Enhanced anaerobic digestion for degradation of swine wastewater through a Fe/Ni-MOF modified microbial electrolysis cell

An Analysis of Global Trends from 1990 to 2022 of Microbial Fuel Cells: A Bibliometric Analysis

“…Likewise, it was possible to observe that in 2022, the author with the largest number (8) of published documents is Kundu P. P., whose research is carried out on the use of nanostructures of different materials in microbial fuel cells for the generation of bioelectricity. The most cited is the research carried out with Dhillon S. and Kundu P. P. (2022) in when they carried out highly efficient electrocatalysts using air cathodes made with Fe/NC, managing to show a resistance of the cells of 132.5 Ω achieving an output PD of 637.53 mW/m 2 , which is 33% higher than using a conventional Pt/C cathode electrode [67]. In this sense, as can be seen in Figure 7, the terms wastewater treatment, electricity, microbial fuel cells, electrolytic reduction, and oxygen are the most used by researchers for the preparation of manuscripts, although the authors with the most citations and most citations over the last thirty-two years are working with electrodes modified with The research is carried out with new researchers in the area [65].…”

“…In this sense, as can be seen in Figure 7, the terms wastewater treatment, electricity, microbial fuel cells, electrolytic reduction, and oxygen are the most used by researchers for the preparation of manuscripts, although the authors with the most citations and most citations over the last thirty-two years are working with electrodes modified with nanostructures in wastewater treatment. The method of anaerobic digestion combined with chemical and thermochemical processes is the most used in water treatment; for example, in the extraction of lipids by thermochemistry [58][59][60][61][62][63]67,68]. Other types of combined technologies are those that include pyrolysis, liquefaction, and gasification for the production of fuels through wastewater [63,64].…”

“…nanostructures in wastewater treatment. The method of anaerobic digestion combined with chemical and thermochemical processes is the most used in water treatment; for example, in the extraction of lipids by thermochemistry [58][59][60][61][62][63]67,68]. Other types of combined technologies are those that include pyrolysis, liquefaction, and gasification for the production of fuels through wastewater [63,64].…”

“…A great increase in published documents has been observed in the last decade (see Figure 3a,b), concentrating basically on experimental research articles. This is due to the great changes that have arisen in the environment, which has led universities, institutes, and research centers to focus on finding new ways to generate electricity without causing harm to the environment [67,69,70]. The USA is the country with the most research carried out; this is precisely due to the number of researchers working in this field.…”

Copper foam supported g-C3N4-metal–organic framework bacteria biohybrid cathode catalyst for CO2 reduction in microbial electrosynthesis

“…The presence of redox-active copper centers in HKUST in support of its impeccable porous matrix can potentially participate in electron transfer processes 2 . These attributes can effectively stimulate the development of electroactive biofilms 37 . However, to exploit the full potential of MOFs in MES, further modification in the matrix is required such as to improve the conductivity, stability, and affinity toward microbial attachment 38 .…”