Fusion for Energy (F4E) and EUROfusion have launched the 2026 Open Call for Fusion Technology Transfer Demonstrator Projects, supporting projects that aim to bring fusion technologies and know-how to the market.
This initiative is designed to accelerate the transfer of fusion innovations, fostering new business opportunities and cross-industry impact.
The call targets demonstrator projects that apply fusion-derived technologies, expertise or methodologies to real-world challenges. Proposals should focus on validating use cases, advancing market readiness and demonstrating clear value in industrial environments.
F4E supports projects that bring fusion technologies closer to the market, both within and beyond the fusion sector.
EUROfusion supports projects that transfer fusion technologies and know-how to applications outside the fusion domain.
Selected projects will receive financial support to develop and validate their demonstrators, reduce technological and market risks, and explore new application areas. The call offers a unique opportunity to leverage fusion expertise in sectors such as energy, aerospace, manufacturing, healthcare and more.
Find all the details, eligibility criteria and application guidelines on the documents below.
Axon’ Cable adapting an ITER cable solution to environments like particle accelerators and space.
Casting mold materials made of Tungsten fibre Composites (Wf/W) for high-temperature die casting
Invented to suppress the propagation of cracks at the surface of wall targets in fusion, tungsten fibres materials could increase the lifetime of molds in die casting applications.
Protective tungsten-based coatings for combustion chamber for aerospace applications
Studied for the plasma-wall interaction in the presence of high thermal loads in fusion, the deposition of thick tungsten and high melting point materials coatings have been adopted to manufacture protective coatings for combustion chamber for aerospace applications
Tungsten alloys for extended life corona discharge electrodes
Several W-based alloys have been investigated for application at the blanket first-wall of DEMO. This promising materials along new coating technologies have been considered to increase the lifetime of corona discharge electrode for applications in surface cleaning, air treatment and cooling electronics.
Towards a better rationalization of fibre optics manufacturing
Developed to carry out truly statistical multi-physics investigations based on the analysis of thousands of tokamak discharges, auto-adaptive algorithms have been implemented for a new concept of high speed and in-line optical fiber quality control.
Axon’ Cable adapting an ITER cable solution to environments like particle accelerators and space.
Casting mold materials made of Tungsten fibre Composites (Wf/W) for high-temperature die casting
Protective tungsten-based coatings for combustion chamber for aerospace applications
Tungsten alloys for extended life corona discharge electrodes
Towards a better rationalization of fibre optics manufacturing
