文章从曝气方式的改进上提出了研发一体式射流曝气膜生物反应器。
The submerged jet aerated MBR is proposed for development from the point of aeration improvement.
对以煤基微孔碳管为组件的碳膜曝气膜生物反应器（MABR）处理高浓度氨氮污水进行了实验研究。
The treatment of high concentration ammonia wastewater by a membrane aeration biological reactor(MABR) made of coal-based carbon tube membrane was studied in laboratory scale.
采用两个结构相同的一体式膜生物反应器处理生活污水，考察了不同曝气方式对运行效果的影响。
The two submerged membrane bioreactors with same structure were used to treat domestic wastewater, and the influence of different aeration modes on the operational efficiency was investigated.
本文在目前国内外膜生物技术分析研究的基础上，研制出新型膜生物反应器工艺系统——膜曝气生物悬浮反应器(MBASR)。
Based on the present analysis of membrane and biological technology, this article develop a new style of mbr-membrane Aerated suspend Bioreactor (MBASR).
采用无泡曝气作为反冲洗气体，不但提高膜生物反应器中溶解氧量，而且氧利用率也得到提高，且能量消耗也有所降低。
Adopting bubbleless aeration as reflushing air which not only increased DO in the MBR, but also advanced the oxygen utilization, and the energy consumption decreased as well.
采用无泡曝气作为反冲洗气体，不但提高膜生物反应器中溶解氧量，而且氧利用率也得到提高，且能量消耗也有所降低。
Adopting bubbleless aeration as reflushing air which not only increased DO in the MBR, but also advanced the oxygen utilization, and the energy consumption decreased as well.
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