Fusion offers a virtually
limitless, clean, safe
and secure form
of energy
Fusion offers a virtually
limitless, clean, safe
and secure form
of energy
Why fusion?
Fusion will transform global energy markets as a virtually limitless, clean, safe, secure, and on-demand source of power.
Fusion plants can be built almost anywhere and integrated into energy systems, supplying electricity to grids and heat for industrial processes. With rising energy demand and an urgent need to move away from fossil fuels, fusion represents a market opportunity estimated at $10 trillion by 2050.
At Tokamak Energy, we are delivering the technologies, expertise, and partnerships needed to make fusion a reality worldwide.
By 2040, it’s estimated we’ll see:
%
Increase in global energy demand
%
Increase in electricity demand
bn
New energy consumers
%
Reduction in fossil fuels needed to meet climate targets
What is fusion?
Fusion reactions power the stars, including our own sun.
A commercial fusion plant would be fuelled using two isotopes of hydrogen – deuterium and tritium. The fuel would be heated to form a plasma, an ionized gas comprised of charged particles which can be confined and controlled by powerful magnetic fields.
Heated to over 100 million degrees Celsius, the deuterium and tritium combine to produce helium and neutrons, releasing enormous amounts of energy.
Fusion energy can directly replace fossil fuel sources to supply the thermal energy needed for industrial processes like metals, chemicals and hydrogen production.
Benefits of fusion
Clean energy
Fusion produces no greenhouse gas emissions or long-lived radioactive waste.
High energy density
One kg of fusion fuel is equivalent to 10 million kg of coal.
Energy security
Fusion energy will not be reliant on fuels or raw materials limited by availability or geographic location.
Sited almost anywhere
Compact, secure and safe, fusion plants can be sited near centres of population or industry.
Inherent safety
If the fusion reaction is interrupted, it simply stops.
Wide availability of fuels
Deuterium can be extracted from sea water while tritium can be ‘bred’ in the plant itself.
On-demand energy
Fusion power plants can provide secure, dispatchable energy in all climates and weather conditions.
Electricity and heat
In addition to electricity generation, fusion can provide the heat needed for key industrial processes.



























