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Simulation of the operation of detention tanks

机译:滞留池运行模拟

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The performance of detention tanks with different characteristics (volume, on-line and offline arrangement) has been evaluated according to the results of a continuous simulation. The conceptual simplified model for sewer system simulation (COSMOSS) model has been used to simulate the operation of the tanks. The differences between the performance of on-line and off-line tanks and the influence of the characteristics of different catchments have been examined. According to the results of the simulations detention tanks demonstrated good performances in total suspended solids retention and this evenience can certainly help to prevent water pollution of receiving water bodies in urban areas, even if the differences between the catchments, especially regard to the first flush effect, influence the performance of the tanks. Anyway considerable good efficiencies can be obtained with tank volumes of about 30-50 m~3/ha_(imp), in terms of number, maximum concentrations and duration of overflows, generally not guaranteed only with overflow devices.
机译:根据连续模拟的结果,对具有不同特征(容积,在线和离线布置)的储罐的性能进行了评估。下水道系统模拟的概念简化模型(COSMOSS)模型已用于模拟水箱的运行。研究了在线和离线水箱性能之间的差异以及不同集水区特性的影响。根据模拟结果,滞留池在悬浮固体的总滞留方面表现出良好的性能,这种均匀性当然可以帮助防止城市地区接收水体的水污染,即使集水区之间的差异,尤其是第一次冲洗效果也是如此。 ,影响坦克的性能。无论如何,在数量,最大浓度和溢流持续时间方面,大约30-50 m〜3 / ha_(imp)的水箱容积可以获得相当好的效率,通常不能仅使用溢流装置来保证。

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