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Title:The Efficiency of a Trapezoid-shaped Solar Still
Author(s):Maldonado, Rafael; Davidson, Paul; Bhattarai, Rabin
Subject(s):desalination, environment, water
Abstract:Drinking water is scarce in developing countries and is becoming a limiting resource for the entire world. This experiment focuses on the enhancement of a solar purification model known as a solar still. The improvement of the solar still will make purifying water a viable option in poor areas of the world and the solar still will reduce the amount of water purified using petroleum-based energy sources and help temper the ongoing water crisis. A solar still model with a polyethylene top and a mirror inside was tested for three hours on three different days and the purified water measured. The model barely yielded results, with only one of the three days producing a measurable amount of water. While the tests yielded very little purified water, the model did evaporate a significant amount of water, which could mean that by fixing a small design flaw, this system could be a solution to water scarcity on islands and other areas with limited access to fresh, clean drinking water.
Issue Date:2014
Citation Info:Maldonado, R., P. Davidson, and R. Bhattarai. 2014. The Efficiency of a Trapezoid-shaped Solar Still. i-ACES, 1(1), 6-10.
Genre:Article
Type:Text
Language:English
URI:http://hdl.handle.net/2142/65510
Rights Information:Copyright 2014 Rafael Maldonado, Paul Davidson, Rabin Bhattarai
Date Available in IDEALS:2014-12-12


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