… , but the acetate production per total surface area of the cathode was the highest reported
thus far (25.2 g m −2 d −1 ) and was accomplished with an electron recovery in acetate of 100…

… to the continuous flow/culture bioelectrochemical reactors. The total Coulombic efficiency in
H 2 and acetate … The STY of acetate was monitored in the three inoculated continuous flow/…

… were compared for CH 4 and acetate bioelectrosynthesis. … , although the contribution of the
direct formation of acetate at the … At the same time, the increase in acetate concentration over …

… and enhance the acetate production. … , the presence of sulfate reduced the acetate production
by 1.3–1.7 times, which was attributed to the competition of cathode electrons between the …

… Typical products in MES are methane and acetate, therefore these processes are the focus
of this review. In general, most studies used mixed cultures as biocatalyst, as more advanced …

… These results indicate that mass transfer of substrate, nutrients and/or products limit the
efficiency of the bioelectrosynthetic process. Different conclusions result in analyzing results by …

… acetate was also found as 10.5 g/L after 137 days of operation. Comparing the microbial
communities before and after the … also indicates the production of acetate in bioelectrochemical …

… At the same time average current density (−1.49 A/m 2 ) was 10 times lesser than MES2…
The higher concentration of acetate in 5 days operation is due to the residual acetate from the …

… CNP control electrode showed a higher electrosynthesis rate than those of carbon cloth
electrodes, yet the absolute rates of acetate and formate for the CNP control electrode was lower …

… Even so, the acetate production rate and the energy conversion efficiency obtainable from …
depended on the change of acetate production during the cycle (see Section S-1). At the end …