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厌氧发酵产生的甲烷。

Methane from anaerobic fermentation.

出版信息

Science. 1984 Mar 9;223(4640):1021-8. doi: 10.1126/science.223.4640.1021.

Abstract

Conventional anaerobic digestion is an established technology for wastewater stabilization, but methane production rates and net energy yields are generally too low to make the process competitive as a source of methane. Numerous improvements are being developed to make conversion of plant biomass to methane and simultaneous waste stabilization-methane production practical. Among these improvements are innovative-digester designs and process configurations. Efforts to commercialize modern anaerobic digestion technology are progressing.

摘要

传统的厌氧消化是一种成熟的废水稳定技术,但甲烷的产率和净能量产量通常太低,使得该工艺作为甲烷的来源没有竞争力。正在开发许多改进措施,以使植物生物质转化为甲烷和同时进行废物稳定-甲烷生产实用化。这些改进措施包括创新的消化器设计和工艺配置。使现代厌氧消化技术商业化的努力正在取得进展。

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