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Renewable Biochemical Methane Potential through Anaerobic Co-digestion from Selective Feed Stocks

机译:通过选择性饲料股的厌氧共消化可再生生化甲烷潜力

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Biochemical Methane Potential (BMP) analysis provides a measure of the anaerobic biodegradability of a given substrate. BMP test is also used to evaluate the potential biogas (methane) production between various Co-digestion substrates. This test is also used to determine the amount of organic carbon in a given material that can be an aerobically converted to methane-Biogas. Studies were carried out for the production of biogas from the leather solid waste. Co-digestion (simultaneous digestion of two or more substrates) studies were carried out in batch reactor using the fleshing (a solid waste generated during the processing of raw hides or skins into finished leather) along with the fruit and vegetable waste at mesophilic condition 35° C). The anaerobic methanogenic seed sludge prepared separately followed by standard BMP test, which was used as the seed inoculums. Recent research on this topic is reviewed in this current paper.
机译:生物化学甲烷电位(BMP)分析提供了给定基质的厌氧生物降解性的量度。 BMP测试还用于评估各种共消化基材之间的潜在沼气(甲烷)产生。 该试验还用于确定可以是可以是甲烷 - 沼气转化的给定材料中的有机碳的量。 研究了从皮革固体废物中生产沼气的研究。 使用肉质(在加工过程中加工过程中的固体废物或在成品皮革中加入成品皮革期间产生的固体废物),在批量反应器中进行共消化(同时消化两种或更多种底物)研究。 °C)。 单独制备的厌氧甲状腺种子污泥,然后用标准的BMP试验,用作种子接种物。 本篇论文综述了对该主题的最新研究。

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