REProMag focused on resource-efficient rare earth magnet production; SUSMAGPRO addressed sustainable recovery, reprocessing, and reuse of rare earth magnets in a circular economy.
FOTEC FORSCHUNGS- UND TECHNOLOGIETRANSFER GMBH
Austrian technology transfer SME specializing in rare earth magnet recycling, critical materials processing, and space propulsion materials.
Their core work
FOTEC is an Austrian research and technology transfer company based in Wiener Neustadt, specializing in advanced materials processing — particularly rare earth magnets and space propulsion technologies. They develop efficient methods for producing, recycling, and reprocessing critical materials like neodymium-iron-boron (NdFeB) magnets, bridging the gap between laboratory research and pilot-scale industrial application. They also contribute materials science expertise to electric propulsion systems for space applications, working on novel thermionic emitter materials.
What they specialise in
Rheform worked on replacing hydrazine in orbital propulsion systems; NEMESIS developed novel electride materials (C12A7) to improve electric propulsion device performance.
SUSMAGPRO explicitly targets circular economy approaches for critical materials extraction and netshape manufacture at pilot scale.
Rheform addressed the replacement of toxic hydrazine with greener alternatives for spacecraft propulsion, their largest single-project funding at EUR 572,250.
How they've shifted over time
FOTEC's early H2020 work (2015–2017) split between rare earth magnet manufacturing (REProMag) and space propulsion chemistry (Rheform), suggesting a broad materials science foundation. By 2019–2023, both threads matured: magnet work shifted from production efficiency toward full circular economy recycling (SUSMAGPRO), while propulsion work moved from chemical replacement to advanced electride materials (NEMESIS). The overall trajectory shows a tightening focus on sustainable and circular approaches to critical materials.
FOTEC is moving toward circular economy solutions for critical raw materials, making them a strong partner for projects addressing Europe's strategic material dependencies.
How they like to work
FOTEC operates exclusively as a consortium partner — they have not coordinated any of their four H2020 projects, suggesting they contribute specialized technical expertise rather than leading large-scale project management. With 42 unique partners across 10 countries, they maintain a broad European network despite their small size. Their role pattern indicates a reliable specialist contributor that larger coordinators bring in for specific materials science and processing capabilities.
FOTEC has built a network of 42 unique consortium partners across 10 countries through just 4 projects, indicating participation in mid-to-large consortia. Their reach is solidly European with no apparent geographic concentration beyond their Austrian base.
What sets them apart
FOTEC sits at an unusual intersection: they combine rare earth materials processing expertise with space propulsion materials knowledge — two domains rarely found in the same SME. As a technology transfer company (not a university), they are oriented toward translating research into pilot-scale and industrial applications, making them practical partners for projects that need to move beyond the lab. Their SME status and technology transfer mission mean they bring commercialization awareness that pure research institutes often lack.
Highlights from their portfolio
- RheformLargest single funding (EUR 572,250) — addressed the strategically important challenge of eliminating toxic hydrazine from European space propulsion systems.
- SUSMAGPRODirectly tackles Europe's critical raw materials dependency through circular economy recycling of rare earth magnets at pilot scale — highly relevant to EU strategic autonomy goals.