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- W2554762094 abstract "The amount of distillate water from a solar still depends on different parameters. The evaporative surface area and glass cover temperature are the most effective parameters. Increasing the surface area or decreasing the cover temperature will enhance the distillate output. In this work, a concave type solar still with four glass cover surfaces has been studied experimentally. The main advantage of using four-glass cover surface is to increase the amount of solar radiation falling on the evaporative surface. Most of the daytime, there is a temperature difference between the four still glass sides and the evaporative surface, which allows more vapour to condensate on the lower glass cover surface. Results have shown that the average distillate productivity during the daytime is approximately 3L/m 2 . It is higher than the conventional type solar still. Factors that will directly affect the build cost such as material selection, size, and simplicity overall per unit have also been evaluated. The various tests like chlorine content, total hardness, Calcium content, Electrical conductivity, TDS, pH value, were carried out in the laboratory and it was found that water obtained is safe for use. Solar distillation becomes very attractive in in-expensive long-term low technology systems especially useful where the need for small plant exists. After experimental analysis it was observed that Lake Water has more production of distilled water compared to Borewell water and River water. This research provides the growth of the small-scale industries in the village sides in India. In the set up small investment is required in first time then very less cost will appear during maintenance also." @default.
- W2554762094 created "2016-11-30" @default.
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- W2554762094 date "2015-01-01" @default.
- W2554762094 modified "2023-09-27" @default.
- W2554762094 title "SOLAR POWERED WATER DISTILLATION WITH CONCAVE EVAPORATION SURFACE" @default.
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