Central focus in both MSP-REFRAM (secure supply of refractory metals) and TARANTULA (recovery of tungsten, niobium, tantalum from mining waste).
E-MINES
French SME specializing in recovering refractory metals and critical raw materials from mining and processing waste streams.
Their core work
E-MINES is a French SME specializing in sustainable mining engineering and the recovery of critical raw materials, particularly refractory metals like tungsten, niobium, and tantalum. They work on processes for extracting valuable materials from mining waste and secondary sources, combining recycling technologies with life cycle assessment and environmental modelling. Their practical contribution spans from process design and prototype validation to upgrading mining waste streams into usable construction materials.
What they specialise in
e.THROUGH focused on sustainable mining and critical raw materials; TARANTULA addressed by-product recovery from mining waste.
Both e.THROUGH and TARANTULA involve recovery and recycling of secondary materials from waste streams.
e.THROUGH specifically addressed upgrading wastes for construction materials.
e.THROUGH keywords include LCA and modelling as part of their sustainable engineering approach.
How they've shifted over time
E-MINES entered H2020 with a policy and stakeholder-mapping role in refractory metals supply security (MSP-REFRAM, 2015), then shifted toward hands-on technical work in sustainable mining processes and materials recovery (e.THROUGH, TARANTULA from 2018-2019). Their later projects show a clear move from strategic coordination support toward applied engineering — prototype validation, flexible recovery processes, and waste-to-construction-material pathways. The progression suggests a company building deeper technical capabilities around circular mining.
E-MINES is moving from strategic raw materials mapping toward applied recovery technologies, positioning themselves as a hands-on partner for circular mining and waste valorization projects.
How they like to work
E-MINES has always participated as a partner rather than leading consortia, which is typical for a specialist SME contributing focused expertise to larger teams. With 43 unique partners across just 3 projects, they consistently operate in large consortia (averaging ~14 partners per project). This suggests they are comfortable integrating into complex multi-partner setups and likely contribute a defined technical package rather than driving project strategy.
E-MINES has built a broad European network spanning 43 partners across 14 countries through just three projects, indicating exposure to diverse research and industrial groups in the raw materials and mining sectors.
What sets them apart
E-MINES occupies a specific niche at the intersection of mining engineering and circular economy — they focus not on primary extraction but on recovering value from what others discard. As a small French SME with direct experience in refractory metals recovery and mining waste valorization, they offer a practical, applied perspective that complements the academic and large-industry partners typical in raw materials consortia. Their combination of LCA expertise with hands-on prototype validation makes them a useful bridge between environmental assessment and engineering implementation.
Highlights from their portfolio
- TARANTULATheir largest project (€211K EC funding) focused on recovering tungsten, niobium, and tantalum from mining waste — directly aligned with EU critical raw materials strategy.
- e.THROUGHMSCA-RISE project combining sustainable mining with waste-to-construction-material pathways, showing their range from resource recovery to material upgrading.