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Ammonia removal and discharges during storm events: Integrated approach for a small WWTP and associated CSOs

机译:暴风雨期间氨的清除和排放:小型污水处理厂和相关公民社会组织的综合方法

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摘要

An experimental research has been carried out in a small WWTP in order to study the impact of storm events, with a global approach including all CSOs. Special attention has been devoted to the ammonia removal and discharges into the receiving water during storm events. More than 100 rainfalls have been measured between September 1993 and December 1994. The main results are: -the mass of ammonia discharged by overflows without any treatment ranges from 50 to 90 % of the total mass transferred in the sewer system during rainfall periods. -the mass of ammonia treated in the WWTP ranges from 70 to 140 % of the dry weather mass during the same duration, but with a mean concentration ranging from 24 to 76 % of the dry weather concentration due to the dilution effect. -the ammonia removal efficiency remains above 90 % even for strong or long rainfall periods, thanks to the overdesign of the WWTP.
机译:为了研究风暴事件的影响,已经在一个小型的污水处理厂中进行了一项实验研究,采用了包括所有民间社会组织在内的全球方法。特别注意的是在暴风雨期间氨的去除和排放到接收水中。在1993年9月至1994年12月之间,已经测量了100多次降雨。主要结果是:-未经任何处理的溢流排放的氨水质量占下水道系统在降雨期间转移的总质量的50%至90%。 -在相同的时间段内,污水处理厂处理的氨气质量占干旱天气质量的70%至140%,但由于稀释作用,其平均浓度为干旱天气质量的24%至76%。 -由于污水处理厂的过度设计,即使在强降雨或长时间降雨的情况下,氨的去除效率仍保持在90%以上。

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