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Design of Solar Water Pasteurization System with Slow Sand Filtration

机译:缓慢砂滤网太阳能水山山丘探测系统的设计

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Solar water pasteurization system with slow sand filtration works by integration of filtration unit and pasteurization unit. The systemcan be utilized in rural as well as the urban areas of the country to produce reliable drinking water source. The filtration unit has layersof gravels and sand, and the pasteurization unit works by use of solar collector utilizing solar energy. The final output water isdrinkable by treatment of water pathogens through the integrated units. The use of two systems: Pasteurization unit and Filtration unitindependently checks and corrects the flaw of the other to produce clean and pure drinking water. The output water from the integratedsystem is tested and found to have reduced TDS from 159 mg/l to 137 mg/l, E. coli count from 6 CFU/100ml to 0 CFU/100ml andTotal coliform count from 52 CFU/100ml to 0 CFU/100ml. This hybrid system uses solar energy for water pasteurization so it can beutilized effectively for drinking water purposes.
机译:慢砂过滤系统的太阳能水海洋探测系统通过过滤单元和巴氏杀菌单元的整合作用。系统可用于农村以及国家城市地区生产可靠的饮用水来源。过滤单元具有砾石和沙子,巴氏灭菌单元使用太阳能的太阳能收集器起作用。通过整合单元处理水病原体的最终输出水。使用两种系统:巴斯氏灭菌单元和过滤单位依赖性地检查并校正另一个缺陷,以产生清洁和纯净的饮用水。从综合系统中的输出水被测试,发现从159mg / L至137 mg / L,大肠杆菌计数从6个CFU / 100ml到0 CFU / 100ml和肠梗大肠杆菌计数从52 CFU / 100ml到0 CFU的TDS / 100ml。这种混合系统使用太阳能进行水杀粉共灭菌,因此它可以有效地脱脂以饮用水。

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