The cycling processes of elemental manganese (Mn), including the redox reactions of
dissolved Mn (III)(dMn (III)), directly and indirectly influences the biogeochemical processes …

The consumption of lithium-ion batteries (LIBs) has considerably increased over the past
decade, leading to a rapid increase in the number of spent LIBs. Exposing spent LIBs to the …

Iron minerals are widespread in earth's surface water and soil. Recent studies have
revealed that under sunlight irradiation, iron minerals are photoactive on producing reactive …

Sulfide mineral oxidation has been recognized as the key driver of arsenic (As) and
antimony (Sb) mobility in mining-impacted groundwater. However, the role of carbonate and …

Redox-driven reactions involving Mn (II) species adsorbed at Mn (IV) oxide surfaces can
release Mn (III) in the form of dissolved Mn (III)–ligand species in natural waters. Using …

Arsenopyrite and pyrite often coexist in metal deposits and tailings, thus simultaneous
bioleaching of both sulfides has economic (as well as environmental) significance. Important …

The combination of natural minerals and ball-milling technology has garnered significant
attention for decontamination. However, comprehensive investigation on how ball-milling …

Understanding the dynamics of arsenic species (As (V) and As (III)) in water is crucial for
mitigating their significant health risks. Here, we demonstrate the exceptional ability of …

Due to its broad distribution and high affinity for Fe 3+, phosphate is always involved in iron
(III)-bearing secondary minerals (ISMs) formation, but its effect on the ISMs formation in acid …

Manganese minerals are ubiquitous in aquatic environments, where both inorganic and
organic components can form complexes with them, thereby impacting the release of …