首页> 外文会议>2010 4th International Conference on Bioinformatics and Biomedical Engineering >Experiment Study on Ultrasonic Collaborating to Control E. coli's Photoreactivation by Ultraviolet Disinfection in Wastewater Treatment Plant
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Experiment Study on Ultrasonic Collaborating to Control E. coli's Photoreactivation by Ultraviolet Disinfection in Wastewater Treatment Plant

机译:超声波协同废水处理厂中紫外线消毒控制大肠杆菌的光活化实验研究

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Microorganisms can photoreactivate after ultraviolet radiation on the effluent from WWTP. The effect of ultrosonic pretreatment collaborating to control E. coli' s photoreactivation by UV disinfection is studied in this essay. It is found that there is a good linear relationship between UV irradiation dose and E. coli' s inactivation rate, and the interrelated coefficient is 0.99. When US collaborating to UV as pretreatment, E. coli's photoreactivation rate can decrease by 59% with the same energy consumption, while energy consumption can decrease by 50% with the same photoreactivation rate. Considering economics and microorganisms security, US-UV is regarded as efficient and feasible for wastewater disinfection.
机译:污水处理厂废水中的紫外线辐射后,微生物可以光活化。本文研究了超声波联合处理通过紫外线消毒控制大肠杆菌的光活化的作用。发现紫外线照射剂量与大肠杆菌的失活率之间存在良好的线性关系,相关系数为0.99。当美国与紫外线合作进行预处理时,在相同的能量消耗下,大肠杆菌的光活化率可降低59%,而在相同的光活化率下,能量消耗可降低50%。考虑到经济和微生物安全性,US-UV被认为是废水消毒的高效可行的方法。

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