Why Tritium
The rare fuel driving fusion’s future
Tritium (³H or T) is a rare hydrogen isotope with one proton and two neutrons. It has a half-life of ~12.3 years and is naturally scarce. Tritium is essential for nearly all fusion projects. However, tritium is in short supply and the worldwide stockpile may start to decrease rapidly after 2030 when many experimental fusion reactors are expected to come online.
$30M
Market Price per kilogram
Why tritium matters
Tritium is essential for nearly all fusion energy projects
As the world races toward commercial fusion power, securing a sustainable tritium supply chain is a global challenge.
The Tritium Supply Challenge
Only 20-30kg
available
The world’s current tritium stockpile is extremely limited (20 to 30 kilograms in total available for commercial use).
Aging CANDU reactors
Commercial production today relies largely on a special type of fission reactors moderated by heavy water (CANDU reactors)in Canada South Korea, and UAE.
100kg+ /year by 2045
Demand is expected to outpace supply within the next decadeas experimental fusion reactors become online.
our mission
Produce tritium today.
Sustainable fusion energy tomorrow.
Deuterium
X2
Our patented benchtop-scale fusion process
Tritium
X1
$30M
Market Price per kilogram
more about our technology