Nineteen partners across two continents
Three top Chilean industrial leaders in copper and lithium extraction, refining and processing; two leading EU industrial processors and end-users; a geoengineering consultancy; specialists in clustering, communication and exploitation; and eleven renowned research and technology organisations from Europe and Chile — together covering the entire copper and lithium value chain.
EU processors and end-users
The European partners that will take up the results, validating that products meet industrial and market specifications.
A global leader in integrated copper production with more than 50 years of expertise in concentrate processing, refining, recycling and advanced metal recovery, and a strong track record in scaling metallurgical innovations. Role: validate final copper products and demonstrate industrial-scale implementation.
A global leader in industrial and energy storage batteries with over 30 years in battery manufacturing, lithium-ion technology and circular economy for critical raw materials. Role: validate lithium products for battery applications and ensure compliance with market requirements.
An engineering and geo-process consultancy with over 30 years of experience designing, developing and scaling solutions for mining and metallurgical operations, combining process optimisation with water reduction systems. Role: demonstrate alkaline sulphide leaching or bioleaching, and support electrodialysis and membrane technology for lithium.
Chilean extraction, refining
and metal recovery
The industrial partners supplying the real ores, brines and process streams — and the sites where the technologies are demonstrated.
Over 50 years of operational leadership in copper extraction and processing, combining large-scale mining capability with advanced R&D and industrial-scale implementation of metallurgical processes. Role: supply copper ores, demonstrate innovative pyrometallurgical routes, contribute to gas–solid and molten-phase processing, and lead the copper scalability plan.
A strategic actor in Chile’s mining ecosystem, fostering small- and medium-scale mining while advancing high-value product recovery from mineral resources. Role: provide lithium brine and standards, and develop the scalability and replicability plan for lithium processing.
A Chilean leader in advanced metal recovery, specialising in treating metallurgical residues to recover valuable elements while reducing environmental impact — notably recovering copper from smelter dusts and acidic effluents and stabilising arsenic as scorodite. Role: demonstrate advanced metal recovery and circular large-scale technologies.
Scientific partners across
the full value chain
Specialised knowledge and technical services, held to rigorous independent standards and measurements, spanning extraction, processing and refining of critical raw materials.
At the forefront of metallurgical process innovation. The Institute of Nonferrous Metallurgy and High-Purity Materials and the Biohydrometallurgy Research Group combine advanced refining, electrochemistry and biotechnology. Role: pyro-, fire-refining and electrorefining processes, sulphide bioleaching, As/Sb recovery, and project management.
A recognised centre of excellence in extractive metallurgy and mineral processing. The Institute of Geotechnology and Mineral Resources focuses on sustainable and circular processing of complex mining and smelting residues. Role: lead beneficiation by selective flotation, validate hydrometallurgical processes, and generate optimal lithium processing flowsheets.
Europe’s largest applied research organisation. The Institute for Ceramic Technologies and Systems brings over 25 years of expertise in high-temperature process technologies, ceramics and advanced simulation. Role: CFD modelling for industrial-scale implementation and model-based scale-up of reactive multi-phase and molten-phase injection processes.
A top-ranked European university whose Sustainable Materials Processing and Recycling Research Unit leads on materials science and residue valorisation. Role: develop processes for valorising copper slag and ashes and evaluate final residue valorisation pathways in the cement industry and other sectors.
A leading engineering institution whose Technologies for Sustainable Metallurgy group specialises in hydro- and pyrometallurgical processing for purification and selective recovery of critical elements. Role: As and Sb solution purification and recovery, recovery of copper and minor metals from Cu–Fe alloys, custom adsorbent synthesis for lithium extraction, and lithium metallothermic reduction.
A premier European research organisation with over 20 years in technology development and transfer, combining advanced modelling and optimisation with strong industrial networks. Role: hydrodynamics investigation of fluidised bed processes using Eulerian–Lagrangian and simplified Eulerian–Eulerian models.
A leading German university of applied sciences combining engineering, business and design with a strong tradition in metals and materials. Role: characterisation and testing of copper side-streams with particular focus on rare earth element valorisation.
One of Chile’s most prestigious universities, its Metallurgy Department a leader in applied metallurgy research with strong industrial ties for technology transfer and validation. Role: novel pyrometallurgical processes, optimising partial roasting parameters and solid-phase reduction for improved copper recovery.
A top-ranked Latin American university whose Mining Engineering Department has accumulated significant expertise in mineral processing. Role: further development of DLE processes, adsorbent testing, and demonstration activities at TRL 6.
A top Chilean university with a strong School of Mining and Metallurgical Engineering. Role: geometallurgical modelling, beneficiation for arsenic removal, and critical raw material recovery from rare-earth-bearing copper tailings.
An organisation with over three decades of experience assisting European stakeholders in cross-border collaboration and innovation capacity building. Role: lead exploitation strategies for industrialisation, intellectual property and innovation management, business models and roadmaps for sustainable use of results.
Communication, clustering
and stakeholder engagement
A specialist consultancy with a strong record in developing impactful dissemination and communication strategies, socio-economic impact assessments and capacity-building actions for European research and innovation initiatives. Role: lead communication and dissemination, and the sustainability assessment deliverables.
Extensive expertise in mining-sector clustering, stakeholder mapping and facilitating multi-actor engagement platforms. Role: maximise knowledge exchange and collaboration through clustering activities and stakeholder assessment.
Full list of participants
| No. | Participant organisation | Short name | Type | Country |
|---|---|---|---|---|
| 1 | Technische Universität Bergakademie Freiberg — Coordinator | TUBAF | RTO | Germany |
| 2 | Technische Universität Clausthal | TUC | RTO | Germany |
| 3 | Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. | Fraunhofer | RTO | Germany |
| 4 | AURUBIS AG | Aurubis | Large enterprise | Germany |
| 5 | Katholieke Universiteit Leuven | KUL | RTO | Belgium |
| 6 | G.E.O.S. Ingenieurgesellschaft | GEOS | SME | Germany |
| 7 | SEZ Innovation gGmbH | SEZ | RTO | Germany |
| 8 | National Technical University of Athens | NTUA | RTO | Greece |
| 9 | SE&C Idiotiki Kefalaiouchiki Etaireia | SE&C | SME | Greece |
| 10 | Centre for Research and Technology Hellas | CERTH | RTO | Greece |
| 11 | Hochschule Pforzheim | HPSF | RTO | Germany |
| 12 | MinEra | MinEra | SME | Belgium |
| 13 | Sunlight Group Energy Storage Systems Industrial | Sunlight | Large enterprise | Greece |
| 14 | Empresa Nacional de Minería | ENAMI | Large enterprise | Chile |
| 15 | Universidad de Concepción | UdeC | RTO | Chile |
| 16 | Pontificia Universidad Católica de Chile | PUC | RTO | Chile |
| 17 | Corporación Nacional del Cobre | CODELCO | Large enterprise | Chile |
| 18 | Universidad de Chile | UChile | RTO | Chile |
| 19 | EcoMetales Limited | ECL | Large enterprise | Chile |
Scroll the table horizontally to see every column.
How the consortium works together
Nine work packages, two pillars, and a governance structure that keeps industrial partners in the lead.