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Impact-based integrated real-time control for improvement of the Dommel River water quality

机译:基于影响的集成实时控制可改善Dommel河的水质

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The KALLISTO project aims at finding cost-efficient sets of measures to meet the Water Framework Directive (WFD) derived goals for the river Dommel. Within the project, both acute and long term impacts of the urban wastewater system on the chemical and ecological quality of the river are studied with an integral monitoring campaign in the urban wastewater system (WWTP and sewers) and in the river. Based on this monitoring campaign, detailed models were calibrated. These models are partly simplified and integrated in a single model, which is validated using the detailed submodels. The integrated model was used to study the potential for impact-based real-time control (RTC). Impact based RTC proved to be able to improve the quality of the receiving waters significantly, although additional measures remain necessary to be able to meet the WFD requirements.
机译:KALLISTO项目旨在寻找符合成本效益的一系列措施,以满足水框架指令(WFD)为多梅尔河制定的目标。在该项目中,通过对城市废水系统(污水处理厂和下水道)和河流进行整体监测,研究了城市废水系统对河流化学和生态质量的长期和长期影响。基于此监视活动,对详细模型进行了校准。这些模型已部分简化,并集成到单个模型中,并使用详细的子模型进行了验证。集成模型用于研究基于影响的实时控制(RTC)的潜力。事实证明,基于影响的RTC能够显着提高接收水的质量,尽管仍需要采取其他措施来满足WFD要求。

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