Modern industries that are involved in the design and development of high-technology
products rely heavily on the availability of critical materials. As a result, there has been a …

The copper pyrometallurgical industry faces the precipitation of un-soluble slimes containing
bismuth, arsenic and antimony that can reduce copper purity. Ion-exchange resins are used …

Copper electrolytes generally contain high concentrations of arsenic (As), which is very
harmful in copper electrolytic production. In this paper, a zirconium salt, which selectively …

The supply of metals is increasingly challenged by high demand for raw materials and the
depletion of high-grade ore deposits. In addition, the management of tailings from metal …

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 occurrence characteristics of arsenic in matte phase are unclear, which leads to the
current treatment technology not being able to remove arsenic from matte phase …

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 …

In the conventional beneficiation process for handling mixed ore containing molybdenite
and bismuthinite, the co-extraction issues involving molybdenum and bismuth, exemplified …

In order to recover the antimony from wastewater, a custom-designed fluidized-bed reactor
(FBR) was employed to treat antimony-containing wastewater. By single-factor experiments …

The removal of harmful arsenic (V) from aqueous solutions using Cyanex 923 (solvation
extractant) was investigated using various experimental variables: equilibration time, the …