Mixed-conductive membrane reactor as energy-saving catalysis process

混合导电膜反应器（MBR）作为一种具有分子分离功能的节能催化工艺，具有很高的发展潜力。本研究的主要目的是为开发混合导电MBR建立科学的技术基础。提出了利用透氧膜进行甲烷部分氧化MBR的反应机理。提出了具有质子导电相和电子导电相异质结构的新型质子-电子混合导电膜，并证实了氢可能的电化学渗透。

Mixed-conductive membrane reactors (MBR) which can separate molecules have high potential as an energy-saving catalytic process. Main purpose of this study is to establish scientific technology for development of mixed-conductive MBR. Reaction mechanism has been proposed regarding methane partial oxidation MBR using oxygen permeable membrane. New type proton-electron mixed-conductive membranes which have the hetero structure with proton conductive and electron conductive phases have been proposed and the possible electrochemical permeation of hydrogen has been confirmed..