液体干燥剂在冷却和除湿中的应用综述

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引用次数: 4

摘要

潜在的选择是用基于干燥剂的除湿和冷却取代传统使用的蒸汽压缩系统,以克服VCR使用中的问题,例如大量消耗优质电能,并消除使用导致臭氧层消耗的基于氯氟烃的制冷剂。干燥剂冷却可以证明是一个有效的在高度潮湿的气氛,以处理潜在的冷却负荷的条件下的空间。本综述阐述了利用各种化学品作为干燥剂溶液的详细思路,以获得最佳的成本和特性。干燥剂冷却可以分别处理湿度和温度,并有效地在条件空间内产生必要的热舒适。干燥剂冷却可以在空调中找到可再生太阳能的最佳利用,将其用于干燥剂再生,以降低主要由化石燃料发电厂产生的电力消耗,从而导致污染问题。本文综述了干燥剂制冷在住宅和工业中可分离控制温湿度的有效应用方向,以改善双重节能和节约成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Liquid Desiccants Applications in Cooling and Dehumidification – An Overview
Potential option to replace the traditionally used vapor compression system with desiccant based dehumidification and cooling to overcome the problems in VCR use like as substantial consumption of high grade electrical energy and to eliminate the use of the CFC based refrigerants which are responsible for the depletion of ozone layer. The desiccant cooling can be proved to be an efficient in highly moist atmosphere to handles the latent cooling load of the conditioned space. The present overview explains about the detailed ideas for making use of various chemicals as the desiccant solution for their optimum cost and characteristics. The desiccant cooling can handle both humidity and temperature separately and effectively to produce necessary thermal comfort within the conditioned space. The desiccant cooling can find optimum use of renewable solar energy in air conditioning by applying them for desiccant regeneration to lower the consumption of electricity which produced mostly by fossil fuel based power plants which leads to problem of pollution subsequently. The present review provides the direction for effective use of the desiccant based cooling for separable control over temperature and humidity in case of both residential and industrial use to ameliorate the dual - energy and cost saving.
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