
MATERIALS
THAT POWER
THE FUTURE
About Us
Powering the nuclear
renaissance with
critical materials
Quantum Leap Energy (QLE) delivers secure, reliable nuclear materials through proprietary enrichment technologies and a robust supply chain. We are developing a scalable and agile solution to meet the world’s accelerating nuclear energy needs.

Empowering
energy transition
and independence through
next-generation nuclear fuel
cycle technologies.
The science behind progress

A laser-based isotope separation process with significantly higher selectivity than legacy methods, enables efficient production of HALEU and enriched lithium isotopes.
Our superior modular design, low capital cost, and fast construction cycle as compared to traditional processes, allows for easy plant expansion.

Using high-velocity tangential injection to create dual vortex flows, ASP separates isotopes efficiently within a stationary tube, enabling precise, scalable enrichment for lighter atomic-mass gases.
Our proprietary gas-based isotope technology with minimal moving parts, offers lower capital and operating costs than centrifuges.
Materials at the foundation of change
Nuclear Waste Management
Turning nuclear waste into significant value
Depleted tails from uranium enrichers represent a growing waste challenge. QLE’s advanced technologies aim to process this material into HALEU, offering a responsible solution at highly competitive prices.

Building energy security for the world

United Kingdom
United States
South Africa
TerraPower Partnership
Long-term HALEU supply agreements and financing supporting major commercial deployment.
Fermi America Joint Venture
Collaboration on research, development, and construction of advanced enrichment facility in Texas.
South African Nuclear Energy Corporation (Necsa)
Collaboration on research, development, and commercial production of advanced nuclear fuels in Pretoria, South Africa.


