Arsenic is a harmful associated element in antimony ore, which might bring out the risk of
leakage during complex industrial production of high-purity antimony. Herein, we reported a …

Together with silver (Ag) and gold (Au), which are almost always recovered, the impurity
elements, arsenic (As), antimony (Sb), bismuth (Bi), tin (Sn), lead (Pb), selenium (Se) and …

The technical feasibility, on laboratory scale, of hydro-and electrometallurgical processes of
recovering metallic antimony from an antimony-bearing copper sulphide concentrate has …

The technical feasibility of leaching antimony from an antimony-bearing copper sulphide
concentrate, using alkaline sulphide solutions and microwave-assisted and non-assisted …

The sulfide precipitation has been widely used to recover Cu (II) and remove As (V) in
copper smelting electrolyte based on the Cu (II)-As (V) separation. However, the recovery …

The copper pyrometallurgical industry faces challenges in maintaining copper purity due to
increasing impurities in primary resources. Notably, Sb, Bi, and As can form insoluble …

The recovery of critical raw materials (CRMs) is important to reduce the supply risk
disruption and the dependency on third-countries within the European Union (EU). The …

Recovering critical materials from effluents of the copper electrorefining would improve the
circularity and sustainability of this industry. In this task, selectivity is crucial to separate …

Copper electrolytic sludge (CES) is classified as hazardous waste due to its arsenic (As)
content (> 5%). However, it is regarded as an important resource for Cu recovery …

Abstract Antimony (Sb), bismuth (Bi), and arsenic (As) are common contaminants of copper
(Cu) anodes and Cu electrolyte, necessitating strict control over their concentrations. To …