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Effects of integrated stormwater management strategies on the combined sewer system and the wastewater treatment plant-river system

机译:雨水综合管理策略对下水道系统和污水处理厂-河道系统的影响

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摘要

This is an investigation into possible changes to quantity and composition of sewage in the combined sewer system and the waste water treatment plant (WWTP) caused by new stormwater management strategies (mainly by disconnecting areas from the sewer system). Various scenarios were developed and the consequences on the water systems were calculated by using the simulation model KOSMO, in a fictional catchment. The results of the combined sewer overflow-calculation show an enormous decrease of the overflow annual load for different parameters (COD, ammonia) by the reduction of impervious surfaces. Thus, the overflow concentrations of some parameters increase dramatically under these conditions, in particular the ammonia concentration might cause critical situations (e.g. sensitive receiving water).
机译:这是一项调查,研究了由新的雨水管理策略(主要是从下水道系统断开区域)导致的污水处理系统和污水处理厂(WWTP)合并后污水的数量和组成可能发生的变化。在一个虚构的流域,开发了各种方案,并使用模拟模型KOSMO计算了对水系统的影响。结合的下水道溢流计算结果表明,通过减少不透水表面,不同参数(COD,氨)的溢流年负荷大大降低。因此,在这些条件下,某些参数的溢流浓度急剧增加,特别是氨气浓度可能会导致紧急情况(例如敏感的接收水)。

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