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Strategic Partnership for Fusion Energy Development

Stockholm, Jan. 8, 2025 – In a remarkable leap forward for fusion energy, Novatron Fusion Group and Oxford Sigma have declared their strategic partnership dedicated to innovating fusion power plant design. This collaboration seamlessly merges Novatron’s cutting-edge NOVATRON reactor design with Oxford Sigma’s profound expertise in fusion materials, component design, and industrial manufacturing processes. By combining these strengths, both organizations are set to significantly progress towards realizing sustainable and scalable fusion energy solutions.

Advancing Fusion Technology

Novatron Fusion Group is currently making strides with the construction of its inaugural plasma stability test facility, known as NOVATRON 1 (N1), located at KTH Royal Institute of Technology in Stockholm. The alliance with Oxford Sigma is expected to fast-track the development of commercial fusion power stations utilizing the NOVATRON fusion reactor design, which employs an innovative open-field confinement method for stable magnetic plasma containment.

The collaboration is a pivotal element in Novatron Fusion Group's mission to refine nuclear engineering processes, validate essential scientific principles, and ultimately pave the way for the industrialization of fusion energy technologies.

Within this partnership framework, Oxford Sigma brings a wealth of capabilities in systems engineering, the development of fusion materials, and designing core components for fusion reactors. This also includes direct access to Oxford Sigma's resources for fusion materials production, critical for the advancement of power plant configurations.

Expert Insights

Josefin Sjöbohm, the Project Leader at Novatron Fusion Group, emphasizes the significance of this partnership, stating, “Collaborating with Oxford Sigma introduces an invaluable layer of expertise for the NOVATRON development. Their insights into fusion materials and reactor design are key in addressing the critical challenges we face as we evolve our concept into an industrial-ready solution.”

In reciprocal recognition, Dr. Alasdair Morrison, Chief Technology Officer at Oxford Sigma, remarked, “Teaming up with Novatron Fusion Group allows us to maximize our fusion materials manufacturing capabilities. Together, we harbor the ambition of overcoming the current obstacles in the commercialization of fusion technology, aiming to deliver clean and reliable energy for global consumption.”

Peter Roos, CEO of Novatron Fusion Group, underscores the urgency of their work, stating, “Partnering with Oxford Sigma will hasten our efforts in developing core technologies pertinent to the NOVATRON fusion reactor concept. Achieving feasible fusion power represents the ultimate goal for humanity—supplying clean, safe, and abundant energy. This goal can only be realized through effective collaborations that harness advanced knowledge, skills, and dedication.”

A Vision for Sustainable Energy

The implications of this partnership extend beyond technological advancements. Both companies are fueled by a shared vision of achieving scalable and efficient fusion energy solutions that address pressing energy demands while managing climate change challenges.

About Oxford Sigma

Oxford Sigma is at the forefront of materials fusion technology, shaped by a commitment to tackling energy security and climate issues through the acceleration of fusion energy commercialization. They specialize in delivering innovative materials technology, solutions, and design services pivotal for the industry's growth. Recognized globally as leaders in the field, Oxford Sigma is based in Oxford, UK.

About Novatron Fusion Group

Established in 2019, Novatron Fusion Group AB, situated in Stockholm, is dedicated to making fusion energy and the NOVATRON concept a primary source of dispatchable clean energy. Spearheaded by eminent physicists and engineers at KTH Royal Institute of Technology, the NOVATRON technology stands as a groundbreaking stable mirror-machine concept aimed at enhancing system efficiency and reducing costs. Their work is backed by notable investors, including Climentum Capital and EIT InnoEnergy.

As the world shifts its focus towards sustainable energy solutions, the partnership between Novatron Fusion Group and Oxford Sigma symbolizes a crucial step in unlocking the potential of fusion energy, uniting expertise and resources to confront global energy challenges head-on.