Abstract
Bioelectrochemical systems (BESs) venerated as superior entities exploiting the capacity of microbial species with solid electron acceptors/donors to achieve simultaneous wastewater treatment and recovery of valuable resources. However, overall performance of the system is determined by typical parameters such as the electrochemical properties, concentration of contaminants, applied potential, electrode material, carbon levels, temperature, and salinity. Recent advancements employ the synergetic interaction of BESs with that of the nano membrane technology for high efficiency treatment of wastewater and recovery. This chapter summarizes cutting-edge technologies such as membranes impregnated with nanomaterials and hybrid BESs technologies; moreover, it gives a perspective on current challenges encountered and future trends.
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