… , 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/…

… However, in this study it was assumed that the only product of the process was acetate
whereas in the empirical MES, it has been reported to have at least two final products (eg …

… The acetate production rate, the amount of acetate produced during a day (mg per L per d),
was analysed to identify the specific bicarbonate reduction rate to acetate. Acetate …

… 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 …

… -acetate (S2889, Sigma–Aldrich) was used as the electron donor and an additional carbon
source in this study. Na-acetate was dissolved in the … in the MEC reactors to increase acetate …

… 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 …