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Infiltration and inflow in combined sewer systems: long-term analysis

机译:下水道系统的渗透和入水:长期分析

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A study was conducted on 34 German combined sewer systems including combined sewer overflow (CSO) tanks and treatment plant to show up actual hidden reserves and bottlenecks in stormwater treatment. The study gave also a general insight into the water pathways in urban hydrology. A special focus was given to undesired non-polluted water infiltrating into the sewer, labelled infiltration and inflow (I/I) or infiltration inflows, which is widely underestimated. It leads to a bad performance of the drainage system although the parasite waters are themselves non-polluted. In existing combined systems, pollution control can be considerably improved by reducing I/I. It is equivalent to the reduction of surface runoff e.g. by a separate drainage as frequently proposed alternative. Artificial infiltration of surface runoff may even increase infiltration inflows. [References: 3]
机译:对34个德国联合下水道系统进行了一项研究,包括联合下水道溢流(CSO)储罐和污水处理厂,以显示雨水处理过程中的实际隐藏储量和瓶颈。这项研究还对城市水文学中的水通路进行了一般性的了解。特别关注的是不受欢迎的无污染水渗入下水道,标记为渗入和入水(I / I)或渗入入水,这被低估了。尽管寄生虫水本身未被污染,但它却导致排水系统的性能下降。在现有的组合系统中,可以通过减少I / I来大大改善污染控制。这等效于减少表面径流,例如通过单独的排水作为经常提出的替代方案。地表径流的人为渗透甚至可能增加渗透流量。 [参考:3]

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