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Using treated wastewater as a potential solution of water scarcity and mitigation measure of climate change in Gaza strip

机译:使用处理后的废水作为缺水的潜在解决方案并缓解加沙地带的气候变化

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The use of wastewater is one of the most sustainable alternatives to cope with water shortage in Gaza Strip (GS). It would have a number of advantages that include closing the gap between supply and demand, alleviating the pollution of fresh water resources, providing sound solution to water scarcity and potentially cover half of the total agricultural water demand in GS. Wastewater reuse could provide a mitigation solution to climate change through the reduction in green house gases by using less energy for wastewater management compared to that for importing water, pumping deep groundwater, seawater desalination, or exporting wastewater, and enrich the deteriorated soils in GS with more organic matter which lowering the application of chemical fertilizers. This paper investigated the effects of wastewater application on the level of organic matter and soil carbon sequestration which demonstrated by many experiments in Gaza Strip, which induced the possibility of wastewater as a mitigation measure of climate change.
机译:废水的使用是应对加沙地带(GS)缺水的最可持续的替代方法之一。它具有许多优势,包括缩小供需之间的差距,减轻淡水资源的污染,为水资源短缺提供合理的解决方案,并有可能覆盖GS中农业总需水量的一半。废水回用可以通过减少温室气体排放来减少气候变化,从而减少温室气体排放,与进口水,泵送深层地下水,海水淡化或出口废水相比,使用更少的能源进行能源管理,并利用更多的有机物降低了化学肥料的应用。本文通过加沙地带的许多实验研究了废水处理对有机物含量和土壤固碳水平的影响,这引发了废水作为气候变化缓解措施的可能性。

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