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Effect of co-cuturing of methanogens with suphur-reducing bacteria on biomethanation

机译:产甲烷菌与还原硫细菌共培养对生物甲烷化的影响

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摘要

Biomethanation as a result of co-culturing metanogenic bacteria with suphate-reducing bacteria was studied udner anoxic conditions. Toxic suphur compounds are known not to inhibit methanogenesis. hence varying experimental conditions can lead to the optimum conditions for biomethanation. Under controlled experimental conditions, the interacting behaviour of both isolated methanogens and suphate reducers show interesting features, viz, allelopathy.
机译:研究了在缺氧条件下将亚生细菌与减少硫酸盐细菌共同培养的生物甲烷化作用。已知有毒的含硫化合物不会抑制甲烷生成。因此,不同的实验条件可以导致最佳的生物甲烷化条件。在受控的实验条件下,分离的产甲烷菌和鞘脂还原剂的相互作用行为表现出有趣的特征,即化感作用。

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