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Total: updated 02 Aug, 2010
Users: 13
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Avg. exec. time: 10 days
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Rainwater Harvesting Storage Capacity Optimizer Tool

By Will Pierce1, Stephen Lance Caskey1, Dan R Elliott1, Jerad D. Cole2, Robert S Janesheski2

1. Purdue University - West Lafayette; 2. Purdue University;

Rainwater harvesting simulation tool used for determining storage capacity.

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Version 1.0 - published on 09 Dec 2009

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Description

The Rainwater Harvesting Storage Capacity Optimizer Tool (GlobalHUB Tool Name: RAINWATERSIM) is an online tool originally developed to size storage tanks for a rainwater harvesting system at Tenwek Hospital in the Bomet district of Kenya.

The user inputs mean monthly rainfall data, roof properties, demand side approach simulation properties, supply side approach simulation properties, and tank cost information. The program first converts monthly rainfall data to pseudo-daily rainfall data used in the simulation. From there, the simulation outputs tank size vs. percentage of demand met (demand side approach), output supply vs. storage capacity (supply side approach), and output supply versus storage cost (supply side approach).

The tool was originally developed in MATLAB, but the code is powered by open-source software, Octave. This tool is developed using nanoHUB.org’s Rappture project.

References Thomas, Terry. RWH Performance Predictor for Use with Coarse (i.e. Monthly) Rainfall Data. Domestic Roofwater Harvesting Reseach Programme. UK Department for International Development.
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Researchers should cite this work as follows:

  • Will Pierce; Stephen Lance Caskey; Dan R Elliott; Jerad D. Cole; Robert S Janesheski (2009), "Rainwater Harvesting Storage Capacity Optimizer Tool," http://globalhub.org/resources/rainwatersim.

    BibTex | EndNote

Tags
  1. demand side approach
  2. ESW
  3. ESW Purdue
  4. pseudo-daily
  5. rainwater harvesting
  6. rainwater harvesting simulator
  7. supply side approach
  8. tank sizing

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