Microbial fuel cells in waste water treatment in building as potential solution to supply low power applications - IEEE Conference Publication

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Microbial fuel cells (MFCs) are becoming promising technologies for treating wastewater. Please check the potential energy conversion efficiency. Review and evaluation of energy recovery (W / m 3 reactor) Several data related to potato treatment wastewater and hospital wastewater have recently been reported. Finally, we model a series of process configurations that MFC can use to process wastewater. Overall, MFC technology is still facing major challenges, especially in terms of chemical oxygen demand (COD) removal efficiency.

Wastewater Treatment - Microbial fuel cells can be used to treat wastewater. MFC can kill bacteria in sewage. MFC has been shown to reduce the number of bacteria present in wastewater by 80% (Liu 2004). Wastewater is first pretreated to remove toxins and non-biodegradable substances from the water. This process is believed to be difficult as sewage can be very toxic and it is treated extensively before MFC can be used to clean the water. High operational sustainability and low material costs are important features for efficient wastewater treatment (Wang et. Al 2012).

Current applications, including microbial fuel cells, prove that it is an evolving technique to generate electricity from waste using bacteria and produce hydrogen. By using the power which was not used until now, we can produce clean and sustainable energy at low cost. Wastewater Treatment - Microbial fuel cells can be used to treat wastewater. MFC can kill bacteria in sewage. MFC has been shown to reduce the number of bacteria present in wastewater by 80% (Liu 2004). Wastewater is first pretreated to remove toxins and non-biodegradable substances from the water. This process is believed to be difficult as sewage can be very toxic and it is treated extensively before MFC can be used to clean the water. High operational sustainability and low material costs are important features for efficient wastewater treatment (Wang et. Al 2012).