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Formaldehyde toxicity in anaerobic systems [Review]

机译:厌氧系统中的甲醛毒性[综述]

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Formaldehyde toxicity during acetoclastic methanogenesis exerted a dual character. It was in part reversible and in part irreversible. Toxicity was only reversible at very low formaldehyde concentration. The deg ee of irreversible toxicity was proportionally related to the initial sludge concentration, but was independent of the initial specific acetoclastic activity. Formaldehyde conversion seemed to be dependent on the concentration of the various trophic groups present in the anaerobic granular sludge used. Hence biomass diversity may play an important role in the outcome of toxicity studies and may furthermore contribute to the explanation of the controversies with respect to toxicity values reported in literature. [References: 19]
机译:破弹甲烷化过程中甲醛的毒性具有双重特征。这部分是可逆的,部分是不可逆的。仅在非常低的甲醛浓度下,毒性才可逆。不可逆毒性的度数与初始污泥浓度成正比,但与初始特定的破弹活性无关。甲醛转化率似乎取决于所用厌氧颗粒污泥中各种营养基团的浓度。因此,生物量多样性可能在毒性研究的结果中起重要作用,并且可能进一步有助于解释文献报道的毒性值方面的争议。 [参考:19]

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