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An Experimental Study of Two-Phase Pulse Flushing Technology in Water Distribution Systems

机译:供水系统中两相脉冲冲洗技术的实验研究

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摘要

Abstract: The deterioration of drinking water during distribution process is caused by many factors. The microorganisms and substances peeling off from the “growth-ring” make the secondary pollution in drinking water distribution systems. To reduce the secondary pollution, two-phase pulse flushing technology is introduced to quickly remove the “growth-ring”. In this study, experiment is undertaken for investigating the efficiency of the two-phase pulse flushing and finding the best setting combination. A case study is undertaken to compare the efficiencies between the two-phase pulse and the single-phase flushing. The best setting combination of the two-phase pulse flushing is at the frequency 4 s–6 s (air inflow time is 4 s and air cut off time is 6 s) and the round air inflow nozzle is set at the bottom of the pipe. Two-phase pulse flushing technology can save 95% of water and 6 h 40 min flushing time.
机译:摘要:饮用水在分配过程中的恶化是由许多因素引起的。从“生长环”剥离的微生物和物质在饮用水分配系统中造成二次污染。为了减少二次污染,引入了两相脉冲冲洗技术以快速去除“生长环”。在这项研究中,进行实验以研究两相脉冲冲洗的效率并找到最佳设定组合。进行了案例研究,比较了两相脉冲和单相冲洗之间的效率。两相脉冲冲洗的最佳设置组合为频率4 s–6 s(进气时间为4 s,空气切断时间为6 s),圆形进气喷嘴位于管道底部。 。两阶段脉冲冲洗技术可节省95%的水和6小时40分钟的冲洗时间。

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