Upcoming International Biohydrometallurgy Symposium Taking Place in Orléans, France!
The RAWMINA project held its final conference in Barcelona on the 22nd and 23rd of October
Successful Piloting Activities for Recovery of CRMs from Mine Residues and Low-Grade Ores
The RAWMINA project held its final conference in Barcelona on the 22nd and 23rd of October
Innovation in Composite Materials for critical raw materials recovery: Nanofibers and Electrospinning
The RAWMINA project held its final conference in Barcelona on the 22nd and 23rd of October
Critical Raw Materials for European Industry: Mining Focused on Recycling and Circularity
Critical raw materials (CRMs) are essential to many high-tech applications in European industry, such as electronics, automobile manufacturing, and renewable energy technology.
Desorption of Target Elements from Adsorbent Nanocomposite Materials
Aiming to recover the critical elements targeted by the RAWMINA project (Sb, Co, W, Ge) from the different outputs generated after the bioleaching and alkaline leaching processes...
How to Separate Iron from a Microbiological Leaching Solution in Addition to Critical Elements and Produce Valuable By-Products in the Process
In the RAWMINA project, the critical metals antimony and cobalt are bound to sulphide minerals as trace elements in processing residues from copper extraction, so-called flotation tailings.
CLC Tests Technology to Convert Mine Waste into Cobalt
As part of the EU-funded RAWMINA project, Spanish mining company, Cobre Las Cruces (CLC), will test new technologies that seek to extract cobalt, tungsten, gold, and silver from mine waste.
Cobre Las Cruces engaged in RAWMINA Mine Waste Project at Pilot Plant
As part of the EU-funded RAWMINA project, Cobre Las Cruces (CLC) is to test new technologies that seek to extract cobalt, tungsten, gold and silver from mine waste.
CLC to Test Tech for Critical Metals’ Recovery from Mine Waste
The technologies are designed to extract metals such as cobalt, tungsten, gold and silver.
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