Type One Energy, Tokamak Energy and AECOM Launch UK Infinity Fusion Consortium to Advance Commercial Fusion Power in Britain
Type One Energy, Tokamak Energy and AECOM have officially launched the UK Infinity Fusion Consortium, a major private-sector initiative aimed at accelerating the development of commercial fusion energy in the United Kingdom. The collaboration seeks to establish the country’s first privately led fusion power plant project, combining advanced stellarator fusion technology, high-temperature superconducting magnet expertise and world-class engineering capabilities to help move fusion energy from scientific research into practical deployment.
The announcement represents a significant milestone for the global fusion sector and comes as governments and private companies intensify efforts to commercialize fusion power as a long-term source of clean, reliable and virtually limitless energy. The consortium’s plans are closely aligned with the United Kingdom government’s recently unveiled UK Fusion Strategy, which is designed to position Britain as a global leader in fusion science, engineering and commercialization.
The new partnership also reflects growing international cooperation between the United Kingdom and the United States in advanced energy technologies. During his recent address to the United States Congress, His Majesty King Charles III highlighted the expanding collaboration between the two nations in transformative technologies including nuclear fusion, quantum computing, artificial intelligence and drug discovery. His remarks underscored the strategic importance of these sectors in addressing future global energy and sustainability challenges.
The consortium members are all participants in the Sustainable Markets Initiative (SMI), the global CEO-led network established by King Charles III to encourage private-sector leadership in advancing sustainable economic development. Through the initiative, companies are encouraged to collaborate on scalable solutions that support decarbonization, climate resilience and long-term economic growth.
At the center of the UK Infinity Fusion Consortium is Type One Energy’s Infinity Two fusion power plant design. The 400 MWe stellarator-based concept is intended to deliver commercial-scale fusion electricity generation using technologies that can realistically be manufactured, financed and deployed within the coming decade. The design focuses on operational reliability, scalable engineering and integration with existing energy infrastructure, which are seen as critical requirements for attracting private investment into future fusion projects.
AECOM will contribute its extensive expertise in large-scale infrastructure engineering, project delivery and energy systems integration. The company has decades of experience managing complex energy and industrial projects around the world, including nuclear, renewable and conventional power infrastructure. Within the consortium, AECOM will help shape the engineering and deployment framework needed to move fusion projects from concept to construction and operation.
Tokamak Energy will provide advanced high-temperature superconducting (HTS) magnet technology and manufacturing expertise. HTS magnets are considered one of the most important enabling technologies for next-generation fusion systems because they can generate stronger magnetic fields while improving efficiency and reducing the size of fusion devices. Tokamak Energy has emerged as one of the leading developers of HTS magnet systems in the fusion industry and is already deeply involved in the UK government’s STEP fusion programme.
Together, the consortium partners aim to create a commercially viable fusion deployment pathway in the UK that leverages the country’s growing fusion supply chain, regulatory expertise and industrial capabilities. The project is expected to involve a broader network of British companies spanning construction, manufacturing, engineering, financing and energy offtake agreements.
The consortium also intends to build upon the experience and technical progress associated with the Infinity Two fusion project planned at the Tennessee Valley Authority’s Bull Run site in the United States. That first-of-a-kind project is targeting commercial operation by 2034 and is being supported through U.S. government fusion development programmes. Lessons learned from the American deployment are expected to provide a strong foundation for the proposed UK project, helping to reduce development risk and accelerate timelines.
Britain has spent years investing heavily in fusion research and development through institutions such as the UK Atomic Energy Authority and projects including the Spherical Tokamak for Energy Production (STEP) programme. The government’s broader strategy seeks to transition the UK from a center of fusion science excellence into a hub for commercial fusion deployment and industrial leadership.
The UK Infinity Fusion Consortium is intended to complement those public-sector efforts by creating a market-oriented commercialization pathway led by private industry. By focusing on practical deployment models and bankable infrastructure strategies, the consortium hopes to attract long-term private investment into fusion projects while strengthening Britain’s position within the emerging global fusion economy.
Chris Mowry, Chief Executive Officer of Type One Energy, emphasized the importance of transitioning fusion from laboratory research into real-world infrastructure development. He stated that the collaboration combines the industrial and technological capabilities required to deliver commercially viable fusion power projects. According to Mowry, aligning fusion science with advanced manufacturing and infrastructure engineering is essential for bridging the gap between innovation and practical energy deployment.
Tokamak Energy Chief Executive Officer Warrick Matthews said the consortium places the company’s magnet technology at the center of another globally significant fusion initiative. He noted that the collaboration could help accelerate commercialization of clean fusion energy while strengthening the UK supply chain’s international leadership position in fusion manufacturing and engineering.
AECOM Chairman and Chief Executive Officer Troy Rudd highlighted fusion’s long-term potential as a clean, safe and reliable energy source capable of supporting future generations. He stressed that realizing fusion’s promise will require disciplined engineering practices, strong infrastructure planning and collaboration across the broader energy ecosystem. According to Rudd, the consortium provides an opportunity to apply AECOM’s experience in major energy infrastructure projects to support scalable commercial fusion deployment.
The initiative has also received strong backing from UK government officials. Lord Vallance, the UK Minister for Science, Innovation, Research and Nuclear, pointed to the government’s commitment of more than £2.5 billion toward fusion development and referenced the recently announced UK-U.S. agreement supporting closer cooperation on fusion research and development. He said the government’s long-term investments are helping transform the ambition of limitless clean energy into a realistic commercial opportunity.
Lord Stockwood, the UK Minister for Investment, described the consortium as an important contributor to future clean energy projects and local economic development. He stated that Britain’s industrial strategy is focused on attracting investment into advanced clean technologies that can create jobs, strengthen regional economies and support the nation’s broader net-zero ambitions.
Jennifer Jordan-Saifi, Chief Executive Officer of the Sustainable Markets Initiative, said the partnership demonstrates how collaboration between industry and finance can help convert breakthrough technologies into measurable progress toward sustainability goals. She described the consortium as a practical example of the SMI’s mission to accelerate the transition toward a more sustainable and resilient global economy.
The launch of the UK Infinity Fusion Consortium comes during a period of unprecedented momentum for fusion energy worldwide. Governments, research institutions and private companies are collectively investing billions of dollars into fusion technologies as nations search for long-term solutions to rising energy demand, decarbonization pressures and energy security concerns.
While technical and engineering challenges remain, the consortium believes that combining proven industrial expertise with advanced fusion technologies can significantly accelerate the pathway toward commercial fusion deployment. If successful, the UK Infinity Fusion project could position Britain as one of the first countries to host privately developed commercial fusion power infrastructure, potentially transforming the nation’s future energy landscape and strengthening its role in the global clean energy transition.
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