Nowadays, highly toxic antimony has severely posed threat to water sources and
jeopardized human health. Fabricating adsorbents with the capability of easy separation …

This study investigates the removal efficiency of the toxic element antimony (Sb (V)) using a
combined system incorporating ion exchange resins and ion exchange membranes to form …

At present, with the mining of antimony, highly toxic antimony has seriously threatened the
safety of water sources and jeopardized human health. It remains a challenge to create …

This work proposed introducing nanoscale Fe-Zr oxides onto the layered-surfaces of MXene
carriers to maintain well dispersion and anchoring stabilization. The results indicated that Fe …

For the removal of highly toxic and non-degradable metalloid antimony (Sb), many metal
oxides as low-cost adsorbents have been studied; however, their adsorption capacity is still …

In this study, a simple, environmentally friendly and inexpensive adsorbent for Sb (III) in
aqueous solution was prepared by the copolymerization method using attapulgite as the …

Commercial granular ferric hydroxide (Fe-hydroxide), manganese zeolite (Mn-zeolite), and
(powder and granular) activated carbon (PAC, Norit-GAC, and Calgon-GAC) were used for …

Currently, there is a lack of advanced nanotechnology designed to efficiently remove
antimony (Sb) from contaminated water systems. Sb most commonly appears as antimonite …

Antimony (Sb), a widely distributed heavy metal pollutant, poses a formidable threat to
human health and the delicate ecological environment. Anthropogenic activities such as …

Commercial granular ferric hydroxide (Fe-hydroxide), manganese zeolite (Mn-zeolite), and
activated carbon (PAC, Norit-GAC, Calgon-GAC) were used for exploring the removal …