Our Technology
A groundbreaking fusion demonstration designed to connect energy and ecology.
The Fusion Demo Program
With engineering work underway, the fusion demonstration has been designed to demonstrate our Magnetized Target Fusion technology, creating fusion conditions in a power-plant-relevant environment. Based in the UK with support from investors across the globe, the demonstration facility will become the world’s largest and most capable prototype for a Magnetized Target Fusion power plant – a prototype intended to demonstrate a massive step forward in practical fusion energy.
Core Fusion Technologies
Creating fusion conditions. Commercializing fusion power. We’re proving the viability of our core Magnetized Target Fusion technologies with attention to sustainable design for industrial infrastructure. We believe greening our global industries should start at the source.
24 prototypes and 200,000 plasma experiments helped us build the world’s largest and most powerful operational fusion plasma injector.
With our scalable control systems, we’ve achieved the required timing precision with full-scale drivers to produce smooth, rapid, and symmetric compression of a liquid metal cavity.
Our field test program substantiates our understanding of plasma behavior and informs our plants’ requirements, work that is critical to creating fusion conditions at scale.
Scale of the commercial pilot plant.
Pulse per day repetition rate.
Off grid demonstration.
Operations to begin.
Our Impact
With our core technologies in place, our UK facility is the next big test. Rapid progress is underway. The fusion demonstration facility will provide important insights to support our commercialization of fusion energy. By demonstrating our integrated core technologies in a power-plant-relevant fusion machine, the demonstration validates the economics of commercial fusion power and our readiness to deliver.
Global Fusion Infrastructure
We’re developing a pipeline of early adopters and capturing market leadership for fusion energy. With a practical, durable, and cost-effective machine, we aim to create the conditions and market infrastructure to sustainably convert energy with an economical end-to-end solution.
Perspectives
Find out how architecture firm AL_A worked with General Fusion’s designers to break new ground with a design that combines art and science. This collaborative effort showcases leading-edge sustainability principles to optimize General Fusion’s technology.
An Integrative Design
We’re breaking ground and want you to be there at the ribbon-cutting ceremony. Learn more about the fusion demonstration facility and our fusion energy commercialization plan.
Resources
Discover how fusion power technology is transforming the world today.
Media Inquiries
Kathryn is a Plasma Injector Engineer who primarily works on the plasma injector PI3, the world’s largest and most powerful of its kind. “Our focus is to continuously improve plasma performance by controlling key parameters like the magnetic configuration, pulsed
The Economist’s science and technology editor, Geoffrey Carr, interviews Founder and Chief Science Officer Dr. Michel Laberge on General Fusion’s unique Magnetized Target Fusion approach. The editor discusses the various approaches to fusion energy and says, “it would take only
One of General Fusion’s major investors, Segra Capital Management, believes we have “the most elegant design” to accomplish what is required for a commercial fusion energy system: capability to create and sustain fusion conditions, deployability in terms of energy conversion
Myles Hildebrand is a Program Manager at General Fusion and leads the execution of technology collaborations and partnerships with national laboratories and partners. These include projects with the United Kingdom Atomic Energy Authority, the Canadian Nuclear Laboratories, and the funding
A novel experiment is presented to study the initial disturbances on a free surface due to the constant acceleration of liquid around a submerged obstacle. The surface response to different obstacle sizes, initial surface heights and fluid velocities is measured
Abstract We explore the initial perturbations that form on a liquid free surface as a result of the submersion of a circular cylinder beneath the surface, a scenario that arises in a number of diverse applications. The behaviour of the
The FDP presents just some of the exciting milestones on General Fusion’s path to fusion energy for the future of our planet.
