Shaping international infrastructure to commercialize fusion energy.
Headquartered in Richmond, British Columbia, we collaborate with global partners to take advantage of talent and capabilities.
The Fusion Option
Richmond, British Columbia
British Columbia is the centre of a thriving world-class innovation ecosystem.
Support from the Canadian government has been instrumental in General Fusion’s success and growing presence. Our newly expanded headquarters, near Vancouver International Airport, will enable the earliest commercialization of our fusion technology. As General Fusion prepares to power homes, businesses, and industry with clean energy, our Richmond facility will provide a space to design and build LM26 to support our fusion demonstration program and our plan to commercialize fusion energy by the early to mid-2030s.
Culham, Oxfordshire
Over the next two to three years, General Fusion will work closely with the UK Atomic Energy Agency (UKAEA) to validate the data gathered from LM26 and incorporate it into the design of the company’s planned commercial scale demonstration in the UK.
General Fusion is collaborating with national labs across the United States, such as the Oak Ridge National Laboratory (ORNL), Savannah River National Laboratory (SRNL), the University of Illinois, and more.
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Scientific results demonstrate the company’s achievements in creating fusion through MTF, providing foundation for its LM26 fusion demonstration, which will begin compressing large-scale plasmas in early 2025 to achieve transformative milestones RICHMOND, British Columbia (November 22, 2024): General Fusion has
General Fusion and Simon Fraser University partner to develop technology that will precisely measure the performance of game-changing fusion demonstration machine in Canada RICHMOND, British Columbia (November 13, 2024): For the second time this year, the Natural Sciences and Engineering
B.C. utility will advise General Fusion as it prepares to deploy practical commercial fusion technology to power a lower carbon energy future RICHMOND, British Columbia (November 5, 2024): Today, General Fusion announced that FortisBC Inc. (FortisBC), a regulated utility providing
Poster This poster was presented at the 66th Annual Meeting of the APS Division of Plasma Physics, Atlanta, Georgia, October 7-11, 2024. Download Poster as PDF Pat Carle, Stephen Howard, Andrea Tancetti, Abetharan Antony, Celso Ribeiro, Simon Coop, Filiberto Braglia,
Poster This poster was presented at the 66th Annual Meeting of the APS Division of Plasma Physics, Atlanta, Georgia, October 7-11, 2024. Download Poster as PDF Aaron Froese, M. Reynolds, V. Suponitsky, J.-S. Dick, R. Segas, C. P. Hung, I.
Poster This poster was presented at the 33rd Symposium on Fusion Technology (SOFT), Dublin City University, Ireland, September 22-27, 2024. Download Poster as PDF Myles Hildebrand.
SRNL and UKAEA, labs renowned for neutronics simulation, tritium innovation, and fuel cycle R&D, recently reviewed key parameters of the company’s unique approach to practical fusion energy RICHMOND, British Columbia (September 19, 2024): New analyses from the U.S. Savannah River
Executive Summary This report describes the results from an INFUSE research project, where Savannah River National Laboratory (SRNL) in collaboration with General Fusion (GF) used process modeling to understand and optimize commercial power plant (CPP) fuel cycle designs based on
Summary This UKAEA report details TBR analysis for General Fusion’s MTF concept for fusion power. Simplified neutronics modelling, based on a small, dense magnetized Deuterium-Tritium plasma surrounded by a thick layer of liquid, breeder metal was performed. Lithium and lithium-lead
General Fusion is pleased to share that the funding for our LM26 program has reached CA$71 million since its launch in 2023, with a new CA$20 million investment from Canadian Nuclear Laboratories (CNL), Canada’s premier nuclear science and technology organization,
Abstract To achieve commercially relevant fusion conditions in a magnetized plasma, rapid and efficient heating must surpass heat loss. In Magnetized Target Fusion (MTF) experiments, which heat plasma by compression, a magnetic flux conserver made of metal is essential for
Abstract Magnetized target fusion (MTF) relies on rapidly compressing magnetized plasma within a flux conserver to attain fusion conditions. Maintaining the smoothness and symmetry of the plasma-facing surface during compression is crucial, as any asymmetric deformation or buckling of the
Abstract Lithium is an ideal plasma facing material for fusion plasmas due to its low atomic mass, ability to breed tritium fuel and its gettering characteristics. Liners made of lithium are used as magnetic flux conservers, which can be compressed
The race is on to produce commercial fusion energy, and General Fusion’s proprietary technology was built from the ground up with a power plant in mind. Our two decades of technology development have paved the way—we’re on track to provide
Abstract Boundary plasma and plasma-material interactions are investigated for magnetised target fusion (MTF) applications. The General Fusion magnetised target fusion technology uses coaxial helicity injection (CHI) start-up which forms a spherical tokamak in a cavity with liquid lithium walls that
RICHMOND, British Columbia (April 30, 2024): General Fusion is advancing the design of its Magnetized Target Fusion (MTF) commercial power plant with proprietary simulation code now validated in a peer-reviewed scientific paper. General Fusion is unique in its ability to
Poster This poster was presented at the 25th Topical Conference on High Temperature Plasma Diagnostics, Asheville, North Carolina, April 21-25, 2024. Download Poster as PDF Simon Coop, Filiberto Braglia, Akbar Rohollahi.
Poster This poster was presented at the 25th Topical Conference on High Temperature Plasma Diagnostics, Asheville, North Carolina, April 21-25, 2024. Download Poster as PDF Allison Radich et al.
Poster This poster was presented at the 25th Topical Conference on High Temperature Plasma Diagnostics, Asheville, North Carolina, April 21-25, 2024. Download Poster as PDF Henry Gould et al.
RICHMOND, British Columbia (April 4, 2024): General Fusion has launched a new project in collaboration with Canadian Nuclear Laboratories (CNL), Canada’s premier nuclear science and technology organization, to advance the design of its commercial fusion power plant. Delivered through CNL’s
VANCOUVER, British Columbia (March 27, 2024): TRIUMF, Canada’s particle accelerator centre, and General Fusion, an international leader in the development of commercial fusion energy, have received a Natural Sciences and Engineering Research Council of Canada (NSERC) Alliance grant to advance
Abstract We present Integrated System Model-hydrodynamics (ISM-hydro)—an interface tracking, finite volume code for modeling a shaped implosion of a rotating, initially cylindrical, fluid shell (liner) with a free surface. The code is a novel implementation of the mixed Lagrangian–Eulerian approach,
RICHMOND, Canada (February 28, 2024): Today, General Fusion announced the appointment of Tony Donné as Chair of its Science and Technology Advisory Committee (STAC). Tony is one of the world’s foremost fusion experts, with nearly 40 years of scientific research
Fusion is now. Let’s make clean energy, everywhere and forever, a reality.
