Raven-Flint wins DOE launch pad slot for uranium conversion plant

Raven-Flint Nuclear Corporation says the U.S. Department of Energy selected the company for Idaho National Laboratory’s Nuclear Energy Launch Pad as it pushes to build a second U.S. uranium conversion plant. The company also says it has produced uranium hexafluoride without elemental fluorine and that the NRC has docketed its application for engineering-scale testing in Idaho Falls.

Why it matters: - U.S. uranium conversion capacity is a bottleneck for the domestic nuclear fuel cycle. - Raven-Flint is positioning Torch as a new U.S. conversion plant that could reduce reliance on the country’s only existing facility, which was built in 1958 and meets less than half of current utility demand. - The project could also support domestic fuel supply for defense uses by producing unobligated uranium hexafluoride.

What happened: - Raven-Flint Nuclear Corporation said the DOE selected the company for the National Reactor Innovation Center Nuclear Energy Launch Pad at Idaho National Laboratory. - Raven-Flint said it successfully produced uranium hexafluoride, or UF₆, using its proprietary Corvus Route process. - The U.S. Nuclear Regulatory Commission docketed Raven-Flint’s license application for engineering-scale uranium operations at the company’s radiochemistry laboratory in Idaho Falls.

The details: - Torch is planned as a first-of-a-kind pilot conversion facility on the INL site. - The facility is designed to convert 500 tonnes of uranium per year into UF₆. - Raven-Flint says that output would be enough to fuel two large power reactors. - Torch is intended to serve DOE and DOE-affiliated entities. - Raven-Flint says Torch could also produce the unobligated domestic UF₆ needed for defense purposes. - The Launch Pad is administered by NRIC and is designed to give developers streamlined technical and regulatory pathways. - Through the INL track, Raven-Flint will gain access to INL expertise, facilities and regulatory support as it works toward commercial-scale deployment. - The Corvus Route is designed to eliminate elemental fluorine from UF₆ production. - Raven-Flint says the process could cut capital costs by more than 30% compared with legacy conversion technology. - Raven-Flint says the process also removes reliance on HF electrolyzers made by foreign companies. - NRC docketing is the agency’s formal acknowledgment that the application is ready for full technical review.

Between the lines: - The three announcements point to progress across research, regulation and scale-up at the same time. - The DOE selection gives Raven-Flint a clearer development path inside a national lab environment. - The fluorine-free process is the company’s main differentiator against legacy conversion methods that depend on hazardous elemental fluorine. - A docketed NRC application suggests the company is moving from lab work toward a more formal regulatory process for future commercialization.

What's next: - Raven-Flint said R&D conducted under DOE authorization will inform its upcoming NRC application for a commercial-scale facility. - The company plans to use the Launch Pad support structure to move the Corvus Route from demonstration toward deployment. - Torch remains the company’s target for rebuilding domestic uranium conversion capacity in the United States.

The bottom line: - Raven-Flint is trying to turn a lab-scale uranium conversion method into a domestic supply-chain asset, with DOE backing, early NRC progress and a pilot plant plan now aligned.