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A solar-powered solution for water shortage problem in arid and semi-arid regions in coastal countries

机译:解决沿海国家干旱和半干旱地区缺水问题的太阳能解决方案

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This paper performs an economic evaluation study for different desalination scenarios to propose a solution to the water shortage problem in the central and southern regions of Iran. Bandar-e Jask in the south and Sirjan in the central region are selected to be studied. The desalination method utilizes a simple solar still or a combination of a solar still and a solar collector. With an interest rate of 4%, the results reveal that production of fresh water in a solar desalination farm comprised of solar still units is an economically favorable scenario for Bandare Jask with a cost of 2.25 $/m(3). In Sirjan, however, transportation of saline water is not economically and ecologically feasible. Transporting the fresh water produced in the desalination farm in Bandar-e Jask to Sirjan is the best solution for the central regions with a cost of 4.12 $/m(3).
机译:本文针对不同的海水淡化方案进行了经济评估研究,以提出解决方案,以解决伊朗中部和南部地区的水资源短缺问题。选择南部的班达尔-e Jask和中部的Sirjan进行研究。脱盐方法利用简单的太阳能蒸馏器或太阳能蒸馏器和太阳能收集器的组合。以4%的利率计算,结果表明,由Banda Jask组成的太阳能淡化场中由太阳能静止装置组成的淡水生产在经济上是有利的,成本为2.25 $ / m(3)。然而,在Sirjan,运输盐水在经济和生态上都不可行。将中部地区的淡水养殖场产生的淡水运输到Sirjan是中部地区的最佳解决方案,成本为4.12 $ / m(3)。

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