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Strategy for minimization of excess sludge production from the activatedsludge process [Review]

机译:最大限度地减少活性污泥过程中剩余污泥产量的策略[综述]

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摘要

Increased attention has been given to minimization of sludge production from activated sludge process since environmental regulations are being more and more stringent in relation to excess sludge disposal. In a biological process, the more organic carbon utilized in carbon dioxide production, the fewer sludge produced, and vice versa. This paper, therefore, reviews strategies developed for minimization of excess sludge production, such as oxic-settling-anaerobic process, high dissolved oxygen process, uncoupler-containing activated sludge process, ozonation-combined activated sludge process, control of sludge retention time and biodegradation of sludge in membrane-assisted reactor. In these modified activated sludge processes, excess sludge production can be reduced by 20-100% without significant effect on process efficiency and stability. It is expected that this paper would be helpful for researchers and engineers to develop novel and efficient operation strategy to minimize sludge production from biological systems.
机译:由于环境法规对过量污泥的处理越来越严格,因此越来越关注减少活性污泥工艺产生的污泥。在生物过程中,二氧化碳生产中使用的有机碳越多,产生的污泥越少,反之亦然。因此,本文回顾了为最大限度地减少剩余污泥产生而开发的策略,例如,氧沉降-厌氧工艺,高溶解氧工艺,含解偶联剂的活性污泥工艺,臭氧结合的活性污泥工艺,污泥保留时间的控制和生物降解。膜辅助反应器中的污泥在这些改良的活性污泥工艺中,多余的污泥产量可以减少20%到100%,而不会显着影响工艺效率和稳定性。希望本文对研究人员和工程师开发新颖有效的操作策略以最大程度地减少生物系统产生的污泥有所帮助。

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