首页> 外文期刊>Bioresource Technology: Biomass, Bioenergy, Biowastes, Conversion Technologies, Biotransformations, Production Technologies >Cow, sheep and llama manure at psychrophilic anaerobic co-digestion with low cost tubular digesters in cold climate and high altitude
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Cow, sheep and llama manure at psychrophilic anaerobic co-digestion with low cost tubular digesters in cold climate and high altitude

机译:寒冷气候和高海拔地区使用低成本管状消化池进行厌氧厌氧消化的牛,绵羊和美洲驼粪

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The aim of this research is to evaluate the co-digestion of cow and llama manure combined with sheep manure, in psychrophilic conditions and real field low cost tubular digesters adapted to cold climate. Four digesters were monitored in cold climate conditions; one fed with cow manure, a second one with llama manure, the third one with co-digestion of cow-sheep manure and the fourth one was fed with llama-sheep manure. The slurry had a mean temperature of 16.6 degrees C, the organic load rate was 0.44 kg(vs) m (3) d (1) and the hydraulic retention time was 80 days. After one hundred days biogas production was stable, as was the methane content and the pH of the effluent. The co-digestion of cow-sheep manure results in a biogas production increase of 100% compared to the mono-digestion of cow manure, while co-digestion of llama-sheep manure results in a decrease of 50% in biogas production with respect to mono-digestion of llama manure. (C) 2015 Elsevier Ltd. All rights reserved.
机译:这项研究的目的是在嗜冷条件下和在适应寒冷气候的实际低成本管式消化器中评估牛粪和美洲驼粪与绵羊粪肥的共同消化。在寒冷气候条件下对四个消化池进行了监测;一种是饲喂牛粪,第二种是骆驼粪,第三种是共同消化牛羊粪,第四种是骆驼羊粪。浆液的平均温度为16.6摄氏度,有机负荷率为0.44 kg(vs)m(3)d(1),水力停留时间为80天。一百天后,沼气产量稳定,甲烷含量和流出物的pH值也稳定。与单消化牛粪相比,共同消化牛羊粪便会导致沼气产量增加100%,而与美洲驼羊粪便一起共消化会导致沼气产量减少50%。骆驼肥料的单消化。 (C)2015 Elsevier Ltd.保留所有权利。

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