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Design and Implementation Biogas Production by Anaerobic Digestion for Sustainable Energy Development: A Case Study Residential in Indonesia

机译:可持续能源发展的厌氧消化的设计与实施沼气生产:印度尼西亚的案例研究

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Energy Independent Village (EIV) is a village where the community can meet more than 60% of electricity and fuel needs from energy sources generated through the utilization of the potential of local resources both to meet energy needs and productive activities. Biogas technology from the results of cow manure processing is very simple, so it is very easy to be adopted and implemented by the community who own cattle. All breeders and farmers in the village of Karangjoho, Klaten, Indonesia have not optimized the processing of livestock manure at all. So far, most of the manure waste that has been collected and dumped into the river, even though the number of cattle farmers in Karangjoho village there are approximately 100 people with an average number of cattle 2-5 cows per person. The processing of livestock waste, especially cattle, needs to be optimized as an alternative energy source in the form of biogas for stove fuel and fuel for biogas power plants. The results of the biogas reactor design were built with a volume capacity of 6 m3. The volume capacity of the gas produced is 2/3 of the total capacity of the digester or 4 m3. With a volume of 4 m3, 3-5 households/day can be used for biogas stoves. When used for conversion into electrical energy to 3000-3500 Watthour/day.
机译:能源独立村(EIV)是一个村庄,社区可以通过利用当地资源的潜力来满足能源需求和生产活动所产生的能源来满足超过60%的电力和燃料需求。沼气技术从牛粪加工的结果非常简单,因此很容易被拥有牛的社区采用和实施。印度尼西亚卡朗霍霍村的所有饲养员和农民都没有优化牲畜粪肥的加工。到目前为止,大多数已经收集并倾倒到河流中的大多数粪便浪费,即使卡朗霍霍村的牛农民数量大约有100人,平均每人牛2-5母牛。牲畜废物,尤其是牛的处理需要优化作为沼气和沼气发电厂燃料燃料和燃料的替代能源的替代能源。沼气反应器设计的结果采用6m3的体积容量构建。产生的气体的容量为蒸煮器或4m 3的总容量的2/3。体积为4 M3,3-5户/天可用于沼气炉。当用于转换成电能到3000-3500 Watthour / Day。

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