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A New Approach to Characterize Biodegradation of Organics by Molecular Mass Distribution in Landfill Leachate

机译:利用分子质量分布表征垃圾渗滤液中有机物生物降解的新方法

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This study provides biodegradability of organics in leachate according to their molecular mass distributions (<0.5, 0.5 to 1, 1 to 3, 10, and >10 KDa). Organics with molecular mass values lower than 0.5 KDa were the predominant species in the raw leachate filtrate, and the aerated lagoon process was very effective in treating these highly biodegradable organics; the Fenton's oxidation process was very effective in treating not-so-biodegradable organics with molecular mass values higher than 0.5 KDa, but a portion of these organics were converted into organics <0.5 KDa after Fenton's oxidation. An oxygen uptake measurement using a respirometer was more sensitive than a conventional biochemical oxygen demand measurement to evaluate bioactivities, especially when bioactivities were low.
机译:这项研究根据渗滤液中的有机物的分子质量分布(<0.5、0.5至1、1至3、10和> 10 KDa)提供了生物可降解性。分子量低于0.5 KDa的有机物是渗滤液原液中的主要物质,充气泻湖工艺对于处理这些可高度生物降解的有机物非常有效。 Fenton的氧化过程对于处理分子量大于0.5 KDa的不可生物降解的有机物非常有效,但Fenton氧化后,这些有机物的一部分被转化为<0.5 KDa的有机物。与传统的生化需氧量测量相比,使用呼吸计进行的氧气吸收测量对生物活性的测量更为敏感,尤其是在生物活性较低的情况下。

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