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The Efficiency of Material Utilization and Energy Conversion of Biogas Fermentation by Annua

机译:Annua沼气发酵的材料利用和能量转化效率

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This paper used annua as material to do a biogas fermentation experiment. The result suggests that biogas-fermentation by pretreated annua is a preferable approach compared with methane production followed by hydrogen production, only methane production, or only hydrogen production, due to its decreasing overall fermentation time, and increasing material utilization efficiency and energy conversion efficiency. It shows that the TS and VS utilization ratio of first hydrogen production then methane production is higher than that of first methane production then hydrogen production.
机译:本文使用了Annua作为沼气发酵实验的材料。结果表明,通过预处理的Annua进行沼气发酵是与甲烷产量相比的优选方法,然后是氢气产生,仅是甲烷生产,或仅氢气产生,由于其整体发酵时间的降低,以及提高材料利用效率和能量转换效率。结果表明,第一氢产量的TS和VS利用率将甲烷产量高于第一甲烷产量,然后氢气产生。

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