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Characterisation and settling of solids in an open, grassed, stormwater sewer network detention basin

机译:在一个开放的,草木化的雨水排水管网滞留池中对固体进行表征和沉降

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The objective of the study is to develop new operational management practices for detention tanks during rainfall events in order to limit flooding risk and, at the same time, to reduce pollutant discharges by optimising the settling process. This paper presents the results of the characterisation of settled particles in an open stormwater detention basin with grassed banks and bottom, installed on a separate stormwater network. Solids sampled in the bottom of the basin where the settling process is frequent and solids collected in sediment traps have a fine grain-size distribution close to those of suspended solids in stormwater. The distribution is related to the number and the duration of the flooding events. The pollutant loads are significant but the hydrocarbons and heavy metals concentrations are lower than concentrations measured in solids sampled in detention tanks situated on a combined sewer system.
机译:这项研究的目的是为降雨期间的储水箱开发新的操作管理方法,以限制洪水风险,并同时通过优化沉降过程来减少污染物排放。本文介绍了在一个开放的雨水滞留盆地中的沉降颗粒的表征结果,该雨水滞留盆地的草丛和底部都安装在单独的雨水网络中。在沉降过程频繁的盆地底部取样的固体,在沉积物收集器中收集的固体具有细粒度分布,接近雨水中的悬浮固体。分布与洪水事件的数量和持续时间有关。污染物负荷很大,但是碳氢化合物和重金属的浓度低于在联合下水道系统中的滞留池中采样的固体中的浓度。

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