Project: Brimsmore, Ye... Job no: C08127 Designed By kristian Checked By Network W Network Design Table for OUTFALL B.SWS
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1 Page 9 Network Design Table for OUTFALL B.SWS Length Fall Slope (1:X) Area (ha) T.E. (mins) DWF k (mm) HYD SECT DIA (mm) o o o o o o o o o o o o o o 450 Network Results Table Rain (mm/hr) T.C. (mins) US/IL Σ Area (ha) Σ DWF Foul Add Flow Vel (m/s) Cap Flow
2 Page 10 Network Design Table for OUTFALL B.SWS Length Fall Slope (1:X) Area (ha) T.E. (mins) DWF k (mm) HYD SECT DIA (mm) o 450 Network Results Table Rain (mm/hr) T.C. (mins) US/IL Σ Area (ha) Σ DWF Foul Add Flow Vel (m/s) Cap Flow Free Flowing Outfall Details for OUTFALL B.SWS Outfall Pipe Number Outfall Name C. Level I. Level Min I. Level D,L (mm) W (mm) Simulation Criteria for OUTFALL B.SWS Volumetric Runoff Coeff Foul Sewage per hectare PIMP (% impervious) 100 Additional Flow - % of Total Flow Areal Reduction Factor MADD Factor * 10m³/ha Storage Hot Start (mins) 0 Inlet Coeffiecient Hot Start Level (mm) 0 Run Time (mins) 1920 Manhole Headloss Coeff (Global) Output Interval (mins) 16 Number of Input Hydrographs 0 Number of Storage Structures 5 Number of Online Controls 5 Number of Time/Area Diagrams 0 Number of Offline Controls 1 Synthetic Rainfall Details Rainfall Model FSR Profile Type Winter Return Period (years) 100 Cv (Summer) Region England and Wales Cv (Winter) M5-60 (mm) Storm Duration (mins) 960 Ratio R 0.354
3 Page 11 Online Controls for OUTFALL B.SWS Orifice Manhole: 46, DS/: 1.027, Volume (m³): 31.9 Diameter Discharge Coefficient Invert Level Orifice Manhole: 75, DS/: , Volume (m³): 9.5 Diameter Discharge Coefficient Invert Level Orifice Manhole: 99, DS/: , Volume (m³): 52.0 Diameter Discharge Coefficient Invert Level Orifice Manhole: 124, DS/: , Volume (m³): 35.8 Diameter Discharge Coefficient Invert Level Hydro-Brake Manhole: 125, DS/: 1.032, Volume (m³): 11.4 Design Head Diameter (mm) 342 Design Flow Invert Level Hydro-Brake Type Md5 SW Only Depth Flow Depth Flow Depth Flow Depth Flow
4 Page 12 Offline Controls for OUTFALL B.SWS Pipe Manhole: 47, DS/: 1.028, Loop to : None Diameter Roughness k (mm) Section Type Pipe/Conduit Entry Loss Coefficient Slope (1:X) Coefficient of Contraction Length Upstream Invert Level
5 Page 13 Storage Structures for OUTFALL B.SWS Cellular Storage Manhole: 46, DS/: Invert Level Safety Factor 2.0 Infiltration Coefficient Base (m/hr) Porosity 0.95 Infiltration Coefficient Side (m/hr) Depth Area (m²) Inf. Area (m²) Depth Area (m²) Inf. Area (m²) Cellular Storage Manhole: 74, DS/: Invert Level Safety Factor 2.0 Infiltration Coefficient Base (m/hr) Porosity 0.95 Infiltration Coefficient Side (m/hr) Depth Area (m²) Inf. Area (m²) Depth Area (m²) Inf. Area (m²) Tank or Pond Manhole: 75, DS/: Invert Level Depth Area (m²) Depth Area (m²) Depth Area (m²) Depth Area (m²) Cellular Storage Manhole: 99, DS/: Invert Level Safety Factor 2.0 Infiltration Coefficient Base (m/hr) Porosity 0.95 Infiltration Coefficient Side (m/hr) Depth Area (m²) Inf. Area (m²) Depth Area (m²) Inf. Area (m²)
6 Page 14 Cellular Storage Manhole: 124, DS/: Invert Level Safety Factor 2.0 Infiltration Coefficient Base (m/hr) Porosity 0.95 Infiltration Coefficient Side (m/hr) Depth Area (m²) Inf. Area (m²) Depth Area (m²) Inf. Area (m²)
7 Page 15 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Margin for Flood Risk Warning (mm) Analysis Timestep 2.5 Second Increment (Extended) DTS Status OFF DVD Status ON Inertia Status ON Profile(s) Summer and Winter Duration(s) (mins) 15, 30, 60, 120, 180, 240, 360, 480, 600, 720, 960 Return Period(s) (years) 1, 30, 100 Climate Change (%) 0, 0, 30 Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Winter Winter 1 0% Winter 1 0% 100/15 Winter Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Winter Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Winter Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer 100/15 Winter Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Winter Winter 1 0% 30/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 100/15 Summer
8 Page 16 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% 100/15 Winter Winter 1 0% 30/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 1/120 Summer Winter 1 0% 100/120 Winter Winter 1 0% 30/120 Winter Winter 1 0% 30/30 Winter Winter 1 0% 1/180 Winter Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Summer 100/15 Winter Winter 1 0% 30/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Winter Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 1/60 Summer Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0%
9 Page 17 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Winter Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/30 Summer Winter 1 0% 30/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Winter Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Winter Winter 1 0% 30/15 Summer Winter 1 0% 1/180 Winter Winter 1 0% 1/180 Winter Winter 1 0% Winter 1 0%
10 Page 18 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK SURCHARGED OK
11 Page 19 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK SURCHARGED OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK SURCHARGED OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK
12 Page 20 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK SURCHARGED SURCHARGED OK OK
13 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Margin for Flood Risk Warning (mm) Analysis Timestep 2.5 Second Increment (Extended) DTS Status OFF DVD Status ON Inertia Status ON Profile(s) Summer and Winter Duration(s) (mins) 15, 30, 60, 120, 180, 240, 360, 480, 600, 720, 960 Return Period(s) (years) 1, 30, 100 Climate Change (%) 0, 0, 30 Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Winter Winter 30 0% Winter 30 0% 100/15 Winter Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Winter Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Winter Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer 100/15 Winter Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Winter Winter 30 0% 30/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 100/15 Summer
14 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% 100/15 Winter Winter 30 0% 30/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 1/120 Summer Winter 30 0% 100/120 Winter Winter 30 0% 30/120 Winter Winter 30 0% 30/30 Winter Winter 30 0% 1/180 Winter Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Summer 100/15 Winter Winter 30 0% 30/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Winter Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 1/60 Summer Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0%
15 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Winter Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/30 Summer Winter 30 0% 30/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Winter Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Winter Winter 30 0% 30/15 Summer Winter 30 0% 1/180 Winter Winter 30 0% 1/180 Winter Winter 30 0% Winter 30 0%
16 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK SURCHARGED SURCHARGED SURCHARGED OK OK OK OK OK OK OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED OK
17 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status SURCHARGED SURCHARGED SURCHARGED OK OK OK OK OK OK OK OK OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED OK OK OK OK OK OK SURCHARGED OK OK SURCHARGED SURCHARGED OK OK SURCHARGED OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK
18 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK OK OK SURCHARGED OK SURCHARGED OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK SURCHARGED OK OK OK SURCHARGED SURCHARGED SURCHARGED OK OK
19 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Margin for Flood Risk Warning (mm) Analysis Timestep 2.5 Second Increment (Extended) DTS Status OFF DVD Status ON Inertia Status ON Profile(s) Summer and Winter Duration(s) (mins) 15, 30, 60, 120, 180, 240, 360, 480, 600, 720, 960 Return Period(s) (years) 1, 30, 100 Climate Change (%) 0, 0, 30 Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter % Winter % Winter % Winter % Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Winter Winter % Winter % 100/15 Winter Winter % 100/15 Summer Winter % Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Winter Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Winter Winter % Winter % Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer 100/15 Winter Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 30/15 Winter Winter % 30/15 Summer Winter % 30/15 Summer Winter % 100/15 Summer
20 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter % Winter % Winter % Winter % 100/15 Summer Winter % Winter % 100/15 Winter Winter % 30/15 Summer Winter % 30/15 Summer Winter % 30/15 Summer Winter % 30/15 Summer Winter % 1/120 Summer Winter % 100/120 Winter Winter % 30/120 Winter Winter % 30/30 Winter Winter % 1/180 Winter Winter % Winter % Winter % Winter % Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % Winter % 100/15 Summer Winter % 30/15 Summer 100/15 Winter Winter % 30/15 Summer Winter % 30/15 Summer Winter % 30/15 Summer Winter % 30/15 Summer Winter % 100/15 Summer Winter % Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 30/15 Winter Winter % 100/15 Summer Winter % 100/15 Summer Winter % 30/15 Summer Winter % 1/60 Summer Winter % Winter % 100/15 Summer Winter % 30/15 Summer Winter % Winter % Winter % 100/15 Summer Winter % Winter %
21 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter % 100/15 Summer Winter % Winter % Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % Winter % 100/15 Summer Winter % 100/15 Winter Winter % 100/15 Summer Winter % 100/15 Summer Winter % Winter % 100/15 Summer Winter % 100/30 Summer Winter % 30/15 Summer Winter % 100/15 Summer Winter % 30/15 Winter Winter % Winter % 100/15 Summer Winter % Winter % Winter % Winter % Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % 100/15 Summer Winter % Winter % Winter % Winter % Winter % Winter % Winter % 100/15 Summer Winter % 30/15 Summer Winter % Winter % 100/15 Summer Winter % 100/15 Winter Winter % 30/15 Summer Winter % 1/180 Winter Winter % 1/180 Winter Winter % Winter %
22 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK OK OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED OK SURCHARGED SURCHARGED OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED OK OK SURCHARGED FLOOD RISK SURCHARGED SURCHARGED FLOOD RISK FLOOD FLOOD RISK FLOOD RISK SURCHARGED SURCHARGED SURCHARGED FLOOD RISK SURCHARGED OK OK OK SURCHARGED OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED
23 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status SURCHARGED SURCHARGED SURCHARGED OK OK OK OK FLOOD RISK SURCHARGED SURCHARGED OK SURCHARGED FLOOD FLOOD RISK FLOOD RISK SURCHARGED SURCHARGED SURCHARGED OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED FLOOD RISK OK SURCHARGED SURCHARGED OK OK SURCHARGED OK OK SURCHARGED OK OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED OK SURCHARGED SURCHARGED SURCHARGED
24 Page year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL B.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status SURCHARGED OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED OK SURCHARGED OK OK OK OK SURCHARGED FLOOD RISK SURCHARGED SURCHARGED OK OK OK OK OK OK FLOOD RISK FLOOD RISK OK SURCHARGED SURCHARGED SURCHARGED SURCHARGED SURCHARGED OK OK
25 Date 26/01/ :32 Page 1 STORM SEWER DESIGN by the Modified Rational Method Design Criteria for OUTFALL C.SWS Pipe Sizes OUTFALL B Manhole Sizes OUTFALL B FSR Rainfall Model - England and Wales Return Period (years) 2 Add Flow / Climate Change (%) 0 M5-60 (mm) Minimum Backdrop Height Ratio R Maximum Backdrop Height Maximum Rainfall (mm/hr) 100 Min Design Depth for Optimisation Foul Sewage (l/s/ha) 0.00 Min Vel for Auto Design only (m/s) 1.00 Volumetric Runoff Coeff Min Slope for Optimisation (1:X) 200 Designed with Level Soffits Network Design Table for OUTFALL C.SWS Length Fall Slope (1:X) Area (ha) T.E. (mins) DWF k (mm) HYD SECT DIA (mm) o o o o o o o o o 300 Network Results Table Rain (mm/hr) T.C. (mins) US/IL Σ Area (ha) Σ DWF Foul Add Flow Vel (m/s) Cap Flow
26 Date 26/01/ :32 Page 2 Network Design Table for OUTFALL C.SWS Length Fall Slope (1:X) Area (ha) T.E. (mins) DWF k (mm) HYD SECT DIA (mm) o o o o o o o 450 Network Results Table Rain (mm/hr) T.C. (mins) US/IL Σ Area (ha) Σ DWF Foul Add Flow Vel (m/s) Cap Flow Free Flowing Outfall Details for OUTFALL C.SWS Outfall Pipe Number Outfall Name C. Level I. Level Min I. Level D,L (mm) W (mm) pond
27 Date 26/01/ :32 Page 3 Simulation Criteria for OUTFALL C.SWS Volumetric Runoff Coeff Foul Sewage per hectare PIMP (% impervious) 100 Additional Flow - % of Total Flow Areal Reduction Factor MADD Factor * 10m³/ha Storage Hot Start (mins) 0 Inlet Coeffiecient Hot Start Level (mm) 0 Run Time (mins) 1920 Manhole Headloss Coeff (Global) Output Interval (mins) 16 Number of Input Hydrographs 0 Number of Storage Structures 1 Number of Online Controls 1 Number of Time/Area Diagrams 0 Number of Offline Controls 0 Synthetic Rainfall Details Rainfall Model FSR Profile Type Winter Return Period (years) 100 Cv (Summer) Region England and Wales Cv (Winter) M5-60 (mm) Storm Duration (mins) 960 Ratio R 0.354
28 Date 26/01/ :32 Page 4 Online Controls for OUTFALL C.SWS Hydro-Brake Manhole: SC1, DS/: 1.007, Volume (m³): 10.1 Design Head Diameter (mm) 225 Design Flow 31.5 Invert Level Hydro-Brake Type Md5 SW Only Depth Flow Depth Flow Depth Flow Depth Flow
29 Date 26/01/ :32 Page 5 Storage Structures for OUTFALL C.SWS Tank or Pond Manhole: SC1, DS/: Invert Level Depth Area (m²) Depth Area (m²) Depth Area (m²) Depth Area (m²)
30 Date 26/01/ :32 Page 6 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL C.SWS Margin for Flood Risk Warning (mm) Analysis Timestep 2.5 Second Increment (Extended) DTS Status OFF DVD Status ON Inertia Status ON Profile(s) Summer and Winter Duration(s) (mins) 15, 30, 60, 120, 180, 240, 360, 480, 600, 720, 960 Return Period(s) (years) 1, 30, 100 Climate Change (%) 0, 0, 30 Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 1 0% Winter 1 0% Winter 1 0% Winter 1 0% 30/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 30/15 Summer 100/15 Summer Winter 1 0% 30/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% Winter 1 0% 100/15 Summer Winter 1 0% Winter 1 0% Winter 1 0% 30/15 Winter Winter 1 0% 30/60 Winter
31 Date 26/01/ :32 Page 7 1 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL C.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK SC OK
32 Date 26/01/ :32 Page 8 30 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL C.SWS Margin for Flood Risk Warning (mm) Analysis Timestep 2.5 Second Increment (Extended) DTS Status OFF DVD Status ON Inertia Status ON Profile(s) Summer and Winter Duration(s) (mins) 15, 30, 60, 120, 180, 240, 360, 480, 600, 720, 960 Return Period(s) (years) 1, 30, 100 Climate Change (%) 0, 0, 30 Storm Return Period Climate Change First X Surcharge First Y Flood First Z Overflow O/F Act. Lvl Exc Winter 30 0% Winter 30 0% Winter 30 0% Winter 30 0% 30/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 30/15 Summer 100/15 Summer Winter 30 0% 30/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% Winter 30 0% 100/15 Summer Winter 30 0% Winter 30 0% Winter 30 0% 30/15 Winter Winter 30 0% 30/60 Winter
33 Date 26/01/ :32 Page 9 30 year Return Period Summary of Critical Results by Maximum Level (Rank 1) for OUTFALL C.SWS US/MH Name Water Level Surch'ed Depth Flooded Volume (m³) Flow / Cap. O'flow Pipe Flow Status OK OK OK SURCHARGED OK SURCHARGED SURCHARGED OK OK OK OK OK OK OK SURCHARGED SC SURCHARGED
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ΕΚΘΕΣΗ ΔΟΚΙΜΩΝ ΔΕΞΑΜΕΝΗΣ ΑΠΟΘΗΚΕΥΣΗΣ ΖΕΣΤΟΥ ΝΕΡΟΥ ΣΥΜΦΩΝΑ ΜΕ ΤΟΝ ΚΑΝΟΝΙΣΜΟ 812/2013 TEST REPORT
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