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Biogas production from fruit wastes combined with manure from pigs or buffaloes in an in vitro biodigester system

机译:在体外生物消化系统中,将水果废物产生的沼气与猪或水牛的粪便结合起来

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The experiment was conducted to determine the effect on methane production of adding different proportions of fresh fruit waste to manure from pigs or buffaloes as substrate in plug-flow biodigesters. The treatments in a completely randomized 2*5 factorial design with with four replicates were ratios of fresh fruit waste to manure (pig or buffalo) of 0, 25, 50, 75 and 100 (% DM basis). Measurements were made of gas production, methane content of the gas and pH of the effluent over a period of 30 days from startup of the biodigesters. Gas production and the concentration of methane in the gas were increased by adding 25% of fruit waste to manure from buffaloes or pigs and then reduced dramatically when the fruit waste comprised 50% or more of the substrate entering the biodigester, the effect being much more dramatic when the manure component of the substrate was from buffaloes rather than pigs. The depressing effect on biodigester pH when fruit waste was the companion substrate was probably due to the high sugar content in the fruit waste.
机译:进行该实验以确定添加不同比例的新鲜水果废料到猪或水牛粪便中作为底流生物消解剂的底物对甲烷产生的影响。在完全随机的2 * 5析因设计中进行的处理(一式四份)是:新鲜水果废料与肥料(猪或水牛)的比率为0、25、50、75和100(以DM百分比为基准)。在启动生物消化器后的30天内,对产气量,气体中的甲烷含量和流出物的pH值进行了测量。通过将25%的果渣添加到水牛或猪的粪肥中,可增加产气量和气体中的甲烷浓度,然后当果渣中50%或更多的底物进入生物消化池时,其产气量和甲烷浓度将大大降低。当底物的粪便成分来自水牛而不是猪时,效果非常明显。当果渣为伴侣底物时,对生物消化器pH值的抑制作用可能是由于果渣中的糖含量高。

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