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Monitoring the startup of a wet detention pond equipped with sand filters and sorption filters

机译:监测装有沙滤器和吸附器的湿式滞留池的启动

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The startup of a wet retention pond designed for extended stormwater treatment was monitored by more than one year of continual measurement of hydraulic parameters, nutrients and quality parameters in the pond itself (pH, temperature, dissolved oxygen, turbidity). The data revealed that photosynthesis played an important role for dissolved oxygen and pH for most of the year. Another important observation was that the pond behaved more like a completely mixed reactor than like a plug flow reactor-even though the length to width ratio was as high as 4.5:1. The pond was equipped with sand filters and sorption filters whereby very good nutrient removal efficiencies were achieved.
机译:通过持续测量池塘本身的水力参数,养分和质量参数(pH,温度,溶解氧,浊度),监测了设计用于延长雨水处理的湿滞留池的启动。数据显示,一年中大部分时间,光合作用对溶解氧和pH值起着重要作用。另一个重要的观察结果是,尽管长宽比高达4.5:1,池塘的行为更像是完全混合的反应堆,而不是活塞流反应堆。池塘配备了砂滤器和吸附滤器,从而实现了很好的养分去除效率。

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