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Freshwater Situation in Kuwait-Remote Sensing Inputs on Possibility of Artificial Recharge | Science Publications

机译:人工补给的可能性的科威特遥感输入淡水状况科学出版物

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> Problem statement: Kuwait is an arid country having per capita freshwater consumption of 485 l day-1. Almost the entire freshwater requirements are met through desalination. The water tariffs in the country are very low consequent to 60% subsidy provided by the government. The use of tertiary treated waste-water is restricted to irrigation and forestation; this leaves huge surplus that can be utilized for creation of shallow artificial aquifers. Approach: Remote sensing data provides information on existence of a paleo drainage network in north Kuwait which can be utilized for artificial recharge. Results: About 85% of treated waste water which remains unutilized can be pumped into shallow aquifers creating future reserve. The shallow aquifers will also improve the soil moisture balance and shall support perennial vegetation, impeding dust transport. Conclusion: The pumping of tertiary treated waste-water into the paleo drainage network will create a future reserve besides improving the soil moisture index and vegetation cover in the area.
机译: > 问题陈述:科威特是一个干旱的国家,人均淡水消费量为485 l天 -1 。通过脱盐几乎可以满足所有淡水需求。由于政府提供60%的补贴,该国的水价非常低。经三次处理的废水的使用仅限于灌溉和造林;这留下了巨大的盈余,可用于创建浅层人造含水层。 方法:遥感数据提供有关科威特北部古排水网络存在的信息,可用于人工补给。 结果:约有85%仍未利用的处理后的废水可被泵入浅层含水层,从而形成未来的储量。浅层含水层还将改善土壤水分平衡,并支持多年生植物,阻碍粉尘的运输。 结论:将三次处理过的废水泵入古排水网络,除了改善该地区的土壤水分指数和植被覆盖度之外,还将创造未来的储量。

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