SOLVOMET
SIM² KU Leuven has secured Horizon Europe funding for the RIA ENICON project, which stands for “Sustainable processing of Europe's low-grade sulphidic and lateritic nickel/cobal
SOLVOMET/SIM² researchers have published their research on a solvometallurgical process for the recovery of cobalt from lithium-ion batteries in Green Chemistry. The research was
Can mining waste become a raw material for (circular) construction materials? In this new video, the EU MSCA-ETN SULTAN team highlights the project results in terms of remining pre
SIM² KU Leuven - SOLVOMET researchers have studied the metathesis or anion-exchange of ionic liquids in a lab-scale, counter-current mixer-settler set-up. The work was published i
Within the EU ETN SULTAN and PEACOC projects, SOLVOMET/SIM2 KU Leuven and VITO researchers developed a process to recover copper, zinc and lead from chloride leachates of PV residu
SOLVOMET/SIM² researchers have published a critical review paper in Industrial & Engineering Chemistry Research on the different systems and mechanisms of non-aqueous solvent extr
SULTAN, the EU Training Network for the remediation and reprocessing of sulphidic mining waste sites, has launched its long-awaited Thematic Section in the Journal of Sustainable M
SOLVOMET/SIM² KU Leuven developed a solvometallurgical process to regenerate and reuse the anionic collector SDS and to strip copper from foam phases produced after the ion flotat
The 2-day symposium “(Re)Mining extractive waste, a new business?” gathers leading experts in the field of (re)mining of mining-related waste, with a focus on the tailings that
SIM² KU Leuven researchers unraveled the electrodeposition behaviour of Ga in a non-aqueous electrolyte. The authors were given the opportunity to design the front cover of the jo
SIM²/SOLVOMET developed a new solvometallurgical process, using methanesulfonic acid (MSA), for the selective recovery of REEs from spent fluorescent lamps. The work was published
In a new paper in Ind. Eng. Chem. Res., SIM² KU Leuven – SOLVOMET researchers have revealed the mechanism why FeCl3 facillitates the most efficient extraction of lithium with tr
