Brackish water pre-treatment method: selection of the study area and water sample testing

Youssouf E. L. Idrissi, Mohamed Benabbou, Zakia Rais, Mounia E. L. Haji
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Abstract

Climate change significantly disrupts the global water cycle, impacting rainfall and social and economic development in countries like Morocco. This has led to the need for alternative solutions like desalinating sea and brackish water. However, the efficiency of water pre-treatment operations depends on the characteristics of the raw water to be treated and affects the overall system's performance in terms of water quality and cost. The final objective of this study is to design a solar-powered brackish pre-treatment technique before desalination process for remote rural population. The primary task is to select the most suitable geographical area in Morocco for sampling and analysis of water characteristics and their compliance with drinking water standards. The results help identify the most appropriate provinces for our case according to certain selection criteria (distance, annual solar radiation, rural population, access to drinking water) and analyse the water's characteristics and compliance with national or international drinking water health standards. This provides a solid foundation for the next stages of desalination method development.
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咸水预处理方法:研究区域的选择和水样检测
气候变化严重破坏了全球水循环,影响了降雨量以及摩洛哥等国的社会和经济发展。因此,人们需要海水和苦咸水淡化等替代解决方案。然而,水预处理操作的效率取决于待处理原水的特性,并在水质和成本方面影响整个系统的性能。本研究的最终目标是为偏远农村人口设计一种海水淡化工艺前的太阳能微咸水预处理技术。主要任务是在摩洛哥选择最合适的地理区域,对水的特性及其是否符合饮用水标准进行采样和分析。研究结果有助于根据某些选择标准(距离、年太阳辐射、农村人口、获得饮用水的机会)确定最适合我们案例的省份,并分析水的特征及其是否符合国家或国际饮用水卫生标准。这为下一阶段的海水淡化方法开发奠定了坚实的基础。
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