MICROBIAL FUEL CELL CHARACTERIZED BY THE INJECTION OF OZONE INSTEAD OF AIR ON CATHODIC CHAMBER FOR SUPPLYING OXYGEN TO CATHODIC CHAMBER

摘要

The present invention is a microbial fuel cell comprising a cathode reaction tank and a cathode reaction tank capable of producing electricity by treating wastewater containing organic matter, the microorganism characterized in that the cathode reaction tank is added ozone to increase the redox potential of the cathode electrode It relates to a fuel cell. The fuel cell according to the present invention injects ozone into the cathode reaction tank of the microbial fuel cell to induce a high dissolved oxygen concentration by the self-decomposition reaction of ozone, so that the metal or non-metal catalyst on the cathode surface of the cathode reaction tank than conventional microbial fuel cells It is possible to increase the redox potential without coating, thereby reducing the construction cost, it is possible to provide a microbial fuel cell that can produce a stable and high electrical energy.