Effectiveness Analysis of Anaerobic Digestion Method in Making Biogas from Animal Manure and Tofu Liquid Waste

F. Arifan, A. Abdullah, S. Sumardiono
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引用次数: 3

Abstract

Organic waste has high COD and BOD content, so it is dangerous if disposed of directly into the environment. Organic waste processing, such as waste from livestock manure and liquid tofu waste, requires a process that can reduce COD and BOD levels as well as produce valuable products. Anaerobic digestion method is the proper process to convert complex compounds in waste into simpler compounds with methanogenic bacteria into a renewable energy product, namely biogas. On the other hand, the anaerobic digestion process can reduce COD and BOD levels in the biogas formation process. This study uses raw materials such as cow manure and chicken manure, and liquid tofu waste. The variables that produced the largest biogas were those with a ratio of 70% cow dung, 15% chicken manure, and 15% tofu liquid waste with a total of 3,251.5 mL. Then, the COD and BOD levels decreased significantly with more than 98% COD removal, and more than 95% BOD removal in all variables at the end of the anaerobic digestion process.
厌氧消化法利用动物粪便和豆腐废液制沼气的效果分析
有机废物的COD和BOD含量很高,如果直接排放到环境中是危险的。有机废物处理,如禽畜粪便和液态豆腐废物,需要一种既能降低COD和BOD水平,又能生产有价值产品的工艺。厌氧消化法是利用产甲烷细菌将废物中的复杂化合物转化为简单化合物,转化为可再生能源产品即沼气的适当过程。另一方面,厌氧消化过程可以降低沼气形成过程中的COD和BOD水平。本研究采用牛粪、鸡粪、豆腐渣等原料。产气量最大的变量为牛粪70%、鸡粪15%、豆腐废液15%,总量为3251.5 mL。然后,COD和BOD水平显著下降,COD去除率超过98%,厌氧消化结束时,所有变量的BOD去除率均超过95%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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