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首页> 外文期刊>The Korean journal of chemical engineering >Removal Of Cod From Coking-plant Wastewater In The Moving-bed Biofilm Sequencing Batch Reactor
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Removal Of Cod From Coking-plant Wastewater In The Moving-bed Biofilm Sequencing Batch Reactor

机译:在移动床生物膜测序间歇反应器中去除焦化厂废水中的鳕鱼

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摘要

The objective of this paper is to investigate COD removal efficiency of the coking-plant wastewater by applying the moving-bed biofilm sequencing batch reactor (MBBSBR). The operation is simple and 30% WD-F10-4 BioM~(TM) were packed as carrier materials. It was found that the coking-plant wastewater could be effectively treated with 92.9% of COD removal efficiency at a low organic loading rate (OLR) of 0.449 kgCOD·m~(-3)·d~(-1). The removal efficiency decreased gradually down to 70.9% when OLR increased to 2.628 kgCOD·m~(-3) ·d~(-1). The system has strong tolerance to organic shock loading in this experiment. The COD removal results in the blank experiments of biofilm and sludge showed that the attached biofilm has higher activity than suspended sludge and contributes about 60% to the COD removal.
机译:本文的目的是通过应用移动床生物膜测序间歇反应器(MBBSBR)来研究焦化厂废水的COD去除效率。操作简单,包装了30%WD-F10-4 BioM〜作为载体材料。结果表明,在0.449 kgCOD·m〜(-3)·d〜(-1)的低有机负荷率下,焦化厂废水的COD去除率达到92.9%。当OLR增加至2.628 kgCOD·m〜(-3)·d〜(-1)时,去除率逐渐降低至70.9%。在该实验中,该系统对有机冲击载荷具有较强的耐受性。生物膜和污泥的空白实验中的COD去除结果表明,附着的生物膜比悬浮污泥具有更高的活性,对COD去除的贡献约为60%。

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