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Effect of Lactate and Starter Inoculum on Biogas Production from Fresh Maize and Maize Silage

机译:乳酸和起子接种物对新鲜玉米和玉米青贮饲料沼气生产的影响

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Lactate is a key intermediate during anaerobic digestion of carbohydrates; however, it fails to receive significant consideration in biogas plants. We examined the influence of lactic acid on biogas production. Two commonly used feeds, fresh maize and maize silage, were selected as substrates due to their difference in lactic acid contents. Additionally, inocula from an agriculture-based biogas plant, a waste water treatment plant and a standardised laboratory reactor were selected to investigate the impact of starter culture on the process. Experiments demonstrated increased total biogas yield of up to 45% in the lactate-rich maize silage over the lactate-devoid fresh maize, but only in cases where the starting inocula had been previously exposed to lactic acid. Our findings suggest lactic acid is a significant intermediate in biogas production and merits consideration. Additionally, the ability of the starter inoculum to utilize lactic acid is an important factor in process optimization and enhanced biogas production.
机译:乳酸盐是碳水化合物的厌氧消化过程中的关键中间体;但是,它未能在沼气植物中获得显着考虑。我们研究了乳酸对沼气生产的影响。由于它们对乳酸含量的差异,选择了两个常用的饲料,新鲜玉米和玉米青贮饲料。另外,从基于农业为基础的沼气厂,废水处理厂和标准化实验室反应器中的灭弧室以研究起始培养物对工艺的影响。实验证明,在乳酸缺乏新鲜玉米上,富含乳酸肥大玉米青贮饲料的总沼气产量增加了45%,但仅在起始接煤机之前暴露于乳酸的情况下。我们的研究结果表明乳酸是沼气生产的重要中间体和优点考虑。另外,起动器接种物利用乳酸的能力是过程优化和增强的沼气生产中的重要因素。

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