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首页> 外文期刊>Desalination: The International Journal on the Science and Technology of Desalting and Water Purification >Various methods applied to solar still for enhancement of distillate output
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Various methods applied to solar still for enhancement of distillate output

机译:应用于太阳能的各种方法仍然用于增强馏分输出

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摘要

Solar still is not so much attractive in a market due to its lower productivity. Researchers from all around the world have tried to improve distillate output of solar still, but still, no one has tried solar still to put as a commercial product. Hence, there is a lot of scope of research work on the solar still. In this present review paper, various research works done by researchers have shown, and three primary methods like use of fin, energy storage materials and multi-basin solar still have discussed. All of above methods are crucial for improvement in distillate output of solar still. Fin enhances the surface area of water inside the basin for even distribution of water for increment in distillate production. Energy storage materials have pore holes to store the hot water and excess energy during sunshine hours and release during off-sunshine hours for the increase in distillate production. Multi-basin solar still uses the latent heat of condensation from lower basin to increase a temperature of the top or middle basin for increment in distillate production. Hence combination all of above method in the solar still, then the solar still can be used as a commercial product for potable water in household and industry.
机译:由于其生产力较低,太阳能在市场上并不有太大的吸引力。来自世界各地的研究人员已经尝试改善太阳的馏分输出,但仍然没有人尝试过太阳能作为商业产品。因此,在太阳下仍然有很多研究工作范围。在本文综述中,研究人员所做的各种研究工作已经表明,以及鳍,储能材料和多盆太阳能使用的三种主要方法仍然讨论过。所有上述方法都对于改善太阳馏分产量的所有方法至关重要。翅片增强了盆内水的表面积,甚至用于馏分馏分生产中的水的分布。能量储存材料具有孔洞,在阳光小时内储存热水和过量能量,并在阳光下释放,以增加馏分馏分生产。多盆地太阳能仍然采用较低盆地的凝聚液体潜热,以增加顶部或中盆的温度,以增加馏出物生产。因此,在太阳中结合所有上述方法,那么太阳能仍可用作家庭和工业饮用水的商业产品。

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