CHARACTERISTICS OF ELECTRON TRANSFER PROCESSES BETWEEN THE ANODE AND THE ANODE MICROBIAL CONSORTIUM AS A KEY FACTOR IN THE PERFORMANCE OF MICROBIAL FUEL CELL
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Zhigula E.A, Petukhov V.I, Zhigula L.D
The following article characterizes the main processes of electron transfer from the anode associated biofilm to the anode and factors that might influence these processes. At the present day three main pathways for electron transfer have been identified and include: direct membrane bound complex mediated electron transfer, mobile redox shuttle mediated electron transfer and electron transfer through conductive pili, so called nanowires. The work includes the characteristics of every pathway and the brief review of the resent research in this sphere. Authors characterize the problem of using different ways of electron transfer for different layers of the anode associated biofilm and define the highlight for the perspectives of the future research of the electrochemical interactions between microbial consortium and the anode. The article also provides the brief review of the research in the sphere of producing a strain that would let the MFC produce more electricity without addition of high cost catalysts or mediating shuttles.
Библиографическая ссылка
Жигула Е.А, Петухов В.И, Жигула Л.Д ХАРАКТЕРИСТИКА ПРОЦЕССОВ ПЕРЕНОСА ЭЛЕКТРОНОВ МЕЖДУ АНОДНЫМ МИКРОБИОЛОГИЧЕСКИМ КОНСОРЦИУМОМ И АНОДОМ КАК КЛЮЧЕВЫХ ФАКТОРОВ ПРОИЗВОДИТЕЛЬНОСТИ МИКРОБНОГО ТОПЛИВНОГО ЭЛЕМЕНТА // Научное обозрение. Химические науки. 2020. № 1.
С. 13-13;
URL:
https://science-chemistry.ru/en/article/view?id=8 (дата обращения: 27.07.2026).