Chemical reduction of Cr (VI) to Cr (III) by reductive materials is the most widely used
technology for the remediation of Cr (VI)-contaminated soil due to its high efficiency …

Biochar naturally occurs in soils and sediments as a result of wildfire, but its role in Fe redox
cycling is poorly known. In this study, bioreduction experiments were conducted with lactate …

Organic matter and reduced sulfur compounds commonly coexist in groundwater aquifers
and their respective roles in Cr (VI) bio-reduction have been well established, but Cr (VI) bio …

Chromium (Cr) is a heavy metal with a high toxicity and pathogenicity. Microbial reduction is
an effective strategy to remove Cr (VI) at contaminated sites but suffers from the low …

Numerous adsorbents have been reported for efficient removal of dye from water, but the
high cost raw materials and complicated fabrication process limit their practical applications …

Biochar can act as a shuttle to accelerate the extracellular electron transfer (EET) by
exoelectrogens. However, it is poorly understood how the persistent free radicals (PFRs) in …

Despite significant advances in remediation of Cr (VI) by microorganisms, studies on Cr (VI)-
reducing thermophiles are still limited, which are highly desirable to be applied in Cr (VI) …

Dual-emissive water-dispersible sulfur-doped carbon dots (S-CDs) were prepared through
simple heat treatment of canola oil as a carbon source. The S-CDs revealed excitation …

Structural Fe (II) in clay minerals and natural sediments is known to reduce Cr (VI) to Cr (III),
but the effect of redox-cycled Fe-bearing natural sediments on Cr (VI) reduction kinetics is …

Previous studies have shown that organic ligands could influence Cr (VI) reduction by
aqueous Fe 2+ and pyrite. In this study, the effects of citrate on Cr (VI) reduction by structural …