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Cause and Control of Baulking Sludge by Microthrix Parvicella in MUCT System

机译:MUCT系统中细微百日咳杆菌淤积的原因及控制

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The cause and control of bulking in modified University of Cape Town (MUCT) system were investigated. The results were as follows: (1) Low temperature is the main cause of excessive filamentous bacteria growth, and dominant filamentous bacteria was Microthrix parvicella in the sludge; (2) Biological techniques such as reducing sludge retention time (SRT) and increasing temperature could decrease sludge volume index (SVI) and control bulking; (3) The removal efficiency of COD was constantly higher than 92.4%, and the removal efficiency of TP ranged between 87.4 and 98.0% during experiment, but percentage of TN removal decreased to about 42.2% due to used the lower SRT (6d) after 9 Nov 2006.
机译:研究了改进的开普敦大学(MUCT)系统中体积增大的原因和控制。研究结果如下:(1)低温是丝状细菌过度生长的主要原因,主要的丝状细菌是污泥中的<< Microthrix parvicella 。 (2)减少污泥停留时间(SRT)和提高温度等生物技术可以降低污泥体积指数(SVI)并控制膨胀; (3)在实验过程中,COD的去除率始终高于92.4%,TP的去除率介于87.4和98.0%之间,但由于使用较低的SRT(6d)后,TN的去除率降低到了约42.2%。 2006年11月9日。

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