Rainwater harvesting
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Rainwater harvesting is a method to collect rainwater from rooftops and store it for drinking, cooking, bathing and other household uses. The document estimates that a family of four in Bangalore, India could collect over 90,000 liters of rainwater per year from a 30ft by 40ft roof, meeting their annual fresh water needs. Rainwater is beneficial because it has zero total dissolved solids, is available freely in abundance as soft water.
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This document provides an initial study on rainwater harvesting in 12 villages in Nong Het district, Laos. It analyzes the current water supply and demand, and proposes installing rainwater collection systems on school rooftops to supplement dry season water sources. Calculations estimate that roof collection could provide over half a year's supply but additional domestic systems and education may be needed to fully meet demand. The study outlines design considerations for gutters, tanks, and ensuring water quality in the proposed rainwater harvesting system.
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This document summarizes a rainwater harvesting training program conducted by Billy Kniffen of Texas Cooperative Extension. It provides details on 5 workshops held from 2006 to 2007 that trained 165 volunteers. The training involved a $200, 2-day course covering topics like collection, storage, filtration and uses of rainwater. Evaluations showed the program increased participant knowledge by 58% on average. It also describes setting up future programming, including master gardener and naturalist trainings, and links to rainwater harvesting resources.
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Rainwater harvesting systems are simple to install, operate, and maintain. It is convenient in the sense that it provides water at the point of consumption and operating costs are negligible. Water collected from the roof catchment is available for use in potable (per local approval) and non-potable applications.
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This document discusses rainwater harvesting in Bangalore, India. It begins by explaining the water cycle and how rain is the ultimate source of water. It then discusses how Bangalore experiences both flooding and water scarcity issues. The document outlines the components of a rainwater harvesting system and provides rainfall data for Bangalore. It also estimates how much rainwater different properties could harvest. Further, it discusses filtering rainwater and various storage methods. The document promotes recharging groundwater through wells and borewells. It concludes by providing details on an organization promoting rainwater harvesting in Bangalore.
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For homeowners, building professionals and educators already familiar with the basic concepts of water conservation, especially rainwater harvesting, this workshop discusses advanced topics such as system design, water use offsets and non-irrigation applications such as potable and toilet flushing. Regulatory "red tape" is also discussed, including permitting, building codes, treatment standards, etc.
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This document discusses rainwater harvesting in Bangalore, India. It begins by explaining the water cycle and how rain is the ultimate source of water. It then discusses how Bangalore experiences both flooding and water scarcity issues. The document outlines the components of a rainwater harvesting system and provides rainfall data for Bangalore. It also estimates how much rainwater different properties could harvest. Further, it discusses filtering rainwater and various storage methods. The document promotes recharging groundwater through wells and borewells. It concludes by providing details on an organization promoting rainwater harvesting in Bangalore.
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This is a wonderfully designed ppt which can be more useful to you...! This was prepared by me to perform in Powerpoint Competition, which was held in our school JNV and I was from UDAYGIRI 'B' House.. I secured 1st position in this competion..
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With Best Wishes
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This document discusses components of a rainwater harvesting system for irrigation purposes. It describes how to size a system based on water demand. The key components are the catchment area (roof), conveyance (gutters and downspouts), pretreatment (screens and filters), storage (cistern), and distribution (pumps and piping). To size the system, one calculates the potential rainfall capture based on roof size and rainfall data, then sizes the cistern based on irrigation water demand. Pretreatment devices like screens and first flush diverters help keep debris out of the cistern.
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The document proposes a rainwater harvesting system for the Bangalore Metro project to harvest rainwater falling on the viaducts and use it for landscaping. Key points:
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2) The stored water would be used to meet the estimated 90 million liters annual water requirement for landscaping along the metro line.
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The document discusses integrating rainwater harvesting (RWH) and stormwater management (SWM) infrastructure. It covers topics such as the need for water harvesting in India due to increasing water stress, the concepts of RWH and SWM, methods of RWH including storage and groundwater recharging, types of SWM techniques, benefits and challenges of an integrated approach, and a case study of New Delhi. The presentation contains 24 slides and references several additional resources on the topics.
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The document discusses rainwater harvesting, which is the process of collecting and storing rainwater for future use. It describes the key components of a rainwater harvesting system, which include the catchment surface, gutters and downspouts to channel the water, leaf screens, roof washers to divert the initial rainwater, and storage tanks. The document outlines the advantages of rainwater harvesting such as reducing flooding and the need for imported water. It also discusses some disadvantages like the potential for bacterial growth in stored water and the costs associated with installation and maintenance.
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This is a wonderfully designed ppt which can be more useful to you...! This was prepared by me to perform in Powerpoint Competition, which was held in our school JNV and I was from UDAYGIRI 'B' House.. I secured 1st position in this competion..
Thanks a lot..!
With Best Wishes
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"Earthsoft Foundation of Guidance (EFG) is working as an NGO/NPO for students - Education & Career
guidance and for Professionals for soft skills enhancements. We are working speading , sharing
knowledge; experience globally.It has uploaded important presentations at http://myefg.in/downloads.aspx.
Also visit www.slideshare.net and search using key word - earthsoft
Read http://tl.gd/jm1gh5 and view picture http://twitpic.com/cept60
http://www.slideshare.net/rrakhecha/efg-activities-of-one-year27-mar2013
Be mentor using your education, knowledge & experience to contribute for a social cause & do conduct
free training/ workshop seeking help of existing platforms
Kindly spread to your friends.Thank you!
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Let us make earth little softer..
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Rainwater harvesting
- 1. Drinking | Cooking | BathingDrinking | Cooking | Bathing Rain Water HarvestingRain Water Harvesting
- 2. • Data to estimate, how much water can be harvested • Annual Rainfall in mm • Rainy days • Collection surface area Harvest volumeHarvest volume For example, at Bangalore, India you could harvest over 90,000 liters of rainwater every year from a roof area of a house built on a 30 ft x 40 ft plot size.
- 3. • We use, per person per day • 7 liters for cooking and drinking • 65 liters for washing & bathing Fresh water consumptionFresh water consumption So, for a family of four, you would need: (7+65) x 4 x 365 L = 1,05,120 Liters per year This requirement can be met with rain water.
- 4. Rain WaterRain Water is zero TDSis zero TDS is available in abundanceis available in abundance is soft wateris soft water is FREEis FREE
- 5. www.riteways.netwww.riteways.net Contact us, to know moreContact us, to know more solutions@rite-ways.comsolutions@rite-ways.com
- 6. www.riteways.netwww.riteways.net Contact us, to know moreContact us, to know more solutions@rite-ways.comsolutions@rite-ways.com