Talang Banjar Jambi固定式圆顶生物沼气池利用市场废物生产沼气和电能

L. Kalsum, Yordan Hasan, R. Rusdianasari, Aida Syarif, Dayaningrat Dayaningrat, S. M.
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引用次数: 0

摘要

垃圾问题在每个大城市几乎都是一样的。如果管理不当,就会很快堆积起来。占碑市每天产生大约1838.48立方米的废物。占壁市市场废弃物产生的有机废弃物以蔬菜废弃物为主,其有机成分可转化为沼气能源。占碑市的Talang Banjar对大量的废物进行了管理,这些废物将被转化为沼气,以减少环境污染,并将有机废物转化为有用的材料,即所谓的沼气,供社区使用。该废弃物处理采用固定式圆顶式生物沼气池。这项研究的目的是分析Talang Banjar Jambi的一个固定圆顶生物沼气池处理废物产生的沼气和电能。根据研究结果发现,平均沼气产量为5米/小时,平均甲烷气含量在60%以上,发电量为58.5千瓦时/小时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biogas and Electrical Energy Production from Market Waste at Fixed Dome Bio-digester in Talang Banjar Jambi
The waste problem commonly is almost the same in every big city. When it is not managed properly, it will be piled up very quickly. The city of Jambi produces approximately 1,838.48 m3/day of waste. Organic waste originating from market waste in Jambi City is dominated by vegetable waste, so that its organic content can be converted into biogas energy. This abundant of waste is managed in Talang Banjar in Jambi City which is to be converted into biogas in order to reduce environmental pollution and also convert organic waste into useful materials what it is so called biogas that can be used by the community. This waste treatment used a fixed-dome type bio-digester. The purpose of the study was to analyze the production of biogas and electrical energy generated from waste processing at a fixed-dome bio-digester in Talang Banjar Jambi. Based on the results of the study, it found out that the average methane gas content produced was above 60% with an average biogas volume of 5 m/hour, and the electrical energy produced 58.5 kWh/hour.
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