Collaborative partners on our journey to commercial fusion energy.

The power of joining forces.

STRATEGIC PARTNERSHIPS are key to overcoming technical, financial, and regulatory challenges. We are proud to partner with experts from governments, academia, and industry – together we can use our combined strengths to work toward powering a sustainable future.

Partners and Collaborators.

  • KTH Royal Institute of Technology is Sweden’s premier and largest technical university, with a long tradition in fusion research dating back to Nobel Prize laureate Hannes Alfvén. Our strategic partnership gives us access to top research capacity and links us to other academic institutions in the extended KTH global network. This provides us with infrastructure, competence, and new talents.

  • Studsvik is a leading provider to the global nuclear energy sector, offering expertise in fuel, materials, software, and waste management. Our collaboration covers material testing, modelling and simulation, decommissioning and waste, construction and siting of an industrial‑scale pilot reactor, regulatory licensing support, and assessing the technology’s applicability in other sectors.

  • With its long tradition, experience, and expertise in fusion energy, UKAEA provides us with access to fusion-specific infrastructure and extensive fusion competence, which enables joint collaboration on technology development and funding opportunities.

  • VTT is a visionary research, development, and innovation partner for companies and society, and one of the leading research organizations in Europe. We partner to advance the development of NFG’s unique fusion reactor in the Nordic region. VTT has provided independent technical assessments that help guide investment decisions, and they have also identified suitable locations for a future pilot reactor.

  • Oxford Sigma is a leading developer of fusion-critical technologies, providing us with in-depth technical expertise in component design, materials, and manufacturing.

  • Freemelt develops advanced 3D printers for metal applications, using electron beam technology (EB-PBF) for material research, development, and production. Together we explore manufacturing techniques for our fusion reactor.

  • Fusion for Energy manages the EU’s contribution to ITER and supports the growth of the European fusion industry. Through our collaboration we can strengthen Europe’s energy supply chain, resilience, and contribute to achieving the EU’s climate targets.

Memberships.

  • FUSION NOW brings together the European fusion community to support the development of fusion technologies and strengthen Europe’s leadership in the sector.

  • The Fusion Industry Association is a non-profit organization composed of private companies dedicated to making commercial fusion energy a reality. Through advocacy and education, we are accelerating the development of commercial fusion energy.

  • The Fusion Cluster brings together fusion energy companies, the UK's national fusion energy research organization, businesses in the supply chain, academia, and investors.

  • SCC UK is the largest Swedish Chamber of Commerce, supporting us in international brand building, networking, and public affairs activities.

  • FinnFusion is a Finnish community that brings together fusion energy actors with expertise in business, technology, and science, as well as funding agencies and ministries. As a community, we cover the knowledge and capabilities needed to make fusion energy a reality and unlock new opportunities through research and innovation.

Collaborative projects.

TauEB is a collaborative project, which integrates cutting-edge science, innovation management, and industrial readiness to accelerate the realization of fusion energy. This ambitious initiative unites interdisciplinary expertise under the coordination of the KTH Royal Institute of Technology, aiming to achieve transformative advances in nuclear fusion technology.

The project is funded by the European Innovation Council (EIC), and the consortium partners and their respective roles are:

  • KTH directs the project execution and communication strategies. It spearheads ponderomotive radiofrequency (RF) plugging research and investigates the role of ambipolar potential in energy confinement.

  • NSC KIPT focuses on ambipolar plugging and plasma heating using Electron Cyclotron Resonance Heating (ECRH) and Ion Cyclotron Resonance Heating (ICRH), contributing to diagnostics and RF plugging research.

  • We design the tandem magnetic field system, which is critical for ambipolar and RF plugging. We also prepare NOVATRON technology for industrial scalability.

  • This entity manages project innovation and accelerates the commercialization of NOVATRON technology, advancing EU decarbonization goals.

  • CCFE leads diagnostics to evaluate energy confinement time and supports plasma heating processes for ambipolar potential establishment.

Interested in formalizing a partnership with us?

Are you part of a future fusion supply chain, a large energy consumer, a political organization, or an NGO that wants to achieve fusion faster? Do not hesitate to get in touch with Philip von Segebaden, Head of Partnerships, at +46 73-387 64 45 or
philip.vonsegebaden@novatronfusion.com.

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