TECHNOLOGY

Nuclear fusion is the unlimited, carbon-free, ultimate green energy of the future. We believe it will spark a paradigm shift to fundamentally transform the use of energy by humankind.
Inexhaustible electricity generation; an energy source with no fuel constraints; the potential for hydrogen and liquid fuel production without carbon emissions; carbon capture and storage from the atmosphere – fusion has the power to make this world a reality.
In order to sustain the future of humankind, we are leading the way in the development of next-generation technologies, collaborating with Kyoto University and other leading research institutions to develop innovative solutions to utilize high temperature heat extracted from nuclear fusion.
We aim to realize a net-zero future with fusion energy, to create a sustainable society.

Novel fusion power plants require novel technology. The development of critical plant components holds the key to the successful realization of fusion energy.
In collaboration with global partners, we are developing high quality fusion plant components catering to the needs of fusion pioneers around the world. As a fusion solutions provider, we contribute to the ambition of realizing a fusion power plant.
We are pursuing some of the world’s most advanced fusion engineering technologies. We are developing novel silicon carbide composites for use as a functional high-temperature material, tritium fuel systems including specialised tritium compatible pumps, and fusion power generation systems using liquid metals and molten salts, to name just a few.
Developing plant components to be both reliable and economical is a challenge that will test the true value of Japan’s “monozukuri” (production) capabilities. As a Japan-based company, we will contribute to the creation and expansion of the global fusion industry by leveraging Japan’s world-leading engineering ecosystem.

A fusion reactor is said to be like “a Sun on Earth”. With this potential comes great challenges. Like in the sun, the components in the fusion power core will be exposed to extreme conditions – high temperature and power loading from the neutrons and high energy particles. We are developing key technologies that not only withstand these conditions, but can deliver high performance at the same time. These include our high-power, high-frequency microwave gyrotrons for plasma heating; advanced blankets for high-temperature extraction using silicon carbide, including our SCYLLA© design; advanced divertor systems; and exhaust pumps for recovery and recycling of unburned fuel.
As well as developing advanced hardware for customers around the world, we are also focused on providing expert support in power core engineering and design.
Kyoto Fusioneering will contribute to global fusion reactor projects by supporting efforts from the design stage and through to construction, in addition to our role in delivering major equipment for the industry as it grows exponentially in the decades ahead.