Creating the world's most valuable materials with transmutation

Isotope separation facilities generate enriched precursor material

Nature provides the material, but not at the right purity. By enriching feedstock, we greatly enhance production yields while eliminating unwanted byproducts.

Precursor material is engineered into a blanket, and irradiated by neutrons

Fusion produces high energy neutrons, enabling nuclear reactions that no other facility can pursue. Neutrons can transmute 1000x as much material per particle compared to protons from particle accelerators, and can be made at much higher rates.

Rare isotopes are extracted from the blanket and delivered to customers

Only a fraction of precursor material gets transmuted on each pass. The rest has to be separated out chemically, and can then be recycled back into the blanket.

The same process that generates medical isotopes will fuel fusion power plants.

R&D Timeline