Urban mining is essential for continued natural resource extraction. The recovery of rare and
precious metals (RPMs) from urban mines has attracted increasing attention from both …

Considering the growing demand for In (III) and Ga (III) for the manufacture of advanced
materials, it is necessary to develop efficient separation processes for recovery of these …

Ion-exchange has been extensively explored for the adsorption, separation, and recovery of
metal ions. The use of eco-friendly, low-cost, selective, and reusable resins are important for …

A novel approach was proposed for the extraction of gallium from high-ferric and strongly
acidic sulfate leach solutions from zinc refinery residue. The stepwise separation was …

This study provides a global substance flow analysis for gallium (Ga), germanium (Ge), and
indium (In) for 2011, quantifying the amount of metal lost during extraction …

For the ever-growing demand of gallium (Ga) resources in electronic applications, the
recovery of Ga from the mining residues or waste has received considerable interest. The …

Many countries have gained benefits through the solar cells industry due to its high
efficiency and nonpolluting power generation associated with solar energy. Accordingly, the …

Leaching of semiconductors (GaN, GaAs, and InAs) and light-emitting diodes (LEDs) in a
nonvolatile tribromide ionic liquid, and the selective recovery of gallium, indium, and arsenic …

Ga (III) imprinted bio-adsorbent (Ga (III)-AA-CS) based on acrylic-functionalized chitosan
had been synthesized and applied for selective adsorption of Ga (III) from aqueous medium …

Graphene oxide (GO) has great potential in metal recovery and water purification owing to
their high surface area, abundant hydroxyl (single bondOH) and carboxyl (single bond …