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首页> 外文期刊>Ecological engineering: The Journal of Ecotechnology >RSF_Sim - A simulation tool to support the design of constructed wetlands for combined sewer overflow treatment
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RSF_Sim - A simulation tool to support the design of constructed wetlands for combined sewer overflow treatment

机译:RSF_Sim-一种模拟工具,可支持人工湿地的设计,以进行下水道溢流综合处理

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Treatment of combined sewer overflow (CSO) in constructed wetlands (CWs) has proven to be highly efficient in reducing negative impacts on receiving water bodies. In Germany retention soil filters (RSFs) were developed for this purpose. RSFs are basically vertical subsurface flow constructed wetlands combined with retention basins. So far dimensioning of RSF is based only on long term rainfall-runoff simulations. Effluent quality is not considered. This paper presents a simple phenomenological model for RSF. In combination with sewer quality models it can predict the long term emissions from a particular RSF. The model will support the design of filters to meet specific emission requirements. First results of calibrating and validating simulation outputs on measurement data show, that simple mass and volume balances with only few input parameters can be sufficient for the given purpose. (C) 2014 Elsevier B.V. All rights reserved.
机译:实践证明,在人工湿地(CWs)中处理下水道溢流(CSO)可以有效减少对接收水体的负面影响。在德国,为此目的开发了土壤过滤器(RSF)。 RSF基本上是垂直的地下流动人工湿地,结合了保留盆地。到目前为止,RSF的尺寸仅基于长期降雨径流模拟。不考虑废水质量。本文提出了一种简单的RSF现象学模型。结合下水道质量模型,它可以预测特定RSF的长期排放。该模型将支持滤波器的设计,以满足特定的排放要求。在测量数据上校准和验证模拟输出的初步结果表明,仅给定几个输入参数的简单质量和体积平衡就足以满足给定目的。 (C)2014 Elsevier B.V.保留所有权利。

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