… affect its performance. In critical cases, the long-term … power performance in the long-term,
whereas regeneration … and substrate cross-over between cathode and anode electrodes while …

… of biofouling on the performance evaluation of the MFCT, especially as it affects the cathode
… certain bacterial populations from biofouling for optimal cathode regeneration. An extra …

… was affected by a significant drop of power performance and the … related to the fouling and
biofouling of the cathodes, which was … We presume, that fouling and biofouling phenomena …

… Thus, the biofouling can be caused by the growth of … constraints by adversely affecting the
physicochemical properties of … (or through the cathode/membrane-cathode assembly, being in …

… among which fouling and biofouling of the cathode is probably … have to be taken to regenerate
the power performance [15]. … is a key parameter that affects the cathode efficiency. One …

… cathodic biofouling can be the key factor to limit the performance of … for further research to
improve scale-up power efficiency. … on the cathodes serve as a key factor affecting the cathodic …

… air-breathing cathodes is greatly affected by … biofouling greatly reduces power density (by
approximately 91%) within 77 days [64], such that the replacement or regeneration of cathodes …

… ’s power performance. Apart from BFC, other activities impacted by biofouling range from the
… The typical biofouling formation occurs on the surface of the cathode [18] and membrane [19…

… The bottleneck of microbial fuel cells is often its cathodes because they determine the power
… to fouling, which affects long-term stability and leads to a decrease in cell performance over …

… an hour to achieve cellulose regeneration and thus, the gelation (… colonies on the cathode
and on the cathode-facing side of … With regard to the rise of the biofouling layer on the cathode, …