Advanced materials and metallurgy
3 European H2020 organizations list this as part of their work — 1 as their primary capability.
Most active in this area
- KATHOLIEKE UNIVERSITEIT LEUVEN
Belgium's largest research university with 670 H2020 projects spanning AI, cryptography, biomedical sciences, and advanced materials across 83 partner countries.
“Coordinated REDMUD (zero-waste valorisation of bauxite residue) and built strong early expertise in hydrometallurgy, solvometallurgy, electrochemistry, and nanoparticles — areas with direct industrial applications.”
BE670 projects - MONTANUNIVERSITAET LEOBEN
Austria's mining and materials university — from mineral extraction and metallurgy to advanced ceramics, critical raw materials recycling, and circular economy.
“Coordinated ERC-funded projects TOUGHIT (nanostructured metals), TRANSDESIGN (phase transition kinetics), CeraText (damage-tolerant ceramics), and participated in ATHOR (refractory linings) and BIOREMIA (metallic biomaterials).”
PrimaryAT42 projects - MISKOLCI EGYETEM
Hungarian technical university specializing in underground resource extraction, geothermal geochemistry, mining robotics, and advanced metallurgy.
“Participated in LoCoMaTech (lightweight vehicle materials), ICARUS (radiation-tolerant alloys), and coordinated UMA3 (advanced aerospace materials and additive manufacturing).”
HU12 projects