As a newly identified nitrogen loss pathway, the nitrate-dependent ferrous oxidation (NDFO)
process is emerging as a research hotspot in the field of low carbon to nitrogen ratio (C/N) …

Reactive oxygen species generated during the oxygenation of different ferrous species have
been documented at groundwater field sites, but their effect on pollutant destruction remains …

Dissimilatory metal-reducing bacteria (DMRB) with extracellular electron transfer (EET)
capability show great potential in bioremediating the subsurface environments contaminated …

The interfacial electron transfer on iron (Fe) minerals with electron shuttles may play a great
significance to the fate of pollutants in soils, while the exact surface chemistry is barely …

The supplementation of magnetic nanoparticles (NPs) to the dark fermentative hydrogen
production system mediated by Enterobacter aerogenes using pretreated garden wastes as …

Nitrate-dependent ferrous oxidation (NDFO) has substantial potential as a new microbially
mediated denitrification technology for treating low carbon/nitrogen wastewater. This study …

In this study, we investigated the advantages of utilizing natural FeS 2 ore in the context of
dark fermentative hydrogen production within a fermentation system employing heat-treated …

Biohydrogen productions from xylose and glucose under dark condition were enhanced by
the presence of natural Fe 3 O 4. The electron equivalent of H 2 fractions accounted for …

Electron transfer between Fe minerals and quinones is pivotal in the biogeochemical cycling
of redox-sensitive elements and the natural attenuation of contaminants. While the electron …

Light irradiation would affect the electron transfer between dissimilatory metal-reducing
bacteria (DMRB) and semiconducting minerals, which may impose a great influence on the …