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This document discusses using green roofs to manage stormwater runoff and reduce storage tank volumes. It summarizes previous research on green roof water retention and models stormwater performance in Micro Drainage's WinDes software. Field tests at the University of Sheffield calibrated the model, showing a green roof can retain the first 5mm of rainfall and reduce required storage from 450 cubic meters to 300 cubic meters for a 2 hectare warehouse roof. The document advocates the exponential method for modeling green roof attenuation storage and calls for further research calibrating the approach under different roof types and locations.
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The document discusses floods in India, including definitions, causes, impacts, management strategies, and case studies. It provides an overview of flood types, forecasting methods, zoning, and benefits. Major factors that cause floods are described. Impacts include loss of life, property damage, health issues, and economic disruption. Management involves mitigation, preparedness, response, and recovery. Case studies of specific flood events in India are also presented.
House Drainage System
The document discusses the key components and principles of a house drainage system. It defines important terms like wastewater, sewage, sullage, etc. It describes the main components of a house drainage system including traps (P, Q, S, floor, gully, intercepting), pipes (soil, waste, vent, rainwater), and sanitary fittings (wash basins, sinks, bath tubs, water closets, urinals, flushing cisterns). It also explains the principles of design and discusses the different systems of plumbing like single stack, one pipe, single stack partially ventilated, and two pipe systems.
Storm water drainage
Storm water Disposal methods,Types of inlets used in storm water disposal,Rain water disposal methods in towns
Drainage system
The document summarizes the key components of a drainage system, including:
1. The drainage system conveys sewage, rainwater, and other liquid waste from fixtures through pipes to an external point of disposal, and includes house sewers, house drains, soil and waste stacks, fixture branches, and traps.
2. Essential components are the house sewer, house drain, house trap, fresh air inlet, soil and waste stacks, fixture branches, traps, and vents. Special devices include interceptors, sumps, ejectors, backwater valves, roof drains, and floor drains.
3. Pipes are sized based on the number and type of fixtures drained, with
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Water level sensors report
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PA: Philadelphia: Green Roof Demonstration Project
This document summarizes a demonstration project that installed a 3,000 square foot vegetated roof cover on an industrial building in Philadelphia. The project showed that vegetated roof covers can reduce stormwater runoff volumes by up to 54% annually and attenuate peak runoff rates for a variety of storm events by detaining rainfall in plant foliage and soil. Benefits of vegetated roof covers include reduced stormwater management costs, improved air and water quality, energy savings, and extended roof membrane life.
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16 06-2010 wgrc-jwb_day2_stream_f_9.20_blog
- 1. Modelling a Green Roof and the Benefits to Storm Water Management James Berryman 16th September 2010
- 2. Introduction Micro Drainage develop the industry-standard drainage design software in the UK and Ireland. Its WinDes® drainage design software is relied upon by engineers around the world, with over 14,000 software modules currently in use globally. WinDes allows engineers to design drainage solutions that meet the evolving challenges of flood management, environmental legislation, climate change and sustainability.
- 5. Aesthetic
- 8. Pollutant removal Final validation – Storm Water Management
- 9. Overcoming the Sceptics The What Ifs? Fair tests Drainage Standards Single storms (no tests for continuous analysis/Antecedent Conditions) New systems, no allowance for : FOG Sediment Root ingress Blockages (both internally and at inlets) Deformation
- 10. Specification Static Volumes v Real Time Analysis Pragmatic approach Two key variables to generate a runoff model Roof Area Substrate Depth
- 12. Two Forms of Storage Interception (Depression) Storage Depth of water that is retained in the roof (only lost through evapo-transpiration) Attenuation (Lag) Storage Conceptually equivalent to a unit hydrograph for the vertical flow through the substrate, the drainage layers and into the storm water network It was recognised that the total storage will vary with the Antecedent Dry Weather Period (ADWP)
- 13. Interception (Depression) Storage Field tests and other academic research (Pallaet al. 2008, Stovin et al. 2007, Denardoet al. 2004) indicated: That the retention to be expected after 2 days ADWP would provide a reasonably conservative perspective. An Interception value of 5% of substrate depth would be a reasonable average for an ADWP of 2 days.
- 14. Interception (Depression) Storage Applied 1ha Green Roof with 100mm of soil substrate applying a depression storage of 5% This will result in the first 5mm of rainfall being held in the roof Equating to 50m³ of storage Continuous Analysis and evapo-transpiration To scale
- 15. Attenuation (Lag) Storage Three Time Area Diagram (TAD) options were considered: Time Area Diagram 0-4 minute entry “Unit Hydrograph” (time to peak of 32 mins and a time base of 90 mins) Exponential
- 17. Calibration and Validation: ii
- 18. Calibration and Validation: iii
- 19. Exponential Method Incorporated into WinDes A = factor required to scale the curve to provide the correct total catchment area e = exponential k = the decay coefficiency t = the time in minutes
- 20. Summary: Benefits for Storm Water Management? Consider a 2 ha warehouse roof discharging to storage tank. If a Green Roof is used the volume of storage reduces from 450m³ to 300m³ To scale
- 21. Further Research Future scope to calibrate the method: Varying roof construction materials /techniques More locations, slopes etc Increased/reduced lag affect? El Struthio
- 22. Contact Information James Berryman Tel: 01635 582555 james.berryman@microdrainage.co.uk Micro Drainage Ltd Jacobs Well West Street Newbury Berkshire RG14 1BD
Editor's Notes
- But very popular in London – technical guidance available.