doi:10.16597/j.cnki.issn.1002-154x.2022.12.006
微生物电合成甲烷技术的研究进展
孟宏宇 赵帅杰 吴云∗
(天津工业大学 环境科学与工程学院,天津 300000)
Research Progress of Methane Production by Microbial Electrosynthesis
Meng Hongyu; Zhao Shuaijie; Wu Yun ∗;
(College of Environmental Science and Engineering, TianGong University, Tianjin 300000)
摘要:
微生物电合成技术近年来已经成为环境、能源等领域的一项研究热点。作者系统总结和阐述了微生物电合成甲烷的研究结果,主要包括:微生物电合成系统的基本原理,对不同电极的改性研究和材料选择,不同运行条件对微生物电合成系统的影响和微生物电合成技术与厌氧发酵技术的耦合研究。
关键词：微生物电合成系统；甲烷；厌氧发酵系统；二氧化碳；
Abstract：
Microbial electrosynthesis technique in recent years has become a research hot spot in areas such as environment, energy. This paper summarize and elaborate the research results of the microbial electrosynthesis methane production system, mainly including: The basic principle of microbial electrosynthesis system, the modification of different electrodes and material selection, the influence of different operating conditions on microbial electrosynthesis system and the coupling of microbial electrosynthesis technology and anaerobic fermentation technology.
Keywords：microbial electrosynthesis system; methane; anaerobic fermentation system; carbon dioxide;