| 内容提要: |
In this study, a novel manner of micro-electric field which generated by UASB-MFC enhanced Fe-C micro-electrolysis in BFDA was proposed for the compound reinforcement of anaerobic process in UASB and revealed the mechanism of electrical catalysis Fe-C micro-electrolysis on anaerobic digestion. On the other hand, the synergy between micro-electrolysis and electron transfer of MFC was explored, further established a compound strengthening anaerobic process system which based on the theory of electrochemistry. |