Difference between revisions of "Rainwater harvesting: Sizing and modeling"
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<h4>Rapid</h4> | <h4>Rapid</h4> | ||
| − | + | Total cistern volume can be estimated by multiplying the depth of design storm | |
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<gallery mode="packed" widths=300px heights=300px> | <gallery mode="packed" widths=300px heights=300px> | ||
Cistern Size.png| Schematic diagram of the inputs and outputs to a rainwater harvesting cistern | Cistern Size.png| Schematic diagram of the inputs and outputs to a rainwater harvesting cistern | ||
</gallery> | </gallery> | ||
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<p>The Sustainable Technologies Evaluation Program have produced a rainwater harvesting design and costing tool specific to Ontario. The tool is in a simple to use Excel format and is free to download. </p> | <p>The Sustainable Technologies Evaluation Program have produced a rainwater harvesting design and costing tool specific to Ontario. The tool is in a simple to use Excel format and is free to download. </p> | ||
Revision as of 16:17, 5 June 2017
Rapid
Total cistern volume can be estimated by multiplying the depth of design storm
Schematic diagram of the inputs and outputs to a rainwater harvesting cistern
The Sustainable Technologies Evaluation Program have produced a rainwater harvesting design and costing tool specific to Ontario. The tool is in a simple to use Excel format and is free to download.
<panelInfo> RWH Sizing Tool </panelInfo>
The Treatment Train Tool[edit]
Once the size of cistern has been determined, it can easily be modelled in many open source and proprietary applications.
In addition to the cistern size, modelling requires <btnPrimary>The Treatment Train Tool</btnPrimary>