Schwertmannite, chromate (Cr (VI)), and arsenite (As (III)) usually coexist in acid mine
drainage (AMD) and surrounding areas, but their interactions and mechanisms are poorly …

High As (III) enrichment in schwertmannite precipitated acid mine impacted areas is a major
concern considering its acute toxicity and mobility where the current knowledge of their …

As (III)-enriched mine discharge often drains through Fe (III)-mineral abundant land covers
which makes the understanding of its fate and redox behaviour extremely important. We …

Abstract Hexavalent chromium (Cr (VI)) mobility, reactivity and bioavailability in the acid
mine drainage (AMD) are restricted by adsorption reactions on schwertmannite. However …

Schwertmannite (Sch) is a promising environmental functional material for remediation of
arsenic pollution, particularly arsenite [As (III)], due to its unique adsorption mechanism …

The adsorption behavior of As (III) and As (V) on natural schwertmannite (NSCH) was
investigated using batch experiments and spectroscopic observations. NSCH showed …

Schwertmannite (Sch) is considered as an effective remover of Chromium (Cr) due to its
strong affinity for toxic Cr species. Since the instability of Sch, the environmental fate of Cr …

Schwertmannite (Sch) is known to be an effective scavenger of arsenic (As) due to its strong
binding affinity for toxic As species. However, the evolution of As-bearing schwertmannite …

Sulfate is a critical component of schwertmannite. However, the sulfate content of
schwertmannite decreases with the increase in AMD-polluted river pH value, and its impact …

Organo-mineral composites play an important role in the mobility and bioavailability of toxic
metals in natural environments. However, the interactions between heavy metals and …