Table of Contents

S No Description Pg.No
1 Salient Features 1
2 Project Report
2.1 Introduction 2
2.2 Existing Water Supply Arrangement of the Scheme 2
2.3 Design Criteria 2
2.4 Population 2
2.5 Water Demand 2
2.6 Overhead Tank 2
2.7 Distribution System 2
2.8 Functional Household Tap Connection (FHTC) 3
2.9 Public Stand Posts 3
2.10 Fire Hydrant 3
3 Technical report
3.1 Design Criteria 4
3.2 Design Period 4
3.3 Population Projection 4
3.4 Rate Of Water Supply 5
3.5 Water Demand 5
3.6 Overhead Tank 6
3.7 Design Criteria for Distribution System 7
3.8 Crossings 7

4 List of Tables
Table 1 List of Gram Panchyat and Villages 1
Table 2 SC/ST and House hold Data 1
Table 3: Population Adopted 2
Table 4: Demand Adopted 2
Table 5: Distribution pipeline summary 3
Table 6: Design period of various facilities in water supply system 4
Table 7: Population as per last decadal census & Population Ratio 4
Table 8 :House holds 4
Table 9: Forecasted population 5
Table 10: SC/ST Forecasted Population 5
Table 11: Population 5
Table 12: Draw of Pattern of OHSR 6
Table 13: Pipe Table 14
Table 14: Junction Table 21
Table 15: Valve Abstract 25
5 List of Drawings
2 Base Plan
Drawing no:Unnao/Cluster-B/OHT-B70/BP/01 1
3 Network Drawing
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01 1
4 Part wise Network Drawing
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/01 1
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/02 2
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/03 3
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/04 4
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/05 5
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/06 6
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/07 7
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/08 8
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/09 9
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/10 10
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/11 11
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/12 12
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/13 13
Drawing no:Unnao/Cluster-B/HILAULI OHT-B70-Z1/ND/01/14 14
Salient Features
 MULTI GROUP OF VILLAGES WATER SUPPLY SCHEME CLUSTER-B DISTRICT UNNAO
1.Salient Features
Name of the Programme = Under Jal Jeevan Mission Programme
Name of the state = UTTAR PRADESH
Name of the District = UNNAO
Name of the Block = HILAULI
Name of the OHT = OHT - B70-Z1

Table 1 List of Gram Panchyat and Villages

HOUSE
Sl. District Village Census POPULATIO
Block Name Gram Panchayat Name Village Name Habitation HOLDS AS
No Name ID Code N 2011
PER 2023

HILAULI SARAIYA 7080 1407

HILAULI PURAN KHERA

HILAULI BHUSAI KHERA

HILAULI UDDAITPUR

HILAULI BALDI KHEDA

HILAULI BAKHT KHEDA

1 Unnao AKOHARI 415096 AKOHARI 142661
THAKURAIN
HILAULI
KHEDA
KALYAN
HILAULI
KHEDA

HILAULI AKOHARI

CHHOTI
HILAULI
AKOHARI
LOCHAN
HILAULI
KHEDA

HILAULI LAYAK KHEDA

TOTAL 7080 1407

OHT-B70 3/23
Note: All Habitations are Covered as per given in Survey Data

Table 2 SC/ST and House hold Data

SL. NO DESCRIPTION TOTAL SC/ST
1. As per Census 2011 7080 2072
2. Initial Stage 2024 8265 2419
3. Middle Stage 2039 9877 2891
4. Ultimate Stage 2054 11754 3440
*refer Table 9: Forecasted population
*SC/ST Data refer Table 10: SC/ST Forecasted population
*House Holds Data refer Table 8 :House holds

Rate of water supply

As per JJM Guidelines = 55 LPCD *as per Tender Specifications
Distribution &Transmission Losses
15% = 64.71 LPCD *as per Tender Specifications
Nature of Sources = Surface Water
Daily Water Demand Summary
a) Base year 2024 = 0.535 MLD *refer cl 3.5 Water Demand
b) Intermediate year 2039 = 0.639 MLD *refer cl 3.5 Water Demand
c) Design year 2054 = 0.761 MLD *refer cl 3.5 Water Demand

ELSR Storage OHT - B70

a) Quantity = 1 No
b) Capacity = 225 KL *refer 3.6 OHT Capacity calculations
c) Staging = 18 Meter *as per Design

Distribution Network length

HDPE PIPE = 32141 m
DI PIPE = 4724 m
TOTAL PIPE = 36865

OHT-B70 4/23
Project Report
 MULTI GROUP OF VILLAGES WATER SUPPLY SCHEME CLUSTER-B DISTRICT UNNAO
2.Project Report
2.1. Introduction

The U. P Government is to provide drinking water through a pipe System to every household under the project area. The Contractor is to ensure
Compliance with this objective while executing the project and to ensure O&M for 10 years.

2.2. Existing Water Supply Arrangement of the Scheme

Akohari (V) of Akohari GP earlier it was catered by Akohari GOV Scheme, due to non-reliability of source, this village is to be served by
proposed project under MULTI GROUP OF VILLAGES WATER SUPPLY SCHEME UNNAO CLUSTER B.(OHT - B70-Z1)

2.3. Design Criteria

The Design Criteria adopted for the works proposed under this detailed project Report accordance with the directives / guidelines issued by
Ministry of Jal Shakti Department of Drinking Water and Sanitation National Jal Jeevan Mission.

2.4. Population

The population figures of last four decades that is for 1971,1981, 1991, 2001 and 2011 are available, based on these figures increase in population
over previous decades, percentage Increase in population and the incremental increase in population has been computed.

Table 3: Population Adopted

OHT Name Year/Stage Population
*refer Table 9: Forecasted
Initial Stage Year 2024 8265
population & FHTC
*refer Table 9: Forecasted
OHT-B70-Z1 Intermediate Stage Year 2039 9877
population & FHTC
*refer Table 9: Forecasted
Ultimate Stage Year 2054 11754
population & FHTC
2.5. Water Demand
The water demand has been calculated on the basis of 55 Liters per head per day and 15%(Distribution &Transmission Losses 15 % losses) in
Distribution transmission water losses has been considered as per JJM Guidelines. Water requirement for different stages of the scheme is
detailed below:
Table 4: Demand Adopted
OHT Name Year/Stage Demand (MLD)
OHT-B70-Z1 Initial Stage Year 2024 0.535 *refer 3.5 Water Demand
Intermediate Stage Year 2039 0.639 *refer 3.5 Water Demand
Ultimate Stage Year 2052 0.761 *refer 3.5 Water Demand
2.66 .OVERHEAD TANK
The capacity of Overhead tank has been calculated by performing mass balancing over a duration of 24 hours by considering distribution
consumption pattern for the mid stage demand. The capacity calculated arrived is as under:
Capacity = 225 KL *refer 3.6 OHT Capacity calculations
Staging = 18 Meter *as per design
2.7.DISTRIBUTION SYSTEM
Distribution System has been provided in accordance with the Tender Guidelines under the Jal Jeevan Mission Program, Salient details are
detailed below:
Peak Factor has been adopted as = 3m *as per Tender Specifications
Minimum size of pipe has been kept as = 63 mm *as per Tender Specifications
Minimum Terminal Head adopted as = 7m *as per Tender Specifications

OHT-B70 6/23
Accordingly design of Distribution System has been done. Summary of pipeline proposed in this scheme is given below:
Table 5: Distribution Pipeline Summary
Diameter
Pipeline Type Material Class Length (m)
(mm)
Distribution Mains HDPE PN-6 63 19,924
Distribution Mains HDPE PN-6 75 4,195
Distribution Mains HDPE PN-6 90 1,341
Distribution Mains HDPE PN-6 110 3,348
Distribution Mains HDPE PN-6 125 477
Distribution Mains HDPE PN-6 140 856
Distribution Mains HDPE PN-6 160 1,795
Distribution Mains HDPE PN-6 200 205
Distribution Mains DI K7 200 2,726
Distribution Mains DI K7 250 1,998
Total Length (m) 36865

Adequate number of Sluice Valves / Air Valves / Fire Hydrant have been provided for regular and efficient working of the Water Supply
System.
2.8 .Functional Household Tap Connection (FHTC)
No of households is considered based on 2023 data.
No of FHTC Connections ( as per IMIS) = 1407 *refer Table 8: Forecasted population & FHTC
2.9.Public Stand Posts
No of Public standposts are considered based on survey data.
No of Public stand posts = 19 *as per Tender Specifications
2.10.Fire Hydrant
No of fire hydrant are considered based on survey data
No of Firehydrant = 1 *as per Tender Specifications

OHT-B70 7/23
Technical Report
 MULTI GROUP OF VILLAGES WATER SUPPLY SCHEME CLUSTER-B DISTRICT UNNAO
3.Technical Report
3.1 Design Criteria
The Design Criteria adopted for the works proposed under this Detailed Project Report is in accordance with the directives / guidelines issued by
Ministry of Jal Shakti Department of Drinking Water and Sanitation National Jal Jeevan Mission.
Design Criteria for Head Loss or Pressure Drop
Friction Head Loss per Meter of pipe are computed by using Hazen William Formula given below:
Q= [1.292 * 10^-5 * C * (d^2.63) * (S^0.54)] (as per CPHEEO Manual Eq.No 6.30 )
Where,
C - Hazen William coefficient
d - Pipe Diameter in mm
Q - Discharge in cubic meter per hour
S - Friction Slope

C1=

For 10% minor losses, adopting 1.1 x S in place of S, the value of C comes to be

1
= = 0.949
1.1^0.54

C1= 0.949x

C1= 0.949xC
For incorporating 10%minor losses, the revised C values are adopted as follows:

Hazen Williams Adopted

SI.NO Pipe Material 0.949xHWC
Coefficients HWC
1 DI 140 132.86 132.86
2 HDPE 145 137.605 137.61

3.2 Design Period

The water supply projects are designed to meet the requirements over a 30-year period.
Base year 2024
Intermediate design year 2039
Ultimate design year 2054
In this project, various facilities of water supply works are designed to meet the requirement of the following design periods.
Table 6: Design period of various facilities in water supply system
Sr. No. Facilities in Water Supply Works Design Capacity (Years)
1 Overhead Tanks 15
2 Rising/Distribution System 30
3.3 Population Projection
Table 7:Population as per last decadal census &
Population Ratio
Year Population Population Ratio
2011 2576721 1.000
2024 3007864 1.167
2039 3594847 1.395
2054 4277735 1.660

Table 8 :House holds

2011 HOUSE
SL.
BLOCK NAME GRAM PANCHYAT VILLAGE NAME SC/ST-2011 HOLDS AS
NO
TOTAL PER 2023

1 HILAULI AKOHARI AKOHARI 7080 2072 1407

TOTAL 7080 2072 1407

OHT-B70
9/23
 Table 9: Forecasted population
SL. GRAM 2011 AS PER CENSUS
VILLAGE NAME
NO PANCHYAT 2011 2024 2039 2054
1 AKOHARI AKOHARI 7080 8265 9877 11754
TOTAL 7079.893012 8265 9877 11754

Table 10: SC/ST Forecasted population

SC/ST-
Sl. No Block Name Gram Panchyat Village Name SC/ST-2011 SC/ST-2024 SC/ST-2039
2054
1 HILAULI AKOHARI AKOHARI 2072 2419 2891 3440
TOTAL 2072 2419 2891 3440

3.4 RATE OF WATER SUPPLY

In accordance with the guideline issued by Ministry of Jal Shakti Department of Drinking Water and Sanitation National Jal Jeevan, the rate of water
supply adopted is 55 liters per head per day(55 LPCD (15 % losses in Distributiontransmission) i.e., 64.71 LPCD at source.

3.5 Water Demand

Water requirement for different stages of the scheme based on the adopted rate of water supply as detailed under part-4 above is worked out below:

Table 11: population

SL.
BLOCK NAME GRAM PANCHYAT VILLAGE NAME 2011 2024 2039 2054
NO
1 HILAULI AKOHARI AKOHARI 7079.893012 8265 9877 11754
TOTAL 7079.893012 8265 9877 11754

Water demand for the ultimate design year (2024) =

Total Population: = 8264.50071 *(refer Table No.8)
Supply Hrs = 24 *as per Tender Specifications
lpcd = 64.71 *as per Tender Specifications
Water Reqiured for 2039 = 0.535 MLD
371.362 LPM

Water demand for the ultimate design year (2039) =

Total Population: = 9877 (refer Table No.8)
Supply Hrs = 24 as per Tender Specifications
lpcd = 64.71 as per Tender Specifications
Water Reqiured for 2039 = 0.639 MLD
443.833 LPM
Water demand for the ultimate design year (2054) =
Total Population: = 11754 (refer Table No.8)
Supply Hrs = 24 as per Tender Specifications
lpcd = 64.71 as per Tender Specifications
Water Reqiured for 2054 = 0.761 MLD
528.147 LPM

OHT-B70
10/23
OHT Capacity
 MULTI GROUP OF VILLAGES WATER SUPPLY SCHEME CLUSTER-B DISTRICT UNNAO
3.6 Overhead Tank
The capacity of Over-head tank has been calculated by performing mass balancing over a duration of 24 hours by
considering distribution diurnal consumption pattern. The mass balance calculations is presented below.
Water Requirement at intermediate
A = 639.12 KL/day (refer 1.5 Water Demand)
(2039)
B Average Hourly Demand 'a' = 26.63 KL/Hr (Water demand/24)
C Peak Factor = 3
D Peak Hour Demand = 3a
E Avg. Supply hour = 24 Hrs
F Average hourly input = 24/24 1.0a (24hrs./av.Pumping hrs.)
Storage Capacity of OHT has been calculated as below:

Peak Hours : 6.0 A.M to 10.30 A.M & 4.0 P.M to 5.0 P.M

Table 12: Draw of Pattern of OHSR

Rate of Total of Cummulativ Rate of Total Cummulative Difference
Hours Total Hour
Inflow Inflow e inflow Draw off Draw off Draw off Excess/Deficit

1 2 3 4=2*3 5=(Prev5+4) 6 7=2*6 8=(Prev8+7) 9=8-5

0-2 2 1.0 2 2 0.08 0.16 0.16 -1.84
2-4 2 1.0 2 4 0.08 0.16 0.32 -3.68
4-5 1 1.0 1 5 0.20 0.20 0.52 -4.48
5-6 1 1.0 1 6 0.50 0.50 1.02 -4.98
6-8 2 1.0 2 8 3.00 6.00 7.02 -0.98
8-9 1 1.0 1 9 3.00 3.00 10.02 1.02
9-10.5 1.5 1.0 1.5 10.5 1.67 2.50 12.52 2.02
10.5-12 1.5 1.0 1.5 12 1.00 1.50 14.02 2.02
12-13.5 1.5 1.0 1.5 13.5 1.00 1.50 15.52 2.02
13.5-14 0.5 1.0 0.5 14 0.25 0.13 15.65 1.65
14-14.5 0.5 1.0 0.5 14.5 0.25 0.13 15.77 1.27
14.5-15.5 1 1.0 1 15.5 0.24 0.24 16.01 0.51
15.5-16 0.5 1.0 0.5 16 1.00 0.50 16.51 0.51
16-16.5 0.5 1.0 0.5 16.5 1.00 0.50 17.01 0.51
16.5-17 0.5 1.0 0.5 17 2.00 1.00 18.01 1.01
17-18 1 1.0 1 18 2.00 2.00 20.01 2.01
18-19 1 1.0 1 19 2.00 2.00 22.01 3.01
19-20.5 1.5 1.0 1.5 20.5 1.00 1.50 23.51 3.01
20.5-21 0.5 1.0 0.5 21 0.50 0.25 23.76 2.76
21-22 1 1.0 1 22 0.08 0.08 23.84 1.84
22-23 1 1.0 1 23 0.08 0.08 23.92 0.92
23-24 1 1.0 1 24 0.08 0.08 24.00 0.00
Balancing Capacity of reservoir = max excess - max.deficit
Balancing Capacity of reservoir = 3.012 (-)-4.98xa
= 7.992 xa
Say 8.000 xa
= 213.04 KL
Adopted 225 KL
According to the Topography of area and design of distribution mains, the staging for OHT has been kept as 18 m.
Distribution System
 MULTI GROUP OF VILLAGES WATER SUPPLY SCHEME CLUSTER-B DISTRICT UNNAO
3.7 Design Criteria for Distribution System
The Distribution System has been designed on the basis of following parameters as per Design Criteria

(a) Rate of Water Supply = 55 LPCD + (15 % losses) = 64.71 LPCD

(b) Design Period = 30 Years (*as per Tender Specifications)

(c) Minimum Terminal Pressure = 7m (*as per Tender Specifications)
(d) Peak Factor = 3m (*as per Tender Specifications)
(e) Min Diameter of Mains = 63 mm (*as per Tender Specifications)
(f) DI Pipe and HDPE Pipe PE-100 Grade PN-6 working pressure has been provided.
(g) Max Head loss Gradient limit = 5m/Km (*as per Tender Specifications)
3.8 Crossings

Provision and arrangement shall be done for trenchless crossing of National and state highway road and Railway track with MS casing pipe of required size as per
IS: 3589 & made from confining to IS: 2062. Provision for Nala /Culvert crossing along the alignment of pipeline shall be completed as per instructions of Engineer
in charge. Casing of pipe is done by concreting. For all other road crossing casing pipe of RCC NP-3 with required size shall be used.

Pipe Table
Following table gives the detailed output of the hydraulic design of the scheme extracted as per designed in WATERGEMS
Table 13: Pipe Table
Minimum Headloss Gradient: 0.00 m/Km Maximum Headloss Gradient: 1.384 m/Km
Length Headloss
Start Stop Diameter Diameter Hazen- Velocity
ID Label (Scaled) Material Flow (L/min) Gradient
Node Node ID (mm) OD (mm) Williams C (m/s)
(m) (m/km)
667 P-2 B-70-Z1 J-3 22 250 250 Ductile Iron 1,584.49 132.86 0.54 1.274
669 P-279(2)(2) J-3 J-284 45 250 250 Ductile Iron 1,584.49 132.86 0.54 1.274
520 P-18 J-138 J-195 255 143.7 160 HDPE 377.59 137.61 0.39 1.27
495 P-19 J-195 J-291 1,112 143.7 160 HDPE 345.716 137.61 0.36 1.078
390 P-21 J-150 J-97 41 143.7 160 HDPE 254.487 137.61 0.26 0.611
542 P-22 J-229 J-143 148 143.7 160 HDPE 242.178 137.61 0.25 0.558
399 P-20 J-143 J-70 35 143.7 160 HDPE 225.372 137.61 0.23 0.488
534 P-23 J-70 J-77 204 143.7 160 HDPE 216.651 137.61 0.22 0.454
517 P-35 J-291 J-268 279 125.8 140 HDPE 181.247 137.61 0.24 0.611
484 P-25 J-12 J-11 8 125.8 140 HDPE 169.417 137.61 0.23 0.54
674 P-13(2) J-284 J-278 243 250 250 HDPE 164.992 132.86 0.06 0.019
443 P-26 J-77 J-5 23 125.8 140 HDPE 159.741 137.61 0.21 0.484
487 P-24 J-5 J-6 6 125.8 140 HDPE 157.91 137.61 0.21 0.473
552 P-34 J-268 J-152 130 125.8 140 HDPE 156.747 137.61 0.21 0.467
428 P-27 J-6 J-101 26 125.8 140 HDPE 156.24 137.61 0.21 0.464
415 P-28 J-101 J-121 31 125.8 140 HDPE 153.164 137.61 0.21 0.447
580 P-32 J-152 J-133 105 125.8 140 HDPE 149.91 137.61 0.2 0.43
405 P-30 J-121 J-136 33 125.8 140 HDPE 149.61 137.61 0.2 0.428
566 P-33 J-11 J-154 126 125.8 140 HDPE 148.425 137.61 0.2 0.422
645 P-31 J-97 J-197 57 125.8 140 HDPE 142.525 137.61 0.19 0.391
407 P-29 J-133 J-26 33 125.8 140 HDPE 142.253 137.61 0.19 0.39
564 P-39 J-154 J-219 121 112.3 125 HDPE 141.318 137.61 0.24 0.67
536 P-40 J-26 J-144 164 98.7 110 HDPE 137.468 137.61 0.3 1.193
510 P-41 J-219 J-297 356 112.3 125 HDPE 128.114 137.61 0.22 0.558
361 P-37 J-136 J-178 48 98.7 110 HDPE 120.249 137.61 0.26 0.931
397 P-36 J-144 J-34 37 98.7 110 HDPE 118.897 137.61 0.26 0.912
502 P-42 J-278 J-293 539 98.7 110 HDPE 115.393 137.61 0.25 0.863
597 P-38 J-178 J-140 84 98.7 110 HDPE 115.137 137.61 0.25 0.859
430 P-44 J-97 J-98 26 98.7 110 HDPE 109.29 137.61 0.24 0.78
493 P-55 J-291 J-60 1,180 98.7 110 HDPE 109.204 137.61 0.24 0.779
501 P-53 J-34 J-244 642 98.7 110 HDPE 103.666 137.61 0.23 0.708
394 P-45 J-140 J-105 38 98.7 110 HDPE 101.773 137.61 0.22 0.684
604 P-48 J-105 J-233 81 98.7 110 HDPE 98.004 137.61 0.21 0.638
589 P-50 J-233 J-218 90 80.8 90 HDPE 87.562 137.61 0.28 1.372
581 P-51 J-244 J-30 101 80.8 90 HDPE 82.348 137.61 0.27 1.224
503 P-52 J-293 J-47 510 98.7 110 HDPE 79.883 137.61 0.17 0.437
498 P-54 J-197 J-285 779 80.8 90 HDPE 79.327 137.61 0.26 1.142
474 P-43 J-30 J-31 14 80.8 90 HDPE 78.994 137.61 0.26 1.134
622 P-47 J-218 J-180 66 80.8 90 HDPE 76.588 137.61 0.25 1.071
369 P-46 J-150 J-167 43 80.8 90 HDPE 75.907 137.61 0.25 1.053
592 P-49 J-31 J-172 88 80.8 90 HDPE 75.559 137.61 0.25 1.044
628 P-57 J-172 J-33 62 80.8 90 HDPE 70.437 137.61 0.23 0.917
596 P-59 J-71 J-239 97 80.8 90 HDPE 58.612 137.61 0.19 0.652
626 P-58 J-33 J-48 66 67.3 75 HDPE 52.192 137.61 0.24 1.282
563 P-61 J-180 J-157 119 67.3 75 HDPE 50.864 137.61 0.24 1.222
508 P-294 J-297 J-174 351 67.3 75 HDPE 48.717 137.61 0.23 1.128
496 P-299 J-98 J-254 1,075 67.3 75 HDPE 44.702 137.61 0.21 0.962
554 P-259 J-157 J-158 129 67.3 75 HDPE 43.823 137.61 0.21 0.927
408 P-134 J-3 J-132 33 67.3 75 HDPE 39.931 137.61 0.19 0.781
516 P-289 J-197 J-263 270 67.3 75 HDPE 39.399 137.61 0.18 0.762
613 P-215 J-158 J-164 72 67.3 75 HDPE 37.754 137.61 0.18 0.704
549 P-263 J-48 J-202 143 56.6 63 HDPE 32.726 137.61 0.22 1.255
379 P-155 J-164 J-89 41 56.6 63 HDPE 32.587 137.61 0.22 1.245
463 P-84 J-47 J-44 19 56.6 63 HDPE 32.569 137.61 0.22 1.244
492 P-300 J-297 J-302 1,493 67.3 75 HDPE 32.101 137.61 0.15 0.521
371 P-163 J-89 J-113 52 56.6 63 HDPE 29.498 137.61 0.2 1.036
526 P-281 J-59 J-250 197 56.6 63 HDPE 29.054 137.61 0.19 1.007
368 P-165 J-174 J-126 44 56.6 63 HDPE 28.163 137.61 0.19 0.951
612 P-216 J-136 J-128 74 56.6 63 HDPE 26.037 137.61 0.17 0.822
658 P-174 J-113 J-14 50 56.6 63 HDPE 25.915 137.61 0.17 0.815
480 P-68 J-18 J-19 9 56.6 63 HDPE 24.886 137.61 0.16 0.756
620 P-208 J-44 J-46 72 56.6 63 HDPE 24.45 137.61 0.16 0.732
559 P-255 J-126 J-193 136 56.6 63 HDPE 22.961 137.61 0.15 0.651
519 P-287 J-263 J-52 317 56.6 63 HDPE 21.371 137.61 0.14 0.57
548 P-264 J-128 J-208 137 56.6 63 HDPE 20.085 137.61 0.13 0.508
598 P-228 J-238 J-217 104 56.6 63 HDPE 19.857 137.61 0.13 0.498
OHT-B70 14/23
413 P-129 J-46 J-123 31 56.6 63 HDPE 19.326 137.61 0.13 0.473
458 P-89 J-54 J-8 20 56.6 63 HDPE 17.576 137.61 0.12 0.397
490 P-17 J-278 J-304 537 250 250 HDPE 16.67 132.86 0.01 0
617 P-211 J-11 J-222 68 56.6 63 HDPE 16.634 137.61 0.11 0.358
381 P-153 J-14 J-163 42 56.6 63 HDPE 16.591 137.61 0.11 0.357
648 P-184 J-193 J-194 53 56.6 63 HDPE 15.924 137.61 0.11 0.331
578 P-242 J-250 J-124 181 56.6 63 HDPE 14.641 137.61 0.1 0.283
462 P-85 J-48 J-49 18 56.6 63 HDPE 14.585 137.61 0.1 0.281
574 P-244 J-123 J-134 106 56.6 63 HDPE 14.176 137.61 0.09 0.267
500 P-297 J-167 J-300 627 56.6 63 HDPE 13.469 137.61 0.09 0.242
451 P-96 J-64 J-65 21 56.6 63 HDPE 13.132 137.61 0.09 0.231
641 P-190 J-52 J-200 59 56.6 63 HDPE 12.457 137.61 0.08 0.21
537 P-274 J-60 J-240 160 56.6 63 HDPE 12.366 137.61 0.08 0.207
614 P-214 J-100 J-103 101 56.6 63 HDPE 11.041 137.61 0.07 0.168
634 P-197 J-194 J-85 65 56.6 63 HDPE 10.822 137.61 0.07 0.162
582 P-240 J-143 J-41 99 56.6 63 HDPE 10.741 137.61 0.07 0.159
402 P-137 J-140 J-37 36 56.6 63 HDPE 9.97 137.61 0.07 0.139
632 P-199 J-208 J-165 66 56.6 63 HDPE 9.396 137.61 0.06 0.124
623 P-206 J-217 J-182 76 56.6 63 HDPE 8.532 137.61 0.06 0.104
506 P-296 J-202 J-299 392 56.6 63 HDPE 8.419 137.61 0.06 0.102
507 P-295 J-16 J-298 391 56.6 63 HDPE 8.403 137.61 0.06 0.101
442 P-103 J-7 J-78 24 56.6 63 HDPE 8.391 137.61 0.06 0.101
511 P-293 J-254 J-296 390 56.6 63 HDPE 8.374 137.61 0.06 0.101
605 P-222 J-134 J-39 113 56.6 63 HDPE 7.995 137.61 0.05 0.092
590 P-233 J-124 J-183 89 56.6 63 HDPE 7.511 137.61 0.05 0.082
647 P-185 J-37 J-24 63 56.6 63 HDPE 7.18 137.61 0.05 0.076
518 P-288 J-144 J-290 331 56.6 63 HDPE 7.126 137.61 0.05 0.075
468 P-79 J-41 J-42 16 56.6 63 HDPE 6.537 137.61 0.04 0.063
642 P-189 J-49 J-80 58 56.6 63 HDPE 6.276 137.61 0.04 0.059
521 P-286 J-174 J-289 281 56.6 63 HDPE 6.037 137.61 0.04 0.055
466 P-81 J-44 J-45 16 56.6 63 HDPE 5.823 137.61 0.04 0.051
380 P-154 J-78 J-88 48 56.6 63 HDPE 5.752 137.61 0.04 0.05
382 P-152 J-161 J-130 41 56.6 63 HDPE 5.632 137.61 0.04 0.048
426 P-117 J-103 J-104 27 56.6 63 HDPE 5.449 137.61 0.04 0.045
567 P-250 J-65 J-67 118 56.6 63 HDPE 4.768 137.61 0.03 0.035
527 P-280 J-285 J-286 221 56.6 63 HDPE 4.751 137.61 0.03 0.035
389 P-145 J-24 J-73 39 56.6 63 HDPE 4.491 137.61 0.03 0.032
525 P-282 J-163 J-287 204 56.6 63 HDPE 4.383 137.61 0.03 0.03
531 P-277 J-85 J-282 194 56.6 63 HDPE 4.179 137.61 0.03 0.028
532 P-276 J-218 J-281 177 56.6 63 HDPE 3.807 137.61 0.03 0.023
539 P-272 J-239 J-276 173 56.6 63 HDPE 3.711 137.61 0.02 0.022
364 P-169 J-39 J-2 55 56.6 63 HDPE 3.705 137.61 0.02 0.022
376 P-158 J-3 J-82 42 56.6 63 HDPE 3.632 137.61 0.02 0.022
367 P-166 J-133 J-94 53 56.6 63 HDPE 3.551 137.61 0.02 0.021
553 P-260 J-200 J-267 163 56.6 63 HDPE 3.498 137.61 0.02 0.02
540 P-271 J-233 J-275 157 56.6 63 HDPE 3.38 137.61 0.02 0.019
545 P-267 J-165 J-273 144 56.6 63 HDPE 3.105 137.61 0.02 0.016
546 P-266 J-260 J-272 140 56.6 63 HDPE 3.018 137.61 0.02 0.015
550 P-262 J-170 J-270 139 56.6 63 HDPE 2.986 137.61 0.02 0.015
561 P-253 J-32 J-261 131 56.6 63 HDPE 2.814 137.61 0.02 0.013
586 P-236 J-65 J-246 125 56.6 63 HDPE 2.679 137.61 0.02 0.012
591 P-232 J-244 J-245 125 56.6 63 HDPE 2.678 137.61 0.02 0.012
565 P-251 J-240 J-259 122 56.6 63 HDPE 2.627 137.61 0.02 0.012
401 P-138 J-104 J-61 35 56.6 63 HDPE 2.583 137.61 0.02 0.011
572 P-246 J-254 J-255 113 56.6 63 HDPE 2.423 137.61 0.02 0.01
611 P-217 J-225 J-226 106 56.6 63 HDPE 2.285 137.61 0.02 0.009
584 P-238 J-55 J-248 100 56.6 63 HDPE 2.14 137.61 0.01 0.008
594 P-230 J-200 J-242 97 56.6 63 HDPE 2.096 137.61 0.01 0.008
464 P-83 J-2 J-22 17 56.6 63 HDPE 1.988 137.61 0.01 0.007
608 P-219 J-119 J-230 92 56.6 63 HDPE 1.983 137.61 0.01 0.007
585 P-237 J-80 J-247 92 56.6 63 HDPE 1.979 137.61 0.01 0.007
601 P-225 J-15 J-235 89 56.6 63 HDPE 1.905 137.61 0.01 0.006
595 P-229 J-240 J-241 86 56.6 63 HDPE 1.841 137.61 0.01 0.006
599 P-227 J-88 J-237 85 56.6 63 HDPE 1.827 137.61 0.01 0.006
606 P-221 J-183 J-232 82 56.6 63 HDPE 1.762 137.61 0.01 0.006
607 P-220 J-222 J-231 81 56.6 63 HDPE 1.746 137.61 0.01 0.006
610 P-218 J-227 J-228 80 56.6 63 HDPE 1.718 137.61 0.01 0.005
653 P-179 J-42 J-187 73 56.6 63 HDPE 1.579 137.61 0.01 0.005
636 P-195 J-42 J-206 71 56.6 63 HDPE 1.522 137.61 0.01 0.004
616 P-212 J-19 J-223 70 56.6 63 HDPE 1.5 137.61 0.01 0.004
625 P-204 J-193 J-214 69 56.6 63 HDPE 1.481 137.61 0.01 0.004
621 P-207 J-219 J-220 68 56.6 63 HDPE 1.471 137.61 0.01 0.004
650 P-182 J-103 J-191 66 56.6 63 HDPE 1.426 137.61 0.01 0.004
624 P-205 J-215 J-216 65 56.6 63 HDPE 1.402 137.61 0.01 0.004
639 P-192 J-108 J-203 65 56.6 63 HDPE 1.395 137.61 0.01 0.004
631 P-200 J-209 J-210 64 56.6 63 HDPE 1.373 137.61 0.01 0.004
635 P-196 J-164 J-207 64 56.6 63 HDPE 1.371 137.61 0.01 0.003
629 P-202 J-201 J-212 63 56.6 63 HDPE 1.346 137.61 0.01 0.003
362 P-171 J-70 J-177 61 56.6 63 HDPE 1.304 137.61 0.01 0.003
643 P-188 J-73 J-199 60 56.6 63 HDPE 1.3 137.61 0.01 0.003
638 P-193 J-194 J-204 60 56.6 63 HDPE 1.28 137.61 0.01 0.003
637 P-194 J-132 J-205 59 56.6 63 HDPE 1.278 137.61 0.01 0.003
646 P-186 J-195 J-196 58 56.6 63 HDPE 1.241 137.61 0.01 0.003
365 P-168 J-8 J-176 55 56.6 63 HDPE 1.177 137.61 0.01 0.003
656 P-176 J-178 J-185 53 56.6 63 HDPE 1.138 137.61 0.01 0.002
651 P-181 J-123 J-190 51 56.6 63 HDPE 1.101 137.61 0.01 0.002
655 P-177 J-121 J-186 51 56.6 63 HDPE 1.09 137.61 0.01 0.002
652 P-180 J-188 J-189 50 56.6 63 HDPE 1.076 137.61 0.01 0.002
657 P-175 J-183 J-184 48 56.6 63 HDPE 1.042 137.61 0.01 0.002
370 P-164 J-172 J-173 44 56.6 63 HDPE 0.947 137.61 0.01 0.002
372 P-162 J-101 J-171 43 56.6 63 HDPE 0.929 137.61 0.01 0.002
OHT-B70 15/23
393 P-142 J-146 J-147 42 56.6 63 HDPE 0.91 137.61 0.01 0.002
387 P-147 J-152 J-153 42 56.6 63 HDPE 0.899 137.61 0.01 0.002
386 P-148 J-154 J-155 42 56.6 63 HDPE 0.894 137.61 0.01 0.002
378 P-156 J-165 J-166 41 56.6 63 HDPE 0.888 137.61 0.01 0.002
384 P-150 J-158 J-159 41 56.6 63 HDPE 0.88 137.61 0.01 0.002
396 P-140 J-45 J-145 40 56.6 63 HDPE 0.868 137.61 0.01 0.002
383 P-151 J-41 J-160 40 56.6 63 HDPE 0.867 137.61 0.01 0.001
392 P-143 J-142 J-148 40 56.6 63 HDPE 0.858 137.61 0.01 0.001
388 P-146 J-54 J-151 39 56.6 63 HDPE 0.843 137.61 0.01 0.001
391 P-144 J-75 J-149 38 56.6 63 HDPE 0.824 137.61 0.01 0.001
403 P-136 J-104 J-139 36 56.6 63 HDPE 0.766 137.61 0.01 0.001
409 P-133 J-130 J-131 34 56.6 63 HDPE 0.738 137.61 0 0.001
406 P-135 J-134 J-135 34 56.6 63 HDPE 0.737 137.61 0 0.001
434 P-111 J-82 J-91 34 56.6 63 HDPE 0.723 137.61 0 0.001
410 P-132 J-128 J-129 33 56.6 63 HDPE 0.707 137.61 0 0.001
412 P-130 J-124 J-125 31 56.6 63 HDPE 0.666 137.61 0 0.001
411 P-131 J-126 J-127 31 56.6 63 HDPE 0.666 137.61 0 0.001
420 P-123 J-94 J-114 31 56.6 63 HDPE 0.656 137.61 0 0.001
414 P-128 J-118 J-122 30 56.6 63 HDPE 0.654 137.61 0 0.001
439 P-106 J-82 J-83 30 56.6 63 HDPE 0.638 137.61 0 0.001
422 P-121 J-31 J-111 29 56.6 63 HDPE 0.62 137.61 0 0.001
419 P-124 J-115 J-116 28 56.6 63 HDPE 0.61 137.61 0 0.001
418 P-125 J-5 J-117 28 56.6 63 HDPE 0.608 137.61 0 0.001
425 P-118 J-105 J-106 28 56.6 63 HDPE 0.605 137.61 0 0.001
427 P-116 J-67 J-102 27 56.6 63 HDPE 0.584 137.61 0 0.001
438 P-107 J-22 J-84 26 56.6 63 HDPE 0.567 137.61 0 0.001
431 P-114 J-78 J-96 26 56.6 63 HDPE 0.554 137.61 0 0.001
433 P-112 J-92 J-93 26 56.6 63 HDPE 0.553 137.61 0 0.001
432 P-113 J-94 J-95 25 56.6 63 HDPE 0.545 137.61 0 0
435 P-110 J-89 J-90 25 56.6 63 HDPE 0.542 137.61 0 0
437 P-108 J-85 J-86 25 56.6 63 HDPE 0.535 137.61 0 0.001
440 P-105 J-80 J-81 25 56.6 63 HDPE 0.532 137.61 0 0.001
449 P-98 J-67 J-68 25 56.6 63 HDPE 0.527 137.61 0 0.001
445 P-101 J-6 J-74 23 56.6 63 HDPE 0.494 137.61 0 0
450 P-97 J-4 J-66 22 56.6 63 HDPE 0.463 137.61 0 0
455 P-92 J-57 J-58 21 56.6 63 HDPE 0.45 137.61 0 0
453 P-94 J-61 J-62 21 56.6 63 HDPE 0.448 137.61 0 0
456 P-91 J-30 J-56 21 56.6 63 HDPE 0.441 137.61 0 0
460 P-87 J-9 J-51 20 56.6 63 HDPE 0.421 137.61 0 0
459 P-88 J-52 J-53 19 56.6 63 HDPE 0.417 137.61 0 0
467 P-80 J-29 J-43 16 56.6 63 HDPE 0.347 137.61 0 0
470 P-77 J-37 J-38 16 56.6 63 HDPE 0.336 137.61 0 0
469 P-78 J-39 J-40 16 56.6 63 HDPE 0.335 137.61 0 0.001
472 P-75 J-34 J-35 15 56.6 63 HDPE 0.323 137.61 0 0
476 P-72 J-26 J-27 13 56.6 63 HDPE 0.271 137.61 0 0
477 P-71 J-24 J-25 11 56.6 63 HDPE 0.246 137.61 0 0
478 P-70 J-22 J-23 11 56.6 63 HDPE 0.241 137.61 0 0.001
479 P-69 J-20 J-21 11 56.6 63 HDPE 0.237 137.61 0 0
672 P-279(1)(2) J-182-A J-3 173 56.6 63 HDPE 0.001 137.61 0 0
489 P-62 J-1 J-2 4 56.6 63 HDPE 0.078 137.61 0 0
481 P-67 J-17 J-10 9 56.6 63 HDPE 0.195 137.61 0 0.001
471 P-76 J-36 J-9 15 56.6 63 HDPE 0.331 137.61 0 0.001
452 P-95 J-63 J-61 22 56.6 63 HDPE 0.464 137.61 0 0
448 P-99 J-69 J-70 23 56.6 63 HDPE 0.485 137.61 0 0
446 P-100 J-72 J-73 24 56.6 63 HDPE 0.525 137.61 0 0.001
441 P-104 J-79 J-50 25 56.6 63 HDPE 0.536 137.61 0 0
436 P-109 J-87 J-88 25 56.6 63 HDPE 0.538 137.61 0 0
429 P-115 J-99 J-100 26 56.6 63 HDPE 0.551 137.61 0 0.001
424 P-119 J-107 J-108 28 56.6 63 HDPE 0.596 137.61 0 0.001
423 P-120 J-109 J-13 28 56.6 63 HDPE 0.598 137.61 0 0.001
421 P-122 J-112 J-113 32 56.6 63 HDPE 0.695 137.61 0 0.001
385 P-149 J-156 J-157 40 56.6 63 HDPE 0.855 137.61 0.01 0.002
374 P-160 J-169 J-50 44 56.6 63 HDPE 0.944 137.61 0.01 0.002
366 P-167 J-175 J-76 46 56.6 63 HDPE 0.979 137.61 0.01 0.002
659 P-173 J-181 J-182 48 56.6 63 HDPE 1.031 137.61 0.01 0.002
649 P-183 J-192 J-179 54 56.6 63 HDPE 1.155 137.61 0.01 0.002
644 P-187 J-198 J-146 60 56.6 63 HDPE 1.286 137.61 0.01 0.003
627 P-203 J-213 J-115 63 56.6 63 HDPE 1.348 137.61 0.01 0.003
615 P-213 J-224 J-130 76 56.6 63 HDPE 1.638 137.61 0.01 0.005
485 P-65 J-9 J-10 7 56.6 63 HDPE 1.658 137.61 0.01 0.005
600 P-226 J-236 J-75 83 56.6 63 HDPE 1.788 137.61 0.01 0.006
618 P-210 J-221 J-211 85 56.6 63 HDPE 1.821 137.61 0.01 0.006
603 P-223 J-234 J-120 85 56.6 63 HDPE 1.831 137.61 0.01 0.006
593 P-231 J-243 J-28 94 56.6 63 HDPE 2.024 137.61 0.01 0.007
573 P-245 J-252 J-253 107 56.6 63 HDPE 2.304 137.61 0.02 0.009
465 P-82 J-10 J-46 16 56.6 63 HDPE 2.554 137.61 0.02 0.011
491 P-16 EX-BR J-304 119 250 250 DI-K7 2.56 132.86 0 0
560 P-254 J-262 J-263 125 56.6 63 HDPE 2.698 137.61 0.02 0.012
558 P-256 J-264 J-55 126 56.6 63 HDPE 2.706 137.61 0.02 0.012
547 P-265 J-271 J-13 135 56.6 63 HDPE 2.897 137.61 0.02 0.014
568 P-249 J-258 J-100 139 56.6 63 HDPE 2.996 137.61 0.02 0.015
555 P-258 J-266 J-250 146 56.6 63 HDPE 3.143 137.61 0.02 0.016
575 P-243 J-251 J-208 147 56.6 63 HDPE 3.163 137.61 0.02 0.017

OHT-B70 16/23
569 P-248 J-257 J-161 154 56.6 63 HDPE 3.316 137.61 0.02 0.018
544 P-268 J-274 J-141 155 56.6 63 HDPE 3.322 137.61 0.02 0.018
461 P-86 J-50 J-45 18 56.6 63 HDPE 3.352 137.61 0.02 0.019
570 P-247 J-256 J-163 161 56.6 63 HDPE 3.466 137.61 0.02 0.02
557 P-257 J-265 J-118 162 56.6 63 HDPE 3.478 137.61 0.02 0.02
538 P-273 J-277 J-217 173 56.6 63 HDPE 3.726 137.61 0.02 0.022
535 P-275 J-280 J-201 175 56.6 63 HDPE 3.772 137.61 0.02 0.023
583 P-239 J-249 J-32 215 56.6 63 HDPE 4.611 137.61 0.03 0.033
395 P-141 J-108 J-7 37 56.6 63 HDPE 4.787 137.61 0.03 0.036
524 P-283 J-288 J-20 229 56.6 63 HDPE 4.928 137.61 0.03 0.038
654 P-178 J-146 J-49 53 56.6 63 HDPE 5.535 137.61 0.04 0.047
444 P-102 J-75 J-76 23 56.6 63 HDPE 5.712 137.61 0.04 0.05
551 P-261 J-269 J-170 267 56.6 63 HDPE 5.734 137.61 0.04 0.05
588 P-234 J-115 J-168 89 56.6 63 HDPE 5.827 137.61 0.04 0.051
514 P-290 J-292 J-293 301 56.6 63 HDPE 6.478 137.61 0.04 0.062
483 P-66 J-13 J-14 9 56.6 63 HDPE 7.175 137.61 0.05 0.075
513 P-291 J-294 J-59 340 56.6 63 HDPE 7.301 137.61 0.05 0.078
512 P-292 J-295 J-268 366 56.6 63 HDPE 7.86 137.61 0.05 0.089
417 P-126 J-118 J-119 29 56.6 63 HDPE 8.886 137.61 0.06 0.112
602 P-224 J-76 J-222 82 56.6 63 HDPE 9.914 137.61 0.07 0.138
457 P-90 J-55 J-28 20 56.6 63 HDPE 10.129 137.61 0.07 0.143
530 P-278 J-283 J-238 524 56.6 63 HDPE 11.269 137.61 0.07 0.174
640 P-191 J-201 J-202 60 56.6 63 HDPE 11.52 137.61 0.08 0.182
543 P-269 J-20 J-209 183 56.6 63 HDPE 14.272 137.61 0.09 0.27
630 P-201 J-161 J-211 65 56.6 63 HDPE 14.53 137.61 0.1 0.279
486 P-64 J-7 J-8 7 56.6 63 HDPE 14.642 137.61 0.1 0.283
475 P-73 J-28 J-29 13 56.6 63 HDPE 14.89 137.61 0.1 0.292
473 P-74 J-32 J-33 15 56.6 63 HDPE 15.166 137.61 0.1 0.302
587 P-235 J-119 J-179 90 56.6 63 HDPE 15.407 137.61 0.1 0.311
416 P-127 J-29 J-120 30 56.6 63 HDPE 16.511 137.61 0.11 0.354
497 P-298 J-301 J-132 853 56.6 63 HDPE 18.332 137.61 0.12 0.429
373 P-161 J-170 J-60 43 56.6 63 HDPE 18.356 137.61 0.12 0.43
363 P-170 J-54 J-19 46 56.6 63 HDPE 20.689 137.61 0.14 0.537
660 P-172 J-179 J-180 49 56.6 63 HDPE 20.693 137.61 0.14 0.537
633 P-198 J-100 J-141 62 56.6 63 HDPE 21.627 137.61 0.14 0.583
579 P-241 J-120 J-18 105 56.6 63 HDPE 23.091 137.61 0.15 0.658
523 P-284 J-211 J-260 225 56.6 63 HDPE 24.401 137.61 0.16 0.729
541 P-270 J-209 J-92 255 56.6 63 HDPE 26.445 137.61 0.18 0.846
400 P-139 J-141 J-142 35 56.6 63 HDPE 30.351 137.61 0.2 1.092
375 P-159 J-142 J-168 42 56.6 63 HDPE 33.723 137.61 0.22 1.327
619 P-209 J-92 J-47 68 56.6 63 HDPE 34.492 137.61 0.23 1.384
562 P-252 J-260 J-98 131 67.3 75 HDPE 38.103 137.61 0.18 0.716
488 P-63 J-3 J-4 3 67.3 75 HDPE 45.257 137.61 0.21 0.983
577 P-60 J-238 J-239 104 67.3 75 HDPE 46.867 137.61 0.22 1.05
377 P-157 J-4 J-167 41 67.3 75 HDPE 47.147 137.61 0.22 1.062
522 P-285 J-168 J-285 249 67.3 75 HDPE 47.719 137.61 0.22 1.086
454 P-93 J-59 J-60 21 67.3 75 HDPE 48.331 137.61 0.23 1.112
398 P-56 J-18 J-77 37 67.3 75 HDPE 51.235 137.61 0.24 1.239
609 P-4 J-138 J-229 78 179.7 200 HDPE 384.749 137.61 0.25 0.433
556 P-7 J-229 J-16 126 179.7 200 HDPE 634.501 137.61 0.42 1.095
482 P-1 J-16 J-15 9 200 200 Ductile Iron 654.212 132.86 0.35 0.734
515 P-10 J-15 J-225 286 200 200 Ductile Iron 664.362 132.86 0.35 0.755
533 P-8 J-225 J-57 176 200 200 Ductile Iron 678.862 132.86 0.36 0.786
509 P-11 J-57 J-188 390 200 200 Ductile Iron 691.927 132.86 0.37 0.814
571 P-6 J-188 J-215 109 200 200 Ductile Iron 704.822 132.86 0.37 0.843
529 P-9 J-215 J-227 177 200 200 Ductile Iron 713.779 132.86 0.38 0.863
505 P-12 J-227 J-253 381 200 200 Ductile Iron 729.216 132.86 0.39 0.898
494 P-15 J-253 J-150 1,198 200 200 Ductile Iron 767.772 132.86 0.41 0.987
499 P-14 J-150 J-64 695 250 250 Ductile Iron 1,140.67 132.86 0.39 0.693
447 P-2 J-64 J-71 22 250 250 Ductile Iron 1,169.69 132.86 0.4 0.726
576 P-5 J-71 J-12 103 250 250 Ductile Iron 1,233.08 132.86 0.42 0.801
673 P-13(1) J-12 J-284 212 250 250 Ductile Iron 1,414.66 132.86 0.48 1.033

OHT-B70 17/23
 Junction Table
Minimum Pressure: 7.393 m Maximum Pressure: 18.653 m
Following table gives the details of the pressure maintained at each node:
Table 14: Junction Table
ID Label Elevation (m) Demand (L/m) Hydraulic Grade (m) Pressure (m
317 J-43 126.4 0.347 133.81 7.393
331 J-29 126.19 1.274 133.81 7.605
126 J-237 125.9 1.827 133.84 7.927
332 J-28 125.76 2.736 133.81 8.027
241 J-120 125.59 4.748 133.82 8.214
305 J-55 125.1 5.283 133.81 8.685
273 J-87 124.66 0.538 133.85 9.16
177 J-186 124.42 1.09 133.9 9.45
322 J-38 124.28 0.336 133.76 9.461
335 J-25 123.98 0.246 133.76 9.75
70 J-294 121.69 7.301 131.6 9.888
323 J-37 123.82 2.454 133.76 9.919
236 J-125 121.36 0.666 131.38 9.993
336 J-24 123.73 2.443 133.76 10.007
180 J-183 121.31 4.708 131.37 10.042
237 J-124 121.31 6.464 131.38 10.046
156 J-207 123.09 1.371 133.18 10.063
301 J-59 121.48 11.976 131.63 10.128
300 J-60 121.5 30.151 131.65 10.132
247 J-114 122.12 0.656 132.3 10.155
97 J-266 121.2 3.143 131.43 10.201
272 J-88 123.6 3.388 133.85 10.221
327 J-33 121.01 3.08 131.31 10.277
113 J-250 121.13 11.269 131.43 10.279
123 J-240 121.29 7.899 131.62 10.303
131 J-232 121.02 1.762 131.37 10.326
193 J-170 121.21 9.635 131.64 10.404
93 J-270 121.16 2.986 131.63 10.446
280 J-80 120.72 3.765 131.22 10.47
342 J-18 123.33 3.258 133.89 10.531
185 J-178 123.26 3.974 133.84 10.552
341 J-19 123.3 2.697 133.88 10.559
165 J-198 120.62 1.286 131.22 10.57
116 J-247 120.6 1.979 131.22 10.59
286 J-74 123.31 0.494 133.92 10.591
151 J-212 120.39 1.346 131.04 10.616
328 J-32 120.6 7.74 131.31 10.677
215 J-147 120.51 0.91 131.22 10.685
265 J-95 121.58 0.545 132.3 10.69
115 J-248 123.08 2.14 133.8 10.695
222 J-140 123.02 3.394 133.77 10.716
225 J-136 123.13 3.325 133.88 10.731
161 J-202 120.29 12.786 131.05 10.732
84 J-280 120.25 3.772 131.03 10.755
333 J-27 121.49 0.271 132.28 10.766
211 J-151 123.06 0.843 133.86 10.769
179 J-184 120.56 1.042 131.37 10.784
99 J-264 122.99 2.706 133.8 10.785
228 J-133 121.46 4.106 132.3 10.805
266 J-94 121.46 2.35 132.3 10.81
129 J-234 122.96 1.831 133.82 10.831
264 J-96 122.97 0.554 133.85 10.852
355 J-5 123.04 1.223 133.93 10.863
114 J-249 120.39 4.611 131.3 10.879
162 J-201 120.12 6.402 131.04 10.886
283 J-77 123.01 5.676 133.94 10.904
104 J-259 120.67 2.627 131.62 10.922
354 J-6 122.96 1.176 133.92 10.937
190 J-173 120.4 0.947 131.37 10.944
240 J-121 122.92 2.464 133.9 10.949
210 J-152 121.35 5.938 132.34 10.967
65 J-299 120.01 8.419 131.01 10.97
255 J-105 122.73 3.164 133.74 10.98
73 J-291 121.56 55.265 132.57 10.981
95 J-268 121.34 16.64 132.4 11.033
191 J-172 120.31 4.175 131.37 11.037
306 J-54 122.79 2.271 133.86 11.04
202 J-160 122.95 0.867 134.03 11.052
122 J-241 120.54 1.841 131.62 11.052
312 J-48 120.14 4.881 131.23 11.059
218 J-144 121 11.445 132.09 11.06
259 J-101 122.8 2.146 133.91 11.081
244 J-117 122.82 0.608 133.93 11.081
329 J-31 120.33 2.815 131.46 11.099
178 J-185 122.71 1.138 133.84 11.102
250 J-111 120.33 0.62 131.46 11.106
119 J-244 120.43 18.64 131.6 11.138
251 J-109 121.83 0.598 133.03 11.17
334 J-26 121.08 4.513 132.28 11.18
288 J-72 122.53 0.525 133.76 11.197
216 J-146 119.99 3.34 131.22 11.204
249 J-112 121.78 0.695 133.07 11.27
69 J-295 121.07 7.86 132.37 11.27
243 J-118 122.13 4.755 133.44 11.276
279 J-81 119.9 0.532 131.22 11.29
270 J-90 121.81 0.542 133.13 11.291
254 J-106 122.39 0.605 133.74 11.323
199 J-164 121.79 3.795 133.18 11.358
OHT-B70 18/23
ID Label Elevation (m) Demand (L/m) Hydraulic Grade (m) Pressure (m
282 J-78 122.46 2.085 133.85 11.359
133 J-230 122.04 1.983 133.44 11.37
326 J-34 120.65 14.909 132.05 11.372
74 J-290 120.66 7.126 132.06 11.375
304 J-56 120.06 0.441 131.48 11.392
287 J-73 122.29 2.667 133.76 11.438
209 J-153 120.86 0.899 132.34 11.454
271 J-89 121.64 2.548 133.13 11.461
325 J-35 120.54 0.323 132.05 11.486
253 J-107 122.33 0.596 133.85 11.489
302 J-58 123.09 0.45 134.63 11.508
353 J-7 122.3 1.464 133.85 11.516
242 J-119 121.87 4.538 133.44 11.54
102 J-261 119.69 2.814 131.31 11.584
118 J-245 119.97 2.678 131.6 11.602
352 J-8 122.2 1.757 133.85 11.621
330 J-30 119.74 2.913 131.48 11.708
120 J-243 122.02 2.024 133.81 11.758
192 J-171 122.08 0.929 133.91 11.8
164 J-199 121.92 1.3 133.76 11.803
347 J-13 121.2 3.68 133.03 11.803
112 J-251 121.92 3.163 133.75 11.804
187 J-176 122.02 1.177 133.85 11.805
92 J-271 121.19 2.897 133.03 11.808
248 J-113 121.22 2.888 133.07 11.827
130 J-233 121.79 7.061 133.69 11.87
319 J-41 122.09 3.336 134.03 11.914
98 J-265 121.48 3.478 133.43 11.922
77 J-287 121.03 4.383 133.01 11.956
290 J-70 122.04 6.932 134.03 11.962
346 J-14 121.04 2.148 133.03 11.965
204 J-158 121.23 5.19 133.23 11.973
203 J-159 121.22 0.88 133.23 11.981
233 J-128 121.77 5.244 133.82 12.021
239 J-122 121.37 0.654 133.44 12.04
252 J-108 121.77 2.796 133.85 12.044
167 J-196 121.68 1.241 133.77 12.062
186 J-177 121.92 1.304 134.03 12.078
219 J-143 121.94 6.065 134.05 12.08
200 J-163 120.89 8.743 133.02 12.099
140 J-223 121.73 1.5 133.88 12.127
88 J-275 121.49 3.38 133.69 12.168
291 J-69 121.81 0.485 134.03 12.191
184 J-179 121.23 4.131 133.47 12.203
318 J-42 121.79 3.436 134.03 12.208
183 J-180 121.25 5.031 133.49 12.216
145 J-218 121.3 7.167 133.57 12.235
311 J-49 118.9 2.774 131.22 12.293
137 J-226 122.13 2.285 134.49 12.325
232 J-129 121.45 0.707 133.82 12.338
83 J-281 121.18 3.807 133.56 12.351
205 J-157 120.94 6.187 133.35 12.377
344 J-16 121.85 11.307 134.27 12.388
198 J-165 121.32 5.403 133.75 12.394
134 J-229 121.67 7.575 134.13 12.432
107 J-256 120.54 3.466 133.02 12.443
171 J-192 120.99 1.155 133.47 12.446
155 J-208 121.25 7.526 133.75 12.468
345 J-15 121.76 8.246 134.27 12.48
128 J-235 121.69 1.905 134.27 12.549
157 J-206 121.43 1.522 134.03 12.567
176 J-187 121.42 1.579 134.03 12.578
206 J-156 120.74 0.855 133.35 12.581
90 J-273 121.06 3.105 133.74 12.654
160 J-203 121.02 1.395 133.85 12.794
224 J-138 121.26 7.159 134.1 12.8
197 J-166 120.91 0.888 133.75 12.806
303 J-57 121.49 12.615 134.63 13.105
138 J-225 121.29 12.215 134.49 13.165
174 J-189 121.66 1.076 134.95 13.253
66 J-298 120.81 8.403 134.23 13.384
94 J-269 118.14 5.734 131.62 13.451
175 J-188 121.4 11.819 134.95 13.512
148 J-215 121.25 7.555 135.04 13.759
136 J-227 121.31 13.72 135.19 13.843
135 J-228 121.11 1.718 135.19 14.041
147 J-216 120.93 1.402 135.04 14.069
111 J-252 121.3 2.304 135.53 14.199
262 J-98 122.3 26.485 136.67 14.337
343 J-17 122.22 0.195 136.75 14.492
110 J-253 121 36.252 135.53 14.496
124 J-239 122.58 8.034 137.15 14.53
146 J-217 122.3 7.599 136.99 14.654
212 J-150 121.95 42.507 136.72 14.725
168 J-195 119.01 30.633 133.77 14.728
108 J-255 120.84 2.423 135.64 14.758
109 J-254 120.79 33.905 135.64 14.809
68 J-296 120.22 8.374 135.6 15.339
289 J-71 121.83 4.778 137.21 15.342
86 J-277 121.41 3.726 136.99 15.534
67 J-297 121.36 47.296 136.96 15.556
89 J-274 119.8 3.322 135.41 15.575
296 J-64 121.56 15.879 137.2 15.601
182 J-181 121.23 1.031 136.98 15.712
OHT-B70 19/23
ID Label Elevation (m) Demand (L/m) Hydraulic Grade (m) Pressure (m
181 J-182 121.23 7.501 136.98 15.715
85 J-278 121.74 32.929 137.51 15.733
87 J-276 121.32 3.711 137.15 15.785
82 J-282 120.53 4.179 136.4 15.829
348 J-12 121.43 12.164 137.3 15.832
293 J-67 121.27 3.657 137.19 15.883
213 J-149 121.31 0.824 137.26 15.903
263 J-97 120.72 2.672 136.69 15.927
81 J-283 120.95 11.269 136.95 15.957
61 EX-BR 121.5 2.56 137.51 15.97
72 J-292 121.01 6.478 137.03 15.973
189 J-174 120.54 14.518 136.56 15.984
285 J-75 121.22 3.1 137.26 15.994
125 J-238 121 15.741 137.04 16.002
159 J-204 120.37 1.28 136.42 16.004
80 J-284 121.47 4.837 137.52 16.007
71 J-293 120.97 29.032 137.05 16.039
349 J-11 121.19 4.358 137.29 16.057
117 J-246 121.08 2.679 137.19 16.072
153 J-210 120.39 1.373 136.51 16.079
235 J-126 120.37 4.537 136.52 16.112
310 J-50 120.63 1.872 136.8 16.132
295 J-65 121 5.685 137.19 16.148
188 J-175 121.06 0.979 137.26 16.152
62 J-302 119.98 32.101 136.18 16.16
60 J-304 121.3 14.11 137.51 16.169
169 J-194 120.19 3.821 136.42 16.18
350 J-10 120.51 0.701 136.75 16.192
154 J-209 120.28 10.8 136.51 16.197
170 J-193 120.17 5.556 136.43 16.217
75 J-289 120.28 6.037 136.55 16.227
275 J-85 120.12 6.108 136.4 16.24
314 J-46 120.45 2.57 136.75 16.257
292 J-68 120.88 0.527 137.19 16.264
284 J-76 120.95 3.224 137.26 16.269
274 J-86 120.09 0.535 136.4 16.273
141 J-222 120.93 4.973 137.27 16.294
234 J-127 120.11 0.666 136.52 16.369
276 J-84 120.28 0.567 136.69 16.375
149 J-214 120.01 1.481 136.43 16.379
339 J-21 120.02 0.237 136.46 16.405
313 J-47 120.37 12.822 136.82 16.407
268 J-92 120.28 7.494 136.73 16.409
127 J-236 120.79 1.788 137.25 16.421
208 J-154 120.77 6.214 137.24 16.43
340 J-20 119.99 9.107 136.46 16.432
351 J-9 120.25 0.905 136.75 16.45
324 J-36 120.25 0.331 136.75 16.454
258 J-102 120.67 0.584 137.19 16.48
316 J-44 120.24 2.296 136.8 16.518
132 J-231 120.7 1.746 137.27 16.526
267 J-93 120.14 0.553 136.73 16.545
207 J-155 120.65 0.894 137.24 16.548
337 J-23 120.04 0.241 136.69 16.606
173 J-190 120.07 1.101 136.73 16.616
281 J-79 120.13 0.536 136.8 16.627
217 J-145 120.12 0.868 136.8 16.636
76 J-288 119.68 4.928 136.45 16.733
172 J-191 118.58 1.426 135.36 16.737
238 J-123 119.95 4.049 136.73 16.739
315 J-45 119.98 1.603 136.8 16.771
338 J-22 119.86 1.18 136.69 16.792
194 J-169 119.93 0.944 136.8 16.825
358 J-2 119.74 1.639 136.69 16.909
320 J-40 119.73 0.335 136.69 16.915
321 J-39 119.73 3.955 136.69 16.925
309 J-51 119.78 0.421 136.75 16.928
223 J-139 118.38 0.766 135.36 16.94
359 J-1 119.71 0.078 136.69 16.94
256 J-104 118.37 2.1 135.36 16.95
257 J-103 118.36 4.167 135.36 16.956
299 J-61 118.33 1.671 135.36 16.982
144 J-219 120.11 11.733 137.16 17.001
297 J-63 118.31 0.464 135.36 17.007
261 J-99 118.32 0.551 135.38 17.016
221 J-141 118.35 5.402 135.41 17.02
139 J-224 119.32 1.638 136.39 17.03
226 J-135 119.62 0.737 136.7 17.036
79 J-285 118.7 26.857 135.78 17.037
227 J-134 119.62 5.443 136.7 17.041
195 J-168 118.37 8.169 135.51 17.092
260 J-100 118.17 7.038 135.38 17.168
143 J-220 119.94 1.471 137.16 17.178
220 J-142 118.23 2.513 135.45 17.179
196 J-167 119.42 15.291 136.67 17.205
64 J-300 119.24 13.469 136.52 17.233
356 J-4 119.3 1.427 136.63 17.279
246 J-115 118.18 3.868 135.5 17.284
245 J-116 118.08 0.61 135.5 17.377
214 J-148 118.02 0.858 135.45 17.384
294 J-66 119.1 0.463 136.63 17.482
298 J-62 117.82 0.448 135.36 17.495
142 J-221 118.86 1.821 136.41 17.507
78 J-286 118.15 4.751 135.77 17.572
OHT-B70 20/23
ID Label Elevation (m) Demand (L/m) Hydraulic Grade (m) Pressure (m
357 J-3 118.77 1.694 136.62 17.811
163 J-200 118.4 6.862 136.27 17.825
150 J-213 117.61 1.348 135.5 17.851
230 J-131 118.37 0.738 136.39 17.978
277 J-83 118.6 0.638 136.62 17.979
278 J-82 118.59 2.271 136.62 17.989
231 J-130 118.33 3.256 136.39 18.013
101 J-262 118.4 2.698 136.46 18.018
229 J-132 118.52 20.321 136.6 18.034
166 J-197 118.58 23.8 136.67 18.045
158 J-205 118.45 1.278 136.6 18.097
307 J-53 118.13 0.417 136.28 18.104
152 J-211 118.26 8.049 136.41 18.107
106 J-257 118.2 3.316 136.39 18.15
103 J-260 118.33 10.684 136.58 18.202
105 J-258 117.11 2.996 135.38 18.22
201 J-161 118.09 5.582 136.39 18.26
100 J-263 118.03 15.33 136.46 18.388
269 J-91 118.14 0.723 136.62 18.437
308 J-52 117.79 8.497 136.28 18.448
121 J-242 117.73 2.096 136.27 18.487
63 J-301 117.66 18.332 136.23 18.524
96 J-267 117.69 3.498 136.27 18.526
91 J-272 117.87 3.018 136.57 18.653
670 J-182-A 118.19 0 137.57 19.33
666 J-3 119.3 0 137.57 18.56

OHT-B70 21/23
Valves
 Table 15: Valve Statement
MULTI GROUP OF VILLAGES WATER SUPPLY SCHEME CLUSTER-A DISTRICT UNNAO
UNDER JAL JEEVAN MISSION
Statement of Valves OHT No B70-Z1
Number of Sluice Valves / Air Valves / Fire Hydrant have been provided for regular and efficient working of the Water
Supply System.One will be placed at OHT to Distribution Line and no of maual Sluice valve each will be provided at each
of OHSR inlet pipe, Washout Pipe, bypass arrangement. Air valve of required size has been provided at required regular
intervals in main distribution line from OHT to village end point. Also, one sluice value type fire hydrant consisting of 80
mm dia sluice valve has been provided inside the OHSR campus boundary and another one at village side.

20mm 50mm 65mm 80mm 100mm 125mm 150mm 200mm 250mm 300mm 350mm
Line No.(JN- JN-)
SLUCIE VALVE
J-3A-J-284 1
J-284-J-277 1
J-284-J-278 1
J-293-J-47 1
J-150-J-97 1
J-150-J-287 1
J-143-J-229 1
J-291-J-268 1
J-291-J-60 1
Total 2 3 1 3
SCOUR VALVE
J-34-J-244 1
J-285-J-256 1
J-197-J-263 1
Total 2 1
AIR VALVE
J-64-J-150 1
J-197-J-285 1
J-293-J-47 1
J-150-J-287 1
J-195-J-291 1
J-34-J-244 1
J-291-J-60 1
Total 4 3 0
FLOW METER
OHT B70 -Z1- J-
1
138
Total 1