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Effect of pretreatment and co-substrate addition on biogas production from pig slurry

机译:预处理和共谱系对猪浆料产生沼气的影响

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The anaerobic digestion of pig slurry samples collected from different points of a farm and raw pig slurry pretreated by centrifugation and decantation was first studied. The specific methane production of raw pig slurry and after centrifugation and decantation pretreatment was 158, 24 and 42.34 L kgVS(-1), respectively. Second, the anaerobic digestion of the mixture of raw pig slurry and decanted solid fraction at different organic loading rate (1.364-3.41 gVS center dot L-1 center dot d(-1)) results in a specific methane production of 249 +/- 37 center dot L kgVS (-1). The concentration of ammonium ion in the digester increased to 2500 mg L-1 without inhibition. Lastly, the co-digestion of pear waste and raw pig slurry was also analysed, which enhanced the specific methane production (243 L kgVS(-1)). This work deals with the integral management of pig slurry and points out the possibility of revalorization of other wastes in the same digester.
机译:首先研究了由离心和倾析预处理的农场和生猪浆料不同点收集的猪浆料样品的厌氧消化。 离心和离心和倾析预处理后的甲烷产生和在离心和倾析预处理后分别为158,24和42.34L kgvs(-1)。 其次,在不同有机加载速率下厌氧消化原料猪浆料和倾析的固体级分(1.364-3.41 GVS中心点L-1中心点D(-1))导致249 +/-的特定甲烷产量。 37中心点L kgvs(-1)。 消化器中铵离子的浓度增加至2500mg L-1而不抑制。 最后,还分析了梨废料和生猪浆料的共消化,这增强了特定的甲烷产量(243L kgvs(-1))。 这项工作涉及猪浆料的整体管理,并指出了相同蒸煮器中其他废物的反向的可能性。

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