In the past decade, bioelectrochemical systems (BESs) have been studied extensively for generation of power and maximizing densities. recent years, it was noticed that BESs applications can critically improve wastewater treatment. Most previous work has used varied reactor geometry configuration, composition, electrolyte solution, constant electrode size to maximize generation. However, there i...

Conventional anaerobic digestion is currently challenged by limited degradability and low methane production. Herein, it proposed that magnetic nanoparticles (Fe3O4-NPs) bioelectrochemical systems can be employed for the improvement of organic content degradation. In this study, effect electrode configuration was examined through application a system Fe3O4-NPs in (AD). A microbial electrolysis ...

Abstract Redox polymers have been widely used to facilitate and stabilize bioelectrochemical communication between the active sites of enzymes electrodes, enabling development high-performance enzyme electrodes for sensing, provision power, in synthesis. This review offers a brief overview recent efforts use additional polymer layers on top redox polymer/enzyme layer, which can both improve per...

Bioelectrochemical systems (BESs) can be integrated in situ into anaerobic digesters for increasing methane (CH 4 ) content of biogas. Using BES ex improving biogas quality has recently been gaining attention. However, information on the process under thermophilic conditions is very limited. In this study, we placed a cathode in-line at exit gas from digester to convert carbon dioxide (CO 2 CH ...