Laser Technology Patented USA Origin Laser Enrichment of UF₆ An Optimized Approach to Create LEU for Use in Large Civil Reactors and HALEU in Next-Gen SMRs and Microreactors

Learn More LIS Technologies Inc. (LIST) is a USA based, proprietary developer of a patented advanced laser technology, making use of infrared lasers to selectively excite the molecules of desired isotopes to separate them from other isotopes. LEU Low Enriched Uranium HALEU High-Assay Low-Enriched Uranium Gen. IV Reactors Advanced Small Modular Reactors & Microreactors

Now obsolete (β = 1.004)* Has been attempted by 20+ countries since 1971 Historical
Enrichment
Technologies First Generation Second Generation Centrifuge Plants Costly and mostly foreign owned (β = 1.25) Diffusion Plants Proven viability in a lab setting, but scaling efforts to date have been insufficient Superior efficiency and cost-effectiveness to current comparables Third Generation Laser Enrichment Technologies The “Holy Grail” of Enrichment (β > 3) Modern AVLIS and 16μm MLIS efforts have poor efficiencies and high costs

Learn More Condensation Repression Isotope Selective Laser Activation Patented Technology A demonstrated US-origin laser enrichment technology
that is scalable, efficient and cost competitive

L.I.S.T. can help close the gap in the global commercial uranium enrichment capacity dominated by Russia, Europe and China.

“Geopolitical risks have catapulted the US into action. Executive Orders are channeling billions of dollars into rebuilding our nuclear fuel ecosystem, 15 with companies like Centrus Energy, Global Laser Enrichment, General Matter, and LIS Technologies in line to benefit. That said, commercial-scale deployment will require investment, create significant execution risks, and require policy support to guarantee not only US energy independence but also Al dominance.”

READ MORE

“Rising energy demand and electrification are stimulating the resurgence of the nuclear industry in the US. Given the shortfall in global enrichment capacity likely by 2030, the US must rebuild domestic capacity to remain competitive. Not only will increased domestic capacity support hyperscalers seeking clean reliable power and enable nuclear and SMR deployment, but it also will restore US leadership in the nuclear fuel cycle. Overcoming development and deployment challenges will require serious coordination between business and government, targeted policy support, and long-term investment. In our view. the US is gearing up for success.”