Participated in H-DisNet (2016–2019), an intelligent hybrid thermo-chemical district network project where copper's thermal conductivity properties are directly relevant.
AURUBIS BELGIUM SA
Belgian copper refining facility bringing industrial-scale materials expertise to energy and electric mobility research consortia.
Their core work
Aurubis Belgium is a copper smelting and refining operation located in Olen, Belgium, part of the Aurubis Group — one of Europe's largest integrated copper producers. The company processes copper-containing materials into refined copper products including cathodes, wire rod, and specialty alloys for industrial customers across Europe. Their H2020 participation reflects a strategic interest in two application areas where copper is a critical material: thermal energy distribution networks and electric drive systems. As an industrial partner in research consortia, they bring real manufacturing-scale validation capacity that academic partners cannot replicate.
What they specialise in
Participated in ReFreeDrive (2017–2021), targeting rare earth-free electric motors where copper windings are the primary alternative to permanent rare earth magnet designs.
Both projects connect to Aurubis's core industrial activity — producing refined copper and copper alloys at commercial scale from primary and secondary sources.
ReFreeDrive's rare earth-free motor development aligns with EU critical materials policy and positions copper as a strategic substitute for constrained materials.
How they've shifted over time
Both projects launched within a single year of each other (2016 and 2017), so a meaningful chronological shift in focus cannot be established from H2020 data alone. What the pairing does reveal is a deliberate, parallel engagement across two clean energy application domains simultaneously — thermal infrastructure and electric mobility — rather than a sequential evolution. The keyword fields are empty in both projects, limiting any deeper analytical inference; the profile is shaped almost entirely by project titles and Aurubis's known industrial identity as a copper producer.
With H2020 participation ending in 2017, Aurubis Belgium's research engagement appears limited in scope; any future collaboration would most likely focus on copper's role in the energy transition — heat networks, EV motors, or grid infrastructure — rather than basic materials research.
How they like to work
Aurubis Belgium has participated exclusively as a consortium partner, never taking a coordinator role, which is consistent with how large industrial companies typically engage in RIA projects — providing materials expertise, testing infrastructure, and industrial validation rather than leading scientific programs. With 19 distinct partners generated from just two projects, they clearly work within large, multi-stakeholder consortia. This suggests they are comfortable operating as one specialist node in a complex network rather than driving research direction.
From just two projects, Aurubis Belgium accumulated 19 unique consortium partners spanning 8 countries, indicating participation in large pan-European RIA consortia rather than bilateral or small-team collaborations. No partner repetition data is available, so network loyalty versus breadth cannot be assessed.
What sets them apart
Aurubis Belgium is not a research organization — it is an active industrial copper producer, which makes it genuinely rare in research consortia. Consortium builders gain access to commercial-scale processing infrastructure, material supply chains, and industrial validation that cannot be replicated in a lab. Their value is credibility: a project that includes a major copper producer signals real-world applicability to evaluators and end-users alike.
Highlights from their portfolio
- ReFreeDriveAddresses one of the EU's most pressing industrial policy goals — reducing dependency on rare earth materials from geopolitically sensitive suppliers — with copper as the enabling substitute material, directly in Aurubis's commercial interest.
- H-DisNetLargest funding award of the two projects (EUR 78,694) and connects copper thermal properties to district heating innovation, a high-priority area for EU urban decarbonization.