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首页> 外文期刊>Bioresource Technology: Biomass, Bioenergy, Biowastes, Conversion Technologies, Biotransformations, Production Technologies >Biogas production from different substrates in an experimental Continuously Stirred Tank Reactor anaerobic digester
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Biogas production from different substrates in an experimental Continuously Stirred Tank Reactor anaerobic digester

机译:在实验性连续搅拌釜反应器厌氧消化池中,从不同的底物生产沼气

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Different mixtures were digested in a single-stage, batch, mixed, laboratory scale mesophilic anaerobic digester at the Biomass Research Centre Laboratory (University of Perugia). The yield and the composition of biogas from the different substrates were evaluated and the cumulative curves were estimated. Two experimental campaigns were carried out, the first on three mixtures (chicken, pig and bovine manures), the second on animal and vegetal biomasses (chicken and cow manure, olive husk) with different inocula (rumen fluid and digested sludge). In the first campaign pig manure mixture showed the maximum biogas production (0.35 Nm(3)/kg) and energy content (1.35 kWh/kg VS): in the second one the differences in produced biogas from the different inocula were analyzed: olive husk with piggery manure anaerobically digested as inoculum showed the higher biogas (0.28 Nm(3)/kg VS) and methane yield (0.11 Nm(3)/kg VS), corresponding to an energetic content of 1.07 kWh/kg VS. All data obtained from the laboratory scale anaerobic digester are comparable to the values in literature for several biomass and in particular for olive husk, dairy manure and chicken manure.
机译:在生物质研究中心实验室(佩鲁贾大学)的单级,批量,混合,实验室规模的嗜温厌氧消化池中消化不同的混合物。评价了来自不同底物的沼气的产量和组成,并估算了累积曲线。进行了两次实验,第一次对三种混合物(鸡粪,猪粪和牛粪),第二次对具有不同接种物(瘤胃液和消化污泥)的动物和植物生物量(鸡粪和牛粪,橄榄皮)进行研究。在第一个运动中,猪粪混合物显示最大沼气产量(0.35 Nm(3)/ kg)和能量含量(1.35 kWh / kg V​​S):在第二个运动中,分析了不同接种物产生的沼气的差异:橄榄皮厌氧消化的猪粪作为接种物显示出更高的沼气(0.28 Nm(3)/ kg V​​S)和甲烷产量(0.11 Nm(3)/ kg V​​S),对应于高能含量1.07 kWh / kgVS。从实验室规模的厌氧消化器获得的所有数据都与文献中几种生物质的值相当,特别是橄榄皮,乳牛粪和鸡粪。

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