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Effect of C/N ratio on nitrous oxide emission from swine wastewater treatment process

机译:碳氮比对猪污水处理过程中一氧化二氮排放的影响

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To evaluate control parameters for nitrous oxide (N2O) emissions in the swine wastewater treatment process, the N2O emission was compared in the activated sludge from SBRs acclimated in different carbonitrogen (C/N) ratios. N2O emission from a denitrification phase was very strongly dependent on C/N ratio of swine wastewater, and the total N2O emission in the operating condition of BOD5/TN ratio of 2.6 was approximately 270 times greater than that in BOD5/TN ratio of 4.5. However, the effect of C/N ratio on N2O emission amount from nitrification was not significant in an oxic phase study. It is considered that stabilization of the C/N ratio through optimal solid-liquid separation of slurry or use of an external carbon source is indispensable for effective N2O emission control from nitrogen removal process of swine wastewater.
机译:为了评估猪废水处理过程中一氧化二氮(N2O)排放的控制参数,比较了适应于不同碳/氮(C / N)比的SBR产生的活性污泥中的N2O排放。反硝化阶段的N2O排放高度依赖于猪废水的C / N比,在BOD5 / TN比为2.6的运行条件下,N2O的总排放量比BOD5 / TN比为4.5的排放量大约270倍。然而,在有氧相研究中,C / N比对硝化N2O排放量的影响并不显着。人们认为,通过有效固液分离浆料或使用外部碳源来稳定C / N比对于有效控制猪废水脱氮过程中的N2O排放是必不可少的。

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