文档介绍：Electricity parison of two-chamber
Microbial fuel cells with different Membranes
Kong Xiaoying, Sun yongming, Li lianhua, Liying, kong xiaoying
Yuan zhenhong Graduate School of CAS,
Biomass Energy Centre Beijing , 100039, China
Guangzhou Institute of Energy Conversion, ******@.
Guangzhou, 510640,
******@.
Abstract: In this paper, performance of microbial fuel cell resistance, increase effectively output power, but the low
constructed film A, film B and film C, with acetate as carbon Coulomb's efficiency.
source, potassium ferricyanide solution as the electron acceptor, Therefore, in order to seek alternative and cheaper
has been studied. The capacity of the microbial fuel cell electrical membranes which can be replaced proton exchange
performance was tested and several membrane microbial fuel cell membrane, this paper selected two kinds of cheap membranes
cost-effective was analyzed. The results show that: maximum
volume power density of membrane A is , the internal for experimental study. Cost-parison was
resistance is ; maximum volume power density of cell with made with the performance of proton exchange membrane
membrane B , the internal resistance ; cells for the large-scale application of microbial fuel cells to
maximum volume power density of cell with membrane C pr