… improve electricity harvesting in bioelectrochemical systems. Herein, the fabrication of external
magnetic field with microbial electrosynthesis … attempted for improved system performance…

… cathode materials and optimizing operational parameters to enhance bio-interfacial electron
transfer for microbial … but minimally impacts microbial-catalyzed hydrogen evolution, so that …

… However, production rates in microbial electrosynthesis can be increased significantly by
modifying the cathode material towards more efficient HER, eg, by introducing transition metals…

… (MES) using acetogens can be achieved with high reducing power where H 2 appears as a
… metal cathodes can enhance the availability of H 2 to support high-rate microbial reduction …

… rate was found to increase with the increase in the bicarbonate … , carbon conversion efficiency
decreased with the increase in … cathode mixed biocatalyst determines the efficiency of the …

… the cathode of a bioelectrochemical reactor. Developing a highly productive microbial
electrosynthesis … between the electrochemical setup, the cathode, and the microbes. Copper is a …

… polarised cathode only. Significant improvement in the production of butyrate (×3.8 increase
… was observed after supplying formate, while ethanol increased the diversity of the products. …

… Microbial electrosynthesis (MES) is a promising bioelectrochemical … In response to this,
cathode modification has been … Both cathodes exhibited enhanced VFA production with …

… cathode catalyst in the microbial reduction of CO 2 to volatile fatty acids (VFAs) in a single
chamber microbial electrosynthesis … network-like structure with a high surface area of CF/rGO (…

… Thickness of a porous cathode should be chosen to optimize the trade-off between higher
… microbe immobilization (thicker electrodes) with better mass transfer and lower ohmic drop (…