自主能源系统,生物天然气工厂

K. K. Murthy
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引用次数: 0

摘要

有机物的厌氧发酵——一个在没有大气的情况下进行的过程——会产生一种气体混合物:甲烷和二氧化碳。厌氧细菌将有机物分解成污泥和甲烷,甲烷是一种具有良好热值的气体燃料。许多有机废物都适合用这种方法产生甲烷:动物粪便,如牛粪、城市和污水废物、蔬菜废物、人类废物和藻类。在所有这些中,对于许多拥有大量牛的发展中国家来说,牛粪具有很高的希望。在本文中,我将集中讨论基于牛粪的甲烷燃料经济性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Autonomous energy systems, bio-gas plants
Anerobic fermentation of organic matter — a process in the absence of atmospheric air — generates a mixture of gases: methane and carbon dioxide. The anerobic bacteria decompose the organic matter into sludge and methane, a gaseous fuel with a good calorific value. A number of organic wastes are suited to this method of methane generation: animal refuse such as cow dung, municipal and sewage wastes, vegetable wastes, human wastes and algae. Out of all these, for many a developing country with large population of cattle, cattle dung holds high promise. In this paper, I shall concentrate on the methane fuel economy based on cattle dung.
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