Effects of Physico-Chemical Parameters on The Efficiency of Stations and Water Lifting Pumps of Al-Salam Canal, Egypt

M. El-Kady, A. Hasan, A. M., M. Abuzeid
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引用次数: 0

Abstract

----------------------Keywords have a positive impact on the expansion of agricultural production, redistribution of the Egyptian population through resettlement, increase in employment and establishment of new rural communities. However, it may have some negative impacts on the waterways in relation to pollution of water that may have a serious effect on the operation and maintenance of the lifting pumps. In order to keep the project sustainable and protect the distribution system including the water lifting pumps, monitoring the quality of surface water in the main drains (Faraskur Drain, Sirw Drain and Bahr Hadous) and Al-Salam Canal was determined within 14 locations along Al-Salam network system during the summer season (2018). The present results indicated that it is difficult to make an overall assessment of the degree of contamination of the surface water along Al-Salam network system because there is considerable spatial variability between locations. Also, the present study showed locations that containing a high level of TSS, TDS, EC, BOD, COD, cations, anions, ammonia, heavy metals and oil and grease were displayed quite directly or indirectly corrosive to all the components of water lifting pump system.
理化参数对埃及Al-Salam运河站水泵效率的影响
----------------------关键词对扩大农业生产、通过安置重新分配埃及人口、增加就业和建立新农村社区有积极影响。然而,它可能会对水道产生一些负面影响,涉及水污染,可能会对提升泵的操作和维护产生严重影响。为了保持项目的可持续性并保护包括升水泵在内的分配系统,在夏季(2018年)确定了沿Al-Salam网络系统的14个地点监测主要排水沟(Faraskur排水沟、Sirw排水沟和Bahr haous)和Al-Salam运河的地表水质量。目前的结果表明,由于地点之间存在相当大的空间变异性,很难对Al-Salam网络系统地表水的污染程度进行全面评估。此外,研究还表明,TSS、TDS、EC、BOD、COD、阳离子、阴离子、氨、重金属、油脂等污染物含量较高的部位对升水泵系统各部件具有直接或间接的腐蚀性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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