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Microbial characteristics associated with six different organic wastes undergoing anaerobic decomposition in batch vial conditions

机译:与六种不同有机废物在小瓶条件下进行厌氧分解相关的微生物特性

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摘要

In this study, the biodegradation characteristics of six plant-based wastes were compared in anaerobic batch vial systems. The highest gas accumulation and methane (CH_4) concentrations (approximately 70%) were observed in samples containing copy paper, newspaper and box paper materials, whereas the lowest were observed in samples containing wood and leaves. In samples containing steamed rice and fruit, the methanogenic activity was inhibited, which resulted in acid accumulation. The high biodegradation activity of newspaper samples was also associated with high adenosine triphosphate levels and dehydrogenase activity. No significant differences were, however, observed in the dehydrogenase activity of the samples. High bioluminescence was observed in samples with high biodegradation activities, indicative of low toxicity.
机译:在这项研究中,在厌氧分批样品瓶系统中比较了六种植物废料的生物降解特性。在包含复印纸,报纸和盒装纸材料的样品中,观察到了最高的气体累积和甲烷(CH_4)浓度,而在包含木材和树叶的样品中观察到了最低的浓度。在包含蒸米饭和水果的样品中,产甲烷活性受到抑制,从而导致酸积累。报纸样品的高生物降解活性也与高三磷酸腺苷水平和脱氢酶活性有关。但是,样品的脱氢酶活性没有观察到显着差异。在具有高生物降解活性的样品中观察到高生物发光,表明低毒性。

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