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The Efficiency of Nitrogen Compounds Removal in Wastewater Treatment Plant

机译:污水处理厂中氮化合物的去除效率

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In sewage treatment plants for removing nitrogen compounds are used biological processes of nitrification and denitrification. The parameters determining the efficiency of biological processes of nitrogen removal are organic carbon ratio (BOD_(5)) to total Kjeldahl nitrogen (TKN), temperature and pH. The impact of these parameters on the operation of the sewage treatment plant with an RLM of 45,000 based on operational data from the period 2011-2013 has been assessed. The efficiency of removing nitrogen compounds from sewage in the analysed treatment plant depended on the temperature of sewage and the quotient BOD_(5)/TKN. Even at the optimal ranges of BOD_(5)/TKN ratio temperature at 10°C nitrogen concentration in the treated wastewater was about 3 times higher than the limit value, and the removal efficiency of nitrogen varied between about 30 to 60%.
机译:在用于去除氮化合物的污水处理厂中,使用硝化和反硝化的生物过程。决定脱氮生物过程效率的参数是有机碳比(BOD_(5))与凯氏氮总量(TKN),温度和pH值。根据2011-2013年期间的运行数据,评估了这些参数对RLM为45,000的污水处理厂运行的影响。在所分析的处理厂中,从污水中去除氮化合物的效率取决于污水温度和BOD_(5)/ TKN商。即使在BOD_(5)/ TKN比值的最佳范围内,处理后废水中的氮浓度为10°C时,其温度仍比极限值高3倍左右,氮的去除效率在30%至60%之间变化。

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