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Dynamics Study of Membrane Aeration Biofilm Reactor for Food Wastewater Treatment

机译:用于食品废水处理的膜通气生物膜反应器的动力学研究

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In this study, the model focusing on the microbial dynamics of membrane aeration biofllm reactor (MABR) is established based on membrane aeration biofilm reactor material balance calculations according to the characteristic of membrane aeration biofilm reactor and the process of sewage treatment by self-designed membrane aeration biofllm reactor. By fitting experimental data, the operating biodegradation dynamics has been analyzed, the sludge yield and the dynamics of activated sludge of membrane aeration biofiim reactor have been compared and the simultaneous nitrification and denitrification dynamics has been researched. The conclusion of this study can provide reference for crafts designing of the wastewater treatment of membrane aeration biofllm reactor.
机译:在该研究中,根据膜通气生物膜反应器的特征和自行设计膜的污水处理方法,建立了专注于膜曝气BiofillM反应器(MABR)的微生物动力学的模型建立了膜通气Biofilm反应器材料平衡计算。通过自行设计膜的污水处理过程 曝气biofllm反应器。 通过拟合实验数据,已经分析了操作生物降解动态,比较了污泥产量和活性污泥的活性污泥的动力学,并研究了同时硝化和脱氮动态。 本研究的结论可以为工艺品设计提供膜通气膜曝气膜的废水的参考。

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