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首页> 外文期刊>Transactions of the ASABE >Co-digestion of hog manure with glycerol to boost biogas and methane production.
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Co-digestion of hog manure with glycerol to boost biogas and methane production.

机译:猪粪与甘油共消化,以促进沼气和甲烷的产生。

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摘要

The use of off-farm materials as amendments in anaerobic digestion of manure is an option that is being explored more extensively due to the benefits of boosting methane production and making the process more economical for the farmer. The addition of varying amounts of glycerol, which is a by-product in the biodiesel industry, was used as an amendment to anaerobic digestion of hog manure in bench-scale tests. The use of 2% glycerol produced the greatest amount of methane and biogas, while the addition of 4% glycerol resulted in an overloading of chemical oxygen demand (COD) and digester failure. The addition of 1% glycerol doubled the methane and biogas production, and there appeared to be no detrimental effects of using crude, industrial-based glycerol compared to pure, chemical-grade glycerol.
机译:由于增加了沼气的生产并使农民的过程更经济,因此使用场外材料作为厌氧消化粪肥的一种方法正在被广泛研究。在实验室规模的测试中,添加了不同量的甘油(这是生物柴油工业中的副产品)被用作猪粪厌氧消化的一种修正。使用2%的甘油会产生最大量的甲烷和沼气,而添加4%的甘油会导致化学需氧量(COD)超载和蒸煮器故障。加入1%的甘油会使甲烷和沼气的产量增加一倍,与使用纯化学级甘油相比,使用粗制的工业用甘油似乎没有有害作用。

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