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Study on Impact factor of Specific Oxygen Uptake Rate of Activity Sludge in a Wastewater Treatment Plant in Jiangnan

机译:江南省废水处理厂的活性污泥特异性氧气摄取率的影响因素研究

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In order to provide a theoretical support to operation and management for a wastewater treatment plant which wastewater is mixed with domestic sewage and industrial wastewater, some sludge activity or specific oxygen uptake rate (SOUR) impact factors such as temperature, pH, MLSS and hazardous chemicals etc. are researched on bio-treatment system in a wastewater treatment plant in Jiangnan. It is showed that: 1) at 30 °C or at pH 8, SOUR is maximum when other factors are same; 2) SOUR of activated sludge slightly decreases with the increase of MLSS;3) SOUR is significantly affected by hazardous chemicals. Activated sludge shows strong inhibitive ability to hazardous chemicals with higher MLSS. For example, when MLSS is 1206 mg/L and 723 mg/L, the inhibitory concentration 50% of phenol is 15.8 mg/L and 4.2 mg/L respectively.
机译:为了为废水处理厂提供理论支持,废水与家庭污水和工业废水混合,一些污泥活动或特定氧气摄取率(酸)抗冲击因子,如温度,pH,MLS和危险化学品江南省废水处理厂的生物治疗系统研究。结果表明:1)在30℃或pH 8处,当其他因素相同时,酸是最大的; 2)活性污泥的酸略微降低MLSS; 3)酸性受到危险化学品的显着影响。活性污泥显示出具有更高MLSS的危险化学品的强抑制能力。例如,当MLSS为1206mg / L和723mg / L时,抑制浓度50%的苯酚分别为15.8mg / L和4.2mg / L.

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