8 No 680 454406 4544076 166.9 2.6 0.013 0.105 Free Surface 0.247 No6 No 681 433419 4334206 125.6 3.2 0.013 0.032 Free Surface 0.254 No6 No 682 431402 4314036 247.8 3.8 0.013 0.063 Free Surface 0.239 No6 No 683 433808 4313086 158.4 6.2 0.013 0.035 Free Surface 0.158 No6 No 684 442505 4425166 121.6 2.8 0.013 0.003 Free Surface 0.047 No6 No 685 452110 4521086 278.2 55.7 0.013 0.066 Free Surface 0.110 No6 No 686 442303 4423026 149.9 9.9 0.013 0.036 Free Surface 0.125 No6 No 687 431818 4318176 56.5 9.3 0.013 0.048 Free Surface 0.178 No6 No 688 431819 4318186 153.0 4.2 0.013 0.028 Free Surface 0.137 No6 No 689 442321LH 4423206 94.6 24.5 0.013 0.005 Free Surface 0.042 No6 No 69 431512 4315118 154.5 3.2 0.013 0.636 Free Surface 0.478 No8 No 690 451403 451703 18 219.8 3.5 0.013 3.974 Free Surface 0.383 No 18 No 691 451401 451402 24 403.3 1.2 0.013 3.865 Free Surface 0.333 No 24 No 692 451402 451402A 18 121.9 2.2 0.013 3.866 Free Surface 0.428 No 18 No 693 451406 451701 10 17.5 26.0 0.013 0.140 Free Surface 0.294 No 10 No 694 433111 4331106 87.8 6.5 0.013 0.041 Free Surface 0.143 No6 No 696 433803 4338056 54.1 8.1 0.013 0.007 Free Surface 0.140 No6 No 697 431517 4315166 193.9 11.5 0.013 0.004 Free Surface 0.065 No6 No 698 453710 453712 10 122.5 10.4 0.013 1.081 Free Surface 0.331 No 10 No 699 431416LH 4314156 163.3 9.6 0.013 0.004 Free Surface 0.095 No6 No 7 454910 4549046 175.0 2.0 0.013 0.008 Free Surface 0.202 No6 No 70 431511 4315108 93.5 3.1 0.013 0.636 Free Surface 0.472 No8 No 700 431523 4314156 265.3 6.0 0.013 0.022 Free Surface 0.128 No6 No 701 433805 4338066 143.6 0.7 0.013 0.030 Free Surface 0.190 No6 No 702 431305 4313066 259.1 1.5 0.013 0.002 Free Surface 0.060 No6 No 703 433806 4338086 152.2 3.3 0.013 0.034 Free Surface 0.146 No6 No 704 431403 4314046 360.8 1.6 0.013 0.071 Free Surface 0.252 No6 No 705 431308 4313076 162.4 1.8 0.013 0.035 Free Surface 0.177 No6 No 353
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
706 431306 4313076 290.4 2.4 0.013 0.006 Free Surface 0.123 No6 No 707 431307 4314016 277.1 4.0 0.013 0.044 Free Surface 0.156 No6 No 708 431401 431401A6 69.3 8.3 0.013 0.044 Free Surface 0.143 No6 No 709 431404 4314056 281.9 3.6 0.013 0.077 Free Surface 0.239 No6 No 71 431505 4315048 110.2 3.5 0.013 0.649 Free Surface 0.504 No8 No 710 431006 4310076 67.6 1.5 0.013 0.012 Free Surface 0.115 No6 No 711 431005 4310066 106.2 1.6 0.013 0.012 Free Surface 0.113 No6 No 712 431407 4314066 61.4 3.9 0.013 0.003 Free Surface 0.164 No6 No 713 433418 4334196 272.4 0.4 0.013 0.032 Free Surface 0.216 No6 No 715 442507 4425066 55.6 4.8 0.013 0.002 Free Surface 0.033 No6 No 716 431806 4317056 65.2 7.2 0.013 0.361 Backwater 1.000 No6 Yes 717 432006 4318046 201.2 7.0 0.013 0.270 Free Surface 0.344 No6 No 718 432903 433108
6 136.3 40.6 0.013 0.098 Free Surface 0.142 No6 No
719 432904LH 4329056 224.4 2.7 0.013 0.002 Free Surface 0.051 No6 No 72 453701 453702 10 204.2 2.4 0.013 1.048 Free Surface 0.630 No 10 No 721 442302 4423016 191.6 8.2 0.013 0.037 Free Surface 0.138 No6 No 723 LH433214 LH4332136 126.2 3.1 0.013 0.002 Free Surface 0.058 No6 No 724 LH433213 4425046 142.0 0.4 0.013 0.002 Free Surface 0.063 No6 No 726 431708 4317076 290.9 5.5 0.013 0.496 Free Surface 0.775 No6 Yes 727 431706 4317056 116.6 1.5 0.013 0.467 Exceeds Capacity 1.000 No6 Yes 728 431707 4317066 107.0 2.5 0.013 0.507 Backwater 1.000 No6 Yes 73 431506 4315056 177.2 2.3 0.013 0.648 Free Surface 0.812 No6 Yes 730 440304 4403036 97.7 8.9 0.013 0.035 Free Surface 0.137 No6 No 731 431705 4317046 172.7 3.2 0.013 0.744 Exceeds Capacity 1.000 No6 Yes 732 431713 4317116 276.5 7.1 0.013 0.083 Free Surface 0.275 No6 No 733 431704 4317036 71.3 4.6 0.013 0.705 Backwater 1.000 No6 Yes 734 442004 4417148 302.8 0.8 0.013 0.197 Free Surface 0.328 No8 No 735 402617LH 442626
6 211.4 0.9 0.013 0.038 Free Surface 0.205 No6 No
736 441417 441417A6 194.7 3.5 0.013 0.023 Free Surface 0.139 No6 No 737 442316 4425046 47.7 10.5 0.013 0.024 Free Surface 0.100 No6 No 738 452816LH 4528176 207.0 9.0 0.013 0.007 Free Surface 0.079 No6 No 739 442312 4423136 44.4 24.1 0.013 0.004 Free Surface 0.047 No6 No 74 431502 4315018 219.2 2.6 0.013 0.812 Free Surface 0.599 No8 No 740 442313 4423146 157.6 4.7 0.013 0.006 Free Surface 0.064 No6 No 741 431824 4318226 86.0 2.2 0.013 0.002 Free Surface 0.041 No6 No 742 431823 4318226 54.6 7.1 0.013 0.002 Free Surface 0.037 No6 No 743 431812 4318116 103.5 22.7 0.013 0.015 Free Surface 0.082 No6 No 744 442315 4423166 131.2 36.9 0.013 0.022 Free Surface 0.086 No6 No 745 442314 4423156 162.5 11.6 0.013 0.011 Free Surface 0.069 No6 No 746 431828 4318296 74.0 0.9 0.013 0.017 Free Surface 0.170 No6 No 747 431827 4318286 75.4 0.9 0.013 0.016 Free Surface 0.147 No6 No 748 431826 4318276 75.8 0.9 0.013 0.013 Free Surface 0.137 No6 No 749 431822 4318216 127.7 23.0 0.013 0.006 Free Surface 0.062 No6 No 75 431501 4334018 205.2 2.9 0.013 0.876 Free Surface 0.574 No8 No 750 431811 4318106 110.4 7.7 0.013 0.020 Free Surface 0.123 No6 No 751 442317 4423156 115.6 1.2 0.013 0.009 Free Surface 0.092 No6 No 752 431825 4318266 127.7 0.9 0.013 0.011 Free Surface 0.127 No6 No 753 431821 4318256 45.2 3.3 0.013 0.009 Free Surface 0.103 No6 No 754 431809 4318086 64.1 4.7 0.013 0.036 Free Surface 0.131 No6 No 755 431817 4318166 47.4 2.7 0.013 0.050 Free Surface 0.177 No6 No 756 431816 4318146 171.5 14.2 0.013 0.056 Free Surface 0.134 No6 No 757 442319 4423186 63.7 15.7 0.013 0.001 Free Surface 0.036 No6 No 758 431820 4318196 205.5 2.0 0.013 0.005 Free Surface 0.099 No6 No 759 433208 4332096 82.7 2.0 0.013 0.027 Free Surface 0.160 No6 No 76 431410 4315036 200.3 32.6 0.013 0.162 Free Surface 0.437 No6 No 760 431808 4318076 63.3 22.7 0.013 0.042 Free Surface 0.132 No6 No 762 431807 4318056 81.5 4.9 0.013 0.043 Free Surface 0.157 No6 No 763 433209 4332106 162.4 3.6 0.013 0.040 Free Surface 0.204 No6 No 764 432920 4329096 126.0 3.1 0.013 0.087 Free Surface 0.296 No6 No 765 432907 4329086 364.0 6.4 0.013 0.012 Free Surface 0.101 No6 No 766 452820 4528216 77.4 10.4 0.013 0.044 Free Surface 0.137 No6 No 767 442320 4423226 96.5 15.1 0.013 0.006 Free Surface 0.053 No6 No 768 433103 4332026 137.4 12.1 0.013 0.072 Free Surface 0.217 No6 No 769 442336 4423226 87.6 6.4 0.013 0.003 Free Surface 0.052 No6 No 77 431509 4315088 157.1 3.0 0.013 0.642 Backwater 1.000 No8 Yes 770 432906 4329076 211.8 0.9 0.013 0.009 Free Surface 0.098 No6 No 771 431801 431710
6 90.1 9.6 0.013 0.284 Free Surface 0.352 No6 No
772 431803 4318026 86.3 6.2 0.013 0.325 Free Surface 0.399 No6 No 773 431804 4318036 46.4 12.7 0.013 0.272 Free Surface 0.371 No6 No 774 VMH_21 4403016 74.7 1.3 0.013 0.010 Free Surface 0.126 No6 No 775 431710 4317096 62.8 7.9 0.013 0.284 Free Surface 0.405 No6 No 776 454506 4545056 144.8 5.7 0.013 0.000 Free Surface 0.011 No6 No 777 454103 4541046 338.6 0.7 0.013 0.024 Free Surface 0.180 No6 No 778 454102 4541036 424.2 0.3 0.013 0.012 Free Surface 0.184 No6 No 779 454502 4545016 212.6 1.4 0.013 0.087 Free Surface 0.316 No6 No 78 431508 4315078 83.0 1.5 0.013 0.645 Backwater 1.000 No8 Yes 780 454101 4540066 220.1 0.8 0.013 0.011 Free Surface 0.126 No6 No 781 454101 454102
6 308.6 5.0 0.013 0.000 Free Surface 0.084 No6 No
782 454004 4540036 299.3 5.9 0.013 0.061 Free Surface 0.203 No6 No 783 454201 4542176 179.8 10.4 0.013 0.126 Free Surface 0.309 No6 No 784 454403 4544046 193.1 11.3 0.013 0.011 Free Surface 0.232 No6 No 785 454501 4544046 181.0 1.1 0.013 0.088 Free Surface 0.362 No6 No 786 454410 4544116 138.9 12.0 0.013 0.119 Free Surface 0.269 No6 No 787 453609 4536106 233.6 0.6 0.013 0.229 Free Surface 0.558 No6 No 788 431516 4314026 305.2 3.8 0.013 0.011 Free Surface 0.144 No6 No 789 431007 4310086 81.2 1.5 0.013 0.012 Free Surface 0.112 No6 No 79 433804 4338036 71.4 11.1 0.013 0.002 Free Surface 0.045 No6 No 790 432815 432923A6 201.9 7.4 0.013 0.050 Free Surface 0.244 No6 No 791 432814 4328156 31.5 5.1 0.013 0.040 Free Surface 0.152 No6 No 792 432813LH 4328146 57.0 11.0 0.013 0.001 Free Surface 0.084 No6 No 793 432812 4329136 300.5 7.0 0.013 0.115 Free Surface 0.237 No6 No 794 431810 4318096 116.3 3.1 0.013 0.030 Free Surface 0.152 No6 No 795 442318 4423176 114.2 4.9 0.013 0.004 Free Surface 0.083 No6 No 796 431805 4318016 160.1 50.7 0.013 0.137 Free Surface 0.249 No6 No 797 433210 4331016 157.0 2.2 0.013 0.054 Free Surface 0.175 No6 No 798 442322 VMH_216 68.4 15.3 0.013 0.010 Free Surface 0.084 No6 No 799 432922 4329196 304.6 8.1 0.013 0.017 Free Surface 0.152 No6 No 8 454903 4549046 216.0 9.1 0.013 0.309 Free Surface 0.362 No6 No 80 433422 4334126 195.6 60.1 0.013 0.134 Free Surface 0.395 No6 No 800 432919 4329206 177.3 5.2 0.013 0.084 Free Surface 0.232 No6 No 801 432912 4329116 244.3 4.7 0.013 0.178 Free Surface 0.306 No6 No 802 440301 4329126 115.5 11.2 0.013 0.055 Free Surface 0.241 No6 No 803 432905 4329066 198.5 3.0 0.013 0.005 Free Surface 0.088 No6 No 805 431711 4317096 50.9 4.0 0.013 0.194 Free Surface 0.401 No6 No 806 440302 4403016 218.3 7.5 0.013 0.042 Free Surface 0.142 No6 No 807 431712 4317116 31.6 5.5 0.013 0.113 Free Surface 0.299 No6 No 808 432913 4329126 82.8 7.0 0.013 0.123 Free Surface 0.289 No6 No 809 433108 4331076 34.2 51.9 0.013 0.104 Free Surface 0.141 No6 No 81 454003 4540026 240.9 4.0 0.013 0.074 Free Surface 0.198 No6 No 810 451826A 4518266 29.5 0.8 0.013 0.009 Free Surface 0.132 No6 No 811 440203 4402026 186.2 1.7 0.013 0.021 Free Surface 0.146 No6 No 812 451905 451706 18 376.2 1.0 0.013 3.974 Free Surface 0.496 No 18 No 813 440317 4402036 125.5 4.1 0.013 0.007 Free Surface 0.107 No6 No 814 431719 4317206 170.8 27.7 0.013 0.118 Free Surface 0.584 No6 No 815 432811 4328126 240.8 8.3 0.013 0.107 Free Surface 0.225 No6 No 816 451706 451403 18 102.5 4.3 0.013 3.974 Free Surface 0.374 No 18 No 817 431718 4317198 111.0 11.7 0.013 0.108 Free Surface 0.133 No8 No 818 431716 4317188 231.2 7.7 0.013 0.106 Free Surface 0.146 No8 No 819 451418 4514066 280.0 3.8 0.013 0.009 Free Surface 0.121 No6 No 82 454907 4549086 252.5 12.1 0.013 0.293 Free Surface 0.316 No6 No 820 451703 451704 18 126.1 1.9 0.013 3.974 Free Surface 0.457 No 18 No 821 431717 4317166 212.5 10.0 0.013 0.048 Free Surface 0.171 No6 No 822 432817 4328166 300.5 9.8 0.013 0.005 Free Surface 0.065 No6 No 823 433118 4317146 220.8 5.1 0.013 0.036 Free Surface 0.147 No6 No 824 432809 4328146 370.6 8.1 0.013 0.036 Free Surface 0.139 No6 No 825 432808 4328096 24.7 3.4 0.013 0.026 Free Surface 0.131 No6 No 826 451701 451702 18 247.9 2.9 0.013 4.002 Free Surface 0.419 No 18 No 827 451702 451705 12 45.5 0.2 0.013 0.000 Free Surface 0.000 No 12 No 828 431611 4316106 145.4 1.0 0.013 0.578 Exceeds Capacity 1.000 No6 Yes 829 431701 431611
6 118.9 2.9 0.013 0.641 Exceeds Capacity 1.000 No6 Yes
83 453904 4539036 367.8 1.6 0.013 0.006 Free Surface 0.089 No6 No 830 440204 4402036 182.2 3.1 0.013 0.010 Free Surface 0.116 No6 No 831 433112 4331116 141.9 7.9 0.013 0.030 Free Surface 0.130 No6 No 832 431636 4317176 225.2 1.6 0.013 0.041 Free Surface 0.179 No6 No 833 451421 4514068 164.9 3.1 0.013 0.131 Free Surface 0.177 No8 No 834 432602 4326016 237.0 7.8 0.013 0.010 Free Surface 0.098 No6 No 835 432606LH 4326056 103.9 1.2 0.013 0.005 Free Surface 0.093 No6 No 836 440110 4401096 152.4 28.2 0.013 0.006 Free Surface 0.085 No6 No 837 442103 4421056 200.8 5.8 0.013 0.034 Free Surface 0.133 No6 No 838 432513 4325126 173.5 1.6 0.013 0.005 Free Surface 0.132 No6 No 839 432514LH 4325136 92.7 11.3 0.013 0.003 Free Surface 0.057 No6 No 84 453903 4539026 314.1 5.8 0.013 0.017 Free Surface 0.100 No6 No 840 433117 4331186 197.9 0.8 0.013 0.019 Free Surface 0.157 No6 No 841 432806 4328076 174.7 1.3 0.013 0.022 Free Surface 0.135 No6 No 842 432807 4328086 119.6 9.4 0.013 0.025 Free Surface 0.119 No6 No 843 431614 4316136 128.3 14.7 0.013 0.243 Free Surface 0.261 No6 No 844 431643 4316146 103.9 25.6 0.013 0.209 Free Surface 0.266 No6 No 845 432810 4328118 282.6 4.1 0.013 0.103 Free Surface 0.169 No8 No 846 451407 4514218 102.8 10.4 0.013 0.128 Free Surface 0.193 No8 No 847 433116LH 4331176 97.2 17.5 0.013 0.009 Free Surface 0.113 No6 No 848 431637 4316366 143.5 11.3 0.013 0.244 Free Surface 0.274 No6 No 849 431638 4316376 288.2 13.1 0.013 0.233 Free Surface 0.308 No6 No 85 433726 4337256 187.2 3.0 0.013 0.002 Free Surface 0.048 No6 No 850 431615 4316146 57.6 21.7 0.013 0.032 Free Surface 0.198 No6 No 851 431634 4316156 121.9 2.5 0.013 0.010 Free Surface 0.094 No6 No 852 431616 4316156 63.6 52.7 0.013 0.019 Free Surface 0.078 No6 No 853 431610 4316096 322.0 3.8 0.013 0.647 Backwater 1.000 No6 Yes 854 431619LH 4316186 75.8 2.5 0.013 0.004 Free Surface 0.072 No6 No 855 431617 431616
6 72.3 13.7 0.013 0.016 Free Surface 0.071 No6 No
856 431618 4316176 119.8 4.2 0.013 0.011 Free Surface 0.084 No6 No 857 451702 451702A 18 330.6 1.8 0.013 3.992 Free Surface 0.464 No 18 No 858 433115LH 4331146 167.6 10.2 0.013 0.007 Free Surface 0.098 No6 No 859 433114 4331136 175.3 1.1 0.013 0.014 Free Surface 0.119 No6 No 86 453905 4536066 360.9 2.8 0.013 0.185 Free Surface 0.347 No6 No 860 432803LH 4328026 151.0 11.8 0.013 0.004 Free Surface 0.100 No6 No 861 432725 4327266 366.0 5.3 0.013 0.068 Free Surface 0.199 No6 No 862 440212 4402116 293.4 5.1 0.013 0.010 Free Surface 0.161 No6 No 863 431620LH 4316176 98.6 6.9 0.013 0.002 Free Surface 0.059 No6 No 864 433006 4327246 104.2 2.2 0.013 0.059 Free Surface 0.209 No6 No 865 432726 4327286 137.9 6.1 0.013 0.080 Free Surface 0.200 No6 No 866 433007LH 4330086 176.9 2.8 0.013 0.008 Free Surface 0.129 No6 No 867 432730 4327286 152.4 8.0 0.013 0.008 Free Surface 0.127 No6 No 868 433009 4330086 85.0 13.3 0.013 0.022 Free Surface 0.134 No6 No 869 433022 4316406 50.7 9.8 0.013 0.008 Free Surface 0.151 No6 No 87 454810 4548016 173.1 1.3 0.013 0.010 Free Surface 0.227 No6 No 870 433012 4330156 350.4 9.0 0.013 0.084 Free Surface 0.216 No6 No 871 433008 4330126 255.7 1.9 0.013 0.035 Free Surface 0.183 No6 No 872 432737 4327226 103.5 0.3 0.013 0.005 Free Surface 0.109 No6 No 873 432722 4327216 43.4 1.4 0.013 0.009 Free Surface 0.097 No6 No 874 432723 4330066 177.6 9.3 0.013 0.003 Free Surface 0.138 No6 No 875 433020 4330096 93.5 26.1 0.013 0.014 Free Surface 0.076 No6 No 354
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
876 433011 4330106 111.5 2.5 0.013 0.006 Free Surface 0.069 No6 No 877 433010 4330206 18.9 14.0 0.013 0.010 Free Surface 0.061 No6 No 878 432729 4327306 160.1 4.1 0.013 0.003 Free Surface 0.053 No6 No 879 433021LH 4330226 126.4 2.7 0.013 0.004 Free Surface 0.059 No6 No 88 454908 4548016 214.2 17.7 0.013 0.290 Free Surface 0.321 No6 No 880 432716 4327196 178.8 8.2 0.013 0.060 Free Surface 0.209 No6 No 881 432717 4327166 59.5 16.6 0.013 0.013 Free Surface 0.114 No6 No 882 432626 4402116 295.2 6.2 0.013 0.104 Free Surface 0.237 No6 No 883 432712 4327156 135.2 9.2 0.013 0.034 Free Surface 0.132 No6 No 884 433013 433013A6 106.2 14.0 0.013 0.029 Free Surface 0.108 No6 No 885 433003 4330046 121.0 1.7 0.013 0.047 Free Surface 0.231 No6 No 886 432715 4327166 70.5 7.9 0.013 0.045 Free Surface 0.153 No6 No 887 432719 4327206 240.3 1.4 0.013 0.061 Free Surface 0.272 No6 No 888 433004 4330056 192.1 1.0 0.013 0.049 Free Surface 0.281 No6 No 889 433005 4330066 352.0 0.6 0.013 0.054 Free Surface 0.276 No6 No 89 433725 4337246 197.7 3.0 0.013 0.004 Free Surface 0.056 No6 No 890 432732 4327316 141.5 1.4 0.013 0.011 Free Surface 0.115 No6 No 891 432614 4325176 149.7 9.7 0.013 0.007 Free Surface 0.074 No6 No 892 432516 4325156 159.5 4.8 0.013 0.065 Free Surface 0.193 No6 No 893 432214 4322096 87.4 13.2 0.013 0.008 Free Surface 0.096 No6 No 894 432312 4323116 251.3 5.7 0.013 0.026 Free Surface 0.115 No6 No 895 432615LH 4326166 160.8 11.3 0.013 0.003 Free Surface 0.039 No6 No 896 432619LH 4326196 108.3 15.5 0.013 0.007 Free Surface 0.091 No6 No 897 432321LH 4323206 179.0 12.7 0.013 0.005 Free Surface 0.052 No6 No 898 432306 4323056 167.8 7.4 0.013 0.067 Free Surface 0.185 No6 No 899 432525 4325248 262.1 11.8 0.013 0.010 Free Surface 0.051 No8 No 9 431521 4315226 199.5 1.9 0.013 0.015 Free Surface 0.139 No6 No 90 453902 4539016 254.9 13.5 0.013 0.029 Free Surface 0.110 No6 No 900 432320 4323196 148.8 17.8 0.013 0.011 Free Surface 0.064 No6 No 901 441310 4413116 168.5 1.2 0.013 0.013 Free Surface 0.127 No6 No 902 432319 4323186 82.7 18.5 0.013 0.014 Free Surface 0.079 No6 No 903 432522 4325218 236.5 22.5 0.013 0.019 Free Surface 0.055 No8 No 904 432223LH 4322166 155.4 46.0 0.013 0.005 Free Surface 0.047 No6 No 905 433016 4316406 301.3 1.1 0.013 0.104 Free Surface 0.315 No6 No 906 431641LH 4316428 192.8 4.4 0.013 0.055 Free Surface 0.152 No8 No 907 431642 4330166 63.1 4.1 0.013 0.092 Free Surface 0.312 No6 No 908 432711 4327126 85.3 6.6 0.013 0.029 Free Surface 0.120 No6 No 909 432713 4327126 160.7 7.5 0.013 0.005 Free Surface 0.085 No6 No 91 453605 4536066 299.5 0.7 0.013 0.011 Free Surface 0.212 No6 No 910 432720 4326256 130.4 1.2 0.013 0.063 Free Surface 0.243 No6 No 911 432625 4326266 156.3 9.2 0.013 0.095 Free Surface 0.213 No6 No 912 432718 4327176 218.7 4.5 0.013 0.008 Free Surface 0.069 No6 No 913 431606 4316056 106.3 3.4 0.013 0.723 Exceeds Capacity 1.000 No6 Yes 914 431605 431604
6 124.5 5.6 0.013 0.695 Backwater 1.000 No6 Yes
915 433019 433019WYE6 100.9 7.6 0.013 0.006 Free Surface 0.072 No6 No 917 432710 4327116 165.3 2.4 0.013 0.025 Free Surface 0.134 No6 No 918 432603 4326026 99.3 4.6 0.013 0.006 Free Surface 0.066 No6 No 919 432624 4326256 173.2 9.0 0.013 0.031 Free Surface 0.157 No6 No 92 450917 4508106 146.0 1.0 0.013 0.014 Free Surface 0.379 No6 No 920 433014LH 4330136 288.3 7.0 0.013 0.013 Free Surface 0.091 No6 No 921 432405 4324046 141.1 2.1 0.013 0.009 Free Surface 0.089 No6 No 922 432404 433019WYE6 119.0 21.6 0.013 0.026 Free Surface 0.086 No6 No 923 433002 4330036 299.6 5.0 0.013 0.042 Free Surface 0.184 No6 No 924 432708 4327096 164.8 5.8 0.013 0.011 Free Surface 0.087 No6 No 925 432709 4327106 149.9 7.0 0.013 0.018 Free Surface 0.122 No6 No 926 432403 4324046 307.1 1.5 0.013 0.008 Free Surface 0.092 No6 No 927 432707LH 4327086 130.6 1.5 0.013 0.005 Free Surface 0.076 No6 No 928 432623 4326246 200.6 10.4 0.013 0.027 Free Surface 0.110 No6 No 929 432622 4326236 121.5 10.6 0.013 0.023 Free Surface 0.101 No6 No 93 431011 4311066 277.0 2.7 0.013 0.009 Free Surface 0.106 No6 No 930 432621 4326226 233.6 0.9 0.013 0.021 Free Surface 0.142 No6 No 931 433001 4330026 160.6 0.9 0.013 0.033 Free Surface 0.187 No6 No 932 432731 4326216 160.0 1.8 0.013 0.015 Free Surface 0.154 No6 No 933 432601 4325166 88.0 17.9 0.013 0.052 Free Surface 0.159 No6 No 934 432314 4323136 140.6 5.3 0.013 0.005 Free Surface 0.062 No6 No 935 432517 4325166 140.2 2.2 0.013 0.009 Free Surface 0.141 No6 No 936 432609 4326086 23.2 23.0 0.013 0.006 Free Surface 0.081 No6 No 937 432608 4326076 201.2 4.0 0.013 0.021 Free Surface 0.119 No6 No 938 443314 4407366 190.1 2.6 0.013 0.056 Free Surface 0.213 No6 No 939 432706LH 4327056 232.5 5.3 0.013 0.005 Free Surface 0.060 No6 No 94 431008 4310136 234.9 3.0 0.013 0.014 Free Surface 0.091 No6 No 940 432610 4326086 125.2 1.3 0.013 0.014 Free Surface 0.124 No6 No 941 432701 4330016 320.7 0.5 0.013 0.029 Free Surface 0.228 No6 No 942 432613A 4326136 86.0 4.0 0.013 0.000 Free Surface 0.021 No6 No 943 432515 4325126 131.6 5.7 0.013 0.070 Free Surface 0.191 No6 No 944 432628 4325186 25.1 10.5 0.013 0.004 Free Surface 0.057 No6 No 946 432313 4323126 240.1 10.5 0.013 0.012 Free Surface 0.097 No6 No 947 432324 4323126 123.1 31.5 0.013 0.005 Free Surface 0.079 No6 No 948 432702 4327016 108.3 0.9 0.013 0.026 Free Surface 0.211 No6 No 949 432703 4327026 160.5 1.5 0.013 0.019 Free Surface 0.163 No6 No 95 430711 4307126 103.3 0.5 0.013 0.038 Free Surface 0.262 No6 No 950 432705 4327036 123.0 16.7 0.013 0.012 Free Surface 0.102 No6 No 951 443412 4434136 139.4 7.1 0.013 0.004 Free Surface 0.050 No6 No 952 440609 4406076 189.6 3.1 0.013 0.138 Free Surface 0.312 No6 No 953 432733 4327326 229.1 0.8 0.013 0.005 Free Surface 0.098 No6 No 954 440725 4407266 275.8 5.8 0.013 0.061 Free Surface 0.227 No6 No 955 432704 4327036 174.4 4.9 0.013 0.003 Free Surface 0.091 No6 No 956 432734 4326106 298.1 2.0 0.013 0.005 Free Surface 0.098 No6 No 957 432518 4325196 315.8 4.6 0.013 0.008 Free Surface 0.079 No6 No 958 432327 4323086 75.7 6.8 0.013 0.019 Free Surface 0.116 No6 No 959 432311 4323106 74.5 10.7 0.013 0.029 Free Surface 0.109 No6 No 96 433316 433316A6 110.3 2.5 0.013 0.016 Free Surface 0.268 No6 No 960 432611 08C638M6 262.8 2.8 0.013 0.008 Free Surface 0.082 No6 No 961 432209 4322086 190.2 19.8 0.013 0.065 Free Surface 0.160 No6 No 962 440726 4407276 219.2 1.1 0.013 0.063 Free Surface 0.267 No6 No 963 432619 4326186 87.3 1.0 0.013 0.011 Free Surface 0.098 No6 No 964 432526LH 4325258 192.3 10.7 0.013 0.006 Free Surface 0.039 No8 No 965 432309 4323086 129.8 13.3 0.013 0.044 Free Surface 0.130 No6 No 966 432310 4323096 76.5 19.9 0.013 0.041 Free Surface 0.117 No6 No 967 432618 4326176 129.5 25.2 0.013 0.014 Free Surface 0.062 No6 No 968 432616 4326176 146.4 8.2 0.013 0.003 Free Surface 0.104 No6 No 969 432315 4322128 156.8 56.7 0.013 0.036 Free Surface 0.069 No8 No 97 431106 4311076 142.3 2.8 0.013 0.021 Free Surface 0.145 No6 No 970 432213 4322126 48.1 68.0 0.013 0.003 Free Surface 0.067 No6 No 971 440727 4407286 132.7 7.1 0.013 0.140 Free Surface 0.271 No6 No 972 432210 4322096 260.3 14.1 0.013 0.054 Free Surface 0.136 No6 No 973 VMH_20 08C649L6 40.9 7.4 0.013 0.003 Free Surface 0.068 No6 No 975 432211 4322106 171.3 2.4 0.013 0.045 Free Surface 0.170 No6 No 976 432212 4322116 108.8 19.8 0.013 0.042 Free Surface 0.158 No6 No 977 432530LH 4325226 269.0 10.8 0.013 0.003 Free Surface 0.053 No6 No 978 432523 4325226 35.3 2.9 0.013 0.010 Free Surface 0.081 No6 No 98 441014 06C236M6 176.7 1.4 0.013 0.009 Free Surface 0.102 No6 No 980 432215LH 4322116 57.7 12.7 0.013 0.001 Free Surface 0.115 No6 No 982 432206 4322056 185.3 1.6 0.013 0.172 Free Surface 0.420 No6 No 983 432216 4322056 173.1 20.2 0.013 0.012 Free Surface 0.237 No6 No 984 441109 4411106 246.9 3.7 0.013 0.041 Free Surface 0.154 No6 No 986 432303 4323026 156.0 32.6 0.013 0.075 Free Surface 0.128 No6 No 987 441930 4419066 399.7 21.7 0.013 0.009 Free Surface 0.115 No6 No 988 432318 4323176 305.7 12.4 0.013 0.020 Free Surface 0.083 No6 No 989 432317 4322186 153.4 42.4 0.013 0.027 Free Surface 0.081 No6 No 99 402711 4027126 286.0 0.7 0.013 0.099 Free Surface 0.354 No6 No 990 432302 4323016 120.1 45.2 0.013 0.079 Free Surface 0.135 No6 No 992 432205 4322046 243.9 2.6 0.013 0.207 Free Surface 0.409 No6 No 993 432218 4322046 184.0 37.3 0.013 0.034 Free Surface 0.245 No6 No 994 432301 4322206 53.7 22.7 0.013 0.081 Free Surface 0.151 No6 No 996 432203 4322026 172.5 0.5 0.013 0.293 Free Surface 0.843 No6 Yes 997 432219 4322026 287.9 14.2 0.013 0.086 Free Surface 0.170 No6 No 998 432202 HASKINS_WW8 28.0 0.1 0.011 0.382 Free Surface 0.627 No8 Yes C-1030 433019WYE 4316426 90.7 48.1 0.013 0.039 Free Surface 0.163 No6 No C-1148 431002 431005
6 308.1 1.5 0.013 0.008 Free Surface 0.103 No6 No
C-1156 442503A 4425038 122.5 4.0 0.013 0.352 Free Surface 0.323 No8 No C-1345 441311 4413016 62.0 1.0 0.013 0.013 Free Surface 0.132 No6 No C-1512 402602 4025026 305.7 3.1 0.013 0.005 Free Surface 0.409 No6 No C-1519 443219 443221B8 241.1 1.90 0.010 Free Surface 0.080 No8 No C-1694 441212 4410076 305.0 11.7 0.013 0.012 Free Surface 0.074 No6 No C-1703 490101 HASTINGS_WW6 171.4 0.4 0.013 0.009 Free Surface 0.124 No6 No C-1730 441407A 4415018 248.4 4.2 0.013 0.563 Free Surface 0.435 No8 No C-1764 403304 4033058 404.0 1.2 0.013 0.215 Free Surface 0.672 No8 No C-185 454902 4550016 223.2 13.3 0.013 0.005 Free Surface 0.097 No6 No C-1893 442606 442701 12 445.2 5.5 0.013 3.541 Free Surface 0.533 No 12 No C-1972 440731 4407296 265.5 9.1 0.013 0.005 Free Surface 0.249 No6 No C-1984 442116 4418206 30.1 3.3 0.013 0.003 Free Surface 0.079 No6 No C-1986 441820 443604A6 151.0 5.1 0.013 0.021 Free Surface 0.124 No6 No C-2013 441912 4419106 208.6 14.0 0.013 0.039 Free Surface 0.144 No6 No C-2063 441019 4414016 130.3 6.2 0.013 0.230 Free Surface 0.363 No6 No C-2124 443202A 443203 12 70.0 1.9 0.013 1.938 Free Surface 0.612 No 12 No C-2190 403310 403310A 21 274.8 0.8 0.013 4.746 Free Surface 0.527 No 21 No C-2191 403311 4033196 253.9 0.40 0.028 Free Surface 0.236 No6 No C-2302 403108 403108A6 143.3 1.4 0.013 0.065 Free Surface 0.271 No6 No C-234 433211 442504A6 129.1 0.9 0.013 0.287 Free Surface 0.701 No6 Yes C-2361 403708 403709 21 70.7 1.5 0.013 5.738 Free Surface 0.716 No 21 No C-238 403410 460101 27 435.9 0.10 8.252 Exceeds Capacity 1.000 No 27 Yes C-2384 452007 452008CO6 255.3 12.5 0.013 0.051 Free Surface 0.118 No6 No C-2389 452821 452019
6 74.8 8.1 0.013 0.045 Free Surface 0.296 No6 No
C-239 403423 403423D 21 783.8 0.4 0.013 4.527 Backwater 1.000 No 21 Yes C-2406 442503 4425028 310.0 7.6 0.013 0.353 Free Surface 0.293 No8 No C-2424 453729 450118 12 241.8 11.4 0.013 3.507 Free Surface 0.472 No 12 No C-2441 403330 4033116 350.4 0.40 0.022 Free Surface 0.194 No6 No C-2442 403318 403312 21 299.6 0.60 4.782 Free Surface 0.488 No 21 No C-2443 403319 403332 10 261.9 0.4 0.013 0.044 Free Surface 0.563 No 10 Yes C-2476 450114 442624 12 237.2 5.4 0.013 3.513 Free Surface 0.591 No 12 No C-2508 430725 4307238 177.1 0.5 0.013 0.019 Free Surface 0.153 No8 No C-2514 430403 430403A 10 95.7 4.0 0.013 0.779 Free Surface 0.361 No 10 No C-2526 453712 453729 12 52.5 9.6 0.013 1.270 Free Surface 0.286 No 12 No C-2539 450118 450114 12 219.8 5.4 0.013 3.507 Free Surface 0.591 No 12 No C-2562 404803A 4036096 31.5 0.3 0.013 0.069 Free Surface 0.376 No6 No C-2563 VMH-92 403410 27 11.9 0.0 0.013 8.560 Backwater 1.000 No 27 Yes C-2564 403423 VMH-92 21 6.1 0.9 0.013 1.703 Backwater 1.000 No 21 Yes C-2565 450303 4501018 333.2 3.5 0.013 0.318 Free Surface 0.317 No8 No C-2566 440117A 440118
6 97.5 0.3 0.013 0.013 Free Surface 0.130 No6 No
C-2569 452818WYE 4528196 120.3 10.7 0.013 0.042 Free Surface 0.136 No6 No C-2570 441909 4419086 178.4 4.3 0.013 0.051 Free Surface 0.166 No6 No C-2572 451606 451615 12 7.7 2.1 0.01 0.303 Free Surface 0.201 No 12 No C-2573 451615 451803D 12 241.7 1.5 0.013 0.303 Free Surface 0.421 No 12 No C-2574 430607 430607A8 19.8 1.2 0.013 0.001 Free Surface 0.017 No8 No C-2575 430605A 4306058 21.4 0.6 0.013 0.254 Free Surface 0.451 No8 No C-2576 450302A 4503038 143.1 2.4 0.013 0.285 Free Surface 0.325 No8 No C-2577 452008CO 452008BD6 4.6 96.5 0.013 0.057 Free Surface 0.104 No6 No C-2578 452008BD 452008BDA6 41.0 27.3 0.013 0.057 Free Surface 0.120 No6 No C-2579 452008BDA 452008BDB6 33.4 30.7 0.013 0.058 Free Surface 0.118 No6 No C-2580 452008BDB 4520096 9.9 12.9 0.013 0.058 Free Surface 0.142 No6 No 355
ID From MH To MH Size (in.) Length(ft) Slope (%) Manning's n Maximum Flow (mgd) Maximum Flow Class Max.Depth/Full Depth Force Main Existing Diameter Deficient G3. Model Results for 2043 PWWF
C-2581 454606 454606A 6 497.9 0.1 0.013 0.020 Free Surface 0.289 No 6 No C-2584 403423C IEC_MH-116 27 512.0 0.0 0.013 14.141 Free Surface 0.864 No 30 Yes C-2585 403700K IEC_MH-116 27 10.5 3.8 0.013 3.049 Free Surface 0.692 No 27 No C-2586 IEC_MH-116 OFALL-18 36 46.0 0.3 0.013 16.309 Free Surface 0.567 No 36 No C-2587 403703E 403703D 8 225.0 0.7 0 0.024 Free Surface 0.114 No 8 No C-2588 403703D 403703C 8 105.0 0.7 0 0.023 Free Surface 0.139 No 8 No C-2589 403703C 403703B 8 200.0 0.7 0 0.048 Free Surface 0.175 No 8 No C-2590 403703B 403700K 8 300.0 0.7 0.013 0.051 Free Surface 0.189 No 8 No C-2592 452712 452818WYE 6 46.0 10.7 0.013 0.025 Free Surface 0.114 No 6 No C-2594 441910 441909 6 39.7 4.3 0.013 0.049 Free Surface 0.177 No 6 No C-2595 451802B 451802A 6 127.4 5.8 0.013 0.030 Free Surface 0.126 No 6 No C-2596 451802C 451802B 6 159.9 5.8 0 0.010 Free Surface 0.096 No 6 No C-2598 403605A 403605 6 80.0 0.2 0.013 0.068 Free Surface 0.595 No 6 Yes C-2602 403108A 403109 6 35.8 1.4 0.013 0.071 Free Surface 0.331 No 6 No C-2604 403310A 403318 18 128.1 0.8 0.013 4.782 Free Surface 0.659 No 18 No C-2605 403317 403310A 10 40.8 1.5 0.013 0.027 Free Surface 0.087 No 10 No C-2606 404804 404803A 8 106.4 0.4 0.013 0.038 Free Surface 0.257 No 8 No C-2610 454506B 454406 6 89.4 2.4 0.013 0.002 Free Surface 0.068 No 6 No C-2611 454506A 454506B 6 101.4 5.7 0.013 0.001 Free Surface 0.028 No 6 No C-2612 454506 454506A 6 63.2 5.7 0.013 0.001 Free Surface 0.025 No 6 No C-2615 455002 455003 6 198.3 2.6 0.013 0.090 Free Surface 0.296 No 6 No C-2621 403709 403423 21 45.0 3.6 0.013 4.992 Backwater 1.000 No 21 Yes C-2624 450302 450302A 8 146.6 2.4 0.013 0.281 Free Surface 0.329 No 8 No C-2627 430101 430210 6 239.2 11.7 0.013 0.403 Free Surface 0.436 No 6 No C-2647 441408 441518A 6 16.1 1.9 0.013 0.000 Free Surface 0.000 No 6 No C-2658 431601 431602 10 68.3 1.8 0.013 0.798 Free Surface 0.452 No 10 No C-2667 441409 441409B 6 124.6 0.9 0 0.080 Free Surface 0.313 No 6 No C-2679 453715 453731 8 120.0 21.2 0.013 2.429 Free Surface 0.590 No 8 No C-2727 451815 451815A 6 194.9 1.8 0.013 0.177 Free Surface 0.417 No 6 No C-2728 403322 403304 6 218.3 1.6 0.013 0.037 Free Surface 0.192 No 6 No C-2741 432401C SAN_JUAN_WW 8 8.7 1.3 0.013 4.676 Exceeds Capacity 1.000 No 8 Yes C-2746 432401 432401A 8 79.7 1.9 0.013 0.021 Free Surface 0.097 No 8 No C-2747 432402 432401C 8 29.0 1.2 0.013 1.316 Exceeds Capacity 1.000 No 8 Yes C-2758 443202 443202A 12 206.3 1.9 0.013 1.934 Free Surface 0.561 No 12 No C-2786 403700B 403700C 18 55.0 0.3 0.013 0.939 Free Surface 0.350 No 18 No C-2787 403700C 403700D 18 70.0 0.3 0.013 0.928 Free Surface 0.366 No 18 No C-2788 403700D 403700E 18 305.0 0.3 0.013 1.107 Free Surface 0.386 No 18 No C-2790 403700A 403700B 18 330.0 0.2 0.013 0.935 Free Surface 0.357 No 18 No C-2792 403700E 403700F 18 140.0 0.3 0.013 1.080 Free Surface 0.356 No 18 No C-2793 403700F 403700G 18 10.0 1.2 0.013 1.083 Free Surface 0.322 No 18 No C-2794 403700G 403700H 18 290.0 0.3 0.013 1.079 Free Surface 0.373 No 18 No C-2795 403700H 403700J 21 190.0 0.3 0.013 1.099 Free Surface 0.430 No 18 No C-2796 403700J 403700K 21 20.0 1.5 0.013 2.939 Free Surface 0.576 No 18 No C-2797 451815A 451810 6 24.8 9.1 0.013 0.177 Free Surface 0.272 No 6 No C-2799 441931LH 441931 6 256.2 25.6 0.013 0.003 Free Surface 0.037 No 6 No C-2806 454606A 454608 6 113.4 0.6 0.013 0.024 Free Surface 0.223 No 6 No C-2813 442624 442624A 12 233.0 5.4 0.013 3.513 Free Surface 0.795 No 12 Yes C-2814 442624A 442624B 12 113.6 0.8 0.013 3.514 Exceeds Capacity 1.000 No 12 Yes C-2815 442624B 442624C 12 32.9 0.0 0.013 3.514 Free Surface 0.967 No 12 Yes C-2816 442604 442624C 8 277.1 4.2 0.013 0.023 Free Surface 0.305 No 8 No C-2817 442624C 442606 12 275.0 5.5 0.013 3.536 Free Surface 0.632 No 12 No C-2818 442504A 442503A 6 24.0 4.1 0.013 0.287 Free Surface 0.433 No 6 No C-2819 442504 442503A 8 27.0 4.0 0.013 0.065 Free Surface 0.231 No 8 No C-2822 451507 451507A 6 25.5 10.9 0.013 0.020 Free Surface 0.090 No 6 No C-2823 451507A 451611 6 121.0 10.9 0.013 0.020 Free Surface 0.100 No 6 No C-2833 432401B 432401C 8 5.4 49.7 0.013 0.755 Free Surface 0.608 No 8 No C-2834 432401A 432402 8 42.7 3.5 0.013 0.022 Free Surface 0.419 No 8 No C-2840 403332 403305 10 8.2 1.3 0.013 1.876 Backwater 1.000 No 10 Yes C-2847 453731 453729 10 61.2 21.2 0.013 2.429 Free Surface 0.425 No 10 No C-2848 403605B 403605A 6 270.0 0.2 0.013 0.025 Free Surface 0.359 No 6 No C-2853 460101 403416A 27 341.1 0.1 0.013 8.337 Exceeds Capacity 1.000 No 27 Yes C-2855 441407 441407A 8 34.8 2.9 0.013 0.563 Free Surface 0.453 No 8 No C-2856 430403A 431601 10 133.1 3.9 0.013 0.789 Free Surface 0.362 No 10 No C-404 451409 451408 6 259.2 14.7 0.013 0.054 Free Surface 0.146 No 6 No C-515 431102 430610 8 160.7 11.3 0.013 0.024 Free Surface 0.105 No 8 No C-572 430402 430403 10 321.2 4.0 0.013 0.761 Free Surface 0.357 No 10 No C-578 442607 442606 6 120.0 13.0 0.013 0.009 Free Surface 0.529 No 6 No C-586 432910 433211 6 265.0 0.8 0.013 0.286 Free Surface 0.718 No 6 Yes C-588 442713 442438 6 244.4 2.2 0.013 0.017 Free Surface 0.139 No 6 No C-655 442603 442604 8 168.7 4.3 0.013 0.023 Free Surface 0.084 No 8 No C-657 450208 450207 10 85.3 5.0 0.013 0.375 Free Surface 0.281 No 10 No C-663 442502 442501 8 112.7 4.7 0.013 0.358 Free Surface 0.487 No 8 No CDT-13 432617 OFALL-12 6 500.0 0.5 0.01 0.020 Free Surface 0.167 No 6 No CDT-15 432533 OFALL-14 6 500.0 0.4 0.01 0.034 Free Surface 0.225 No 6 No CDT-17 432502 OFALL-16 6 500.0 0.2 0.013 0.024 Free Surface 0.253 No 6 No CDT-19 450103A 442701A 12 600.7 1.2 0.013 0.373 Free Surface 0.259 No 12 No IEC_GM-100 442701 450417B 10 41.8 7.2 0.013 1.711 Free Surface 0.471 No 10 No IEC_GM-102 450417B 450417A 10 321.5 4.3 0.013 1.710 Free Surface 0.548 No 10 No IEC_GM-104 450417A 450417 10 192.9 6.6 0.013 1.710 Free Surface 0.483 No 10 No IEC_GM-106 450417 450419 18 294.9 2.5 0.013 4.220 Free Surface 0.437 No 18 No IEC_GM-110 441827 441827B 8 47.8 6.0 0.013 0.019 Free Surface 0.068 No 8 No IEC_GM-112 441827B 443604A 8 129.8 8.3 0.013 0.019 Free Surface 0.065 No 8 No IEC_GM-114 452406B 452403 6 101.1 0.1 0.01 0.007 Free Surface 0.633 No 6 Yes IEC_GM-116 443221B 443221A 8 151.1 1.5 0.013 0.020 Free Surface 0.097 No 8 No IEC_GM-120 IEC_MH-110 450211 8 141.0 11.7 0.013 0.328 Free Surface 0.247 No 8 No IEC_GM-122 452405A 451810 8 271.0 0.2 0.013 0.307 Free Surface 0.746 No 8 Yes IEC_GM-124 441502 441519 15 61.1 0.4 0.013 0.689 Free Surface 0.347 No 15 No IEC_GM-126 441519 NORTH_ROAD_WW_N 15 22.4 0.6 0.013 1.277 Free Surface 0.432 No 15 No IEC_GM-134 403609 403608 8 270.2 0.7 0.013 0.153 Free Surface 0.436 No 8 No 356
Appendix H. Defect Codes and Rehabilitation Actions