In the framework of ETN SULTAN, SIM² KU Leuven researchers have assessed the chemical and mineralogical characterisation of sulphidic mine waste to understand the environmental & health risks of the metals within the mine waste.

A joint team of SIM² KU Leuven/SOLVOMET & ArcelorMittal researchers have just published a critical review paper on the hydrometallurgical recovery of metals from steel industry by-products in the Journal of Sustainable Metallurgy.

Can the recycling of sulphidic mining waste become a new business? That’s the question we address in EU NEMO, a multi-partner project that targets the upscaling of distinct innovative pilots. Find out more in this new video.

In a new paper published in Hydrometallurgy, researchers from VTT and Boliden developed a bioleaching process to recover cobalt from low-grade sulphide tailings. The work received funding from the EU NEMO project.

During the past summer months, the NEMO project presentation movie was prepared and recorded. Several researchers from various partner institutions gave short interviews to explain the NEMO concept. The movie is expected in October 2020.

​“Solvent extraction at Chalmers has given us a new insight, figuratively speaking it is like a new form of vision”, says Mark Foreman, Associate Professor in Nuclear Chemistry/Industrial Materials Recycling and one of the authors behind a scientific paper recently published in Physical Chemistry Chemical Physics.

In March 2015 the Journal of Sustainable Metallurgy (JSM) launched its first issue. Now, just more than 5 years, JSM obtained its first Impact Factor. With a score of 2,109, the journal ranks second among TMS journals for 2019.

SOLVOMET/SIM² KU Leuven researchers developed a novel solvometallurgical approach to recover cobalt from Li-ion battery cathode materials. This work was supported by EU H2020 CROCODILE and published in the journal Green Chemistry.

Jérôme Jacob works in BRGM, the French geosurvey as a bioprocess engineer in the waste and raw materials unit. What are you working on? My work combines research and operative activities. One part of my work is focused on the development of new bioleaching processes. The goal then is to improve bioleaching efficiency, to address more types of ore or ...

Carmen Falagán Rodríguez is a Research Fellow at the Camborne School of Mines and the Environmental and Sustainability Institute (University of Exeter). She is currently working full time in the project NEMO in WP1 focusing on bioleaching of mine residues, looking at the microbial activity and mineral transformations.