区域沼气系统混合生物垃圾沼气回收研究

T. Komatsu, Rokuta Inaba, T. Furuichi, N. Nishi, Noboru Tanikawa
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引用次数: 1

摘要

即使在日本,从废物中回收能源不仅是废物处理问题,而且是二氧化碳(CO2)引起的环境问题。能源回收正在从有机废物中进行测量。然而,由于各种因素的影响,污水处理设施的建设实际上并没有取得进展。作为一个因素,有机废物的性质随着家庭、食品店、超市、农场、污水处理厂等排放源的不同而发生不同程度的变化,其能量回收率也随之变化。在本研究中,对实际产生的废物进行了沼气生成实验。此外,利用该地区的废物产生和生物废物产生的沼气进行了以下检查:电力回收,热回收,二氧化碳排放。在排放的垃圾中,气体生成倍率显示非常高,生物垃圾的气体产量似乎非常高,因为这些垃圾最初是作为食物提供的。以畜禽粪便为例,每粪肥的产气量可达16倍以上。气体产率与有机物含量的关系不大。这是由于垫料包含在肥料中,并且似乎通过含量和类型影响有机质含量。以污水污泥为例,每污泥产气量约为3.5倍。在该地区进行了基于废物产生的试验,有效地利用了电力、热能。此外,还阐明了减少二氧化碳排放的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on recovery of biogas from mixed biowaste for regional biogasification system
Even in Japan, the energy recovery from a waste became the importance by not only wastetreatment problem but also environmental problem which carbon dioxide (CO2) causes. Theenergy recovery is being measured from organic waste. However, the construction of thedisposing facility does not advance in actually various factors. As the one factor, the property ofa organic waste variously changes by the discharge source such as home, food shop, supermarket, farm, sewage treatment plant, etc., and the energy recovery ratio changes with it. In thisstudy, the biogas generation of the waste which arose actually was obtained experimentally. Inaddition, the following were examined using waste generation in the region and the biogas frombiowaste : Electric power recovery, heat recovery, CO2 emission. In the garbage discharged, thegas generation magnification showed the very high, The gas yields seemed to be very high forbiowastes, since these is originally offered as foods. In case of the livestock manure, the gasyield over about 16 times per manure was obtained. The gas yield is not very dependent on theorganic substance content. This cause the bedding was included in the manure, and it seemed toaffect the organic substance content by the content and type. In case of the sewage sludge, thegas yield of about 3.5 times per sludge was got. As a result of the trial based on the wastegeneration in the region, electric power, heat can be utilized effectively. In addition, that thereduction was also possible on CO2 emission clarified.
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