Elevated concentrations of antimony (Sb) in environmental, biological and geochemical
systems originating from natural, geological and anthropogenic sources are of particular …

Antimony (Sb) pollution in the water environment caused by the large− scale mining of Sb
ore and the wide use of Sb-containing products seriously endangers human health and …

Antimony (Sb) is ubiquitous throughout the environment as a result of natural processes and
human activities. In China, superlarge-, large and medium-sized Sb deposits are …

Organisms have developed their internal biochemistry in close connection to the
composition of the natural environment. Humans, as well as all mammals, unlike …

Water is needed at mine sites for dust suppression, mineral processing, coal washing, and
hydrometallurgical extraction. For these applications, water is mined from surface water …

This article provides a critical review of the environmental chemistry of inorganic antimony
(Sb) in soils, comparing and contrasting findings with those of arsenic (As). Characteristics of …

The oxidative dissolution of sulfidic minerals releases the extremely acidic leachate, sulfate
and potentially toxic elements eg, As, Ag, Cd, Cr, Cu, Hg, Ni, Pb, Sb, Th, U, Zn, etc. from …

Abstract The Macleay River in eastern Australia is severely impacted by historic stibnite-and
arsenopyrite-rich mine-tailings. We explore the partitioning, speciation, redox-cycling …

Abstract Antimony (Sb–V), a carcinogenic metalloid, is becoming prevalent in water and soil
due to anthropogenic activities. Biochar could be an effective remedy for Sb (V) …

Antimony (Sb), a toxic metalloid element, is located in the Group VA of the fifth period of the
periodic table of elements. At present, with the wide use of antimony containing products in …