Journal of Hazardous Materials

To address the global health crisis caused by the arsenic contamination of groundwater, the effective removal of the non-ionic form of arsenite (As(III)) is crucial but challenging. Electrochemical reduction offers a single-step route to convert As(III) into valuable elemental arsenic (As(0)), yet its efficiency is often compromised by electrode passivation due to the deposition of nonconductive …

Arsenic contamination and mitigationEnvironmental ChemistryEnvironmental SciencePhysical Sciences
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