FluxPoint Energy Launches Effort to Build First New U.S. Uranium Conversion Facility in Decades
Houston-based startup unveils plans at CERAWeek 2026 to address a critical bottleneck in America’s nuclear fuel supply chain amid a broader federal push for domestic fuel independence.
FluxPoint Energy, a newly launched nuclear fuel company headquartered in Houston and McLean, Virginia, announced its formation at CERAWeek 2026 on March 26 with plans to develop the first new uranium conversion facility built in the United States in nearly seven decades. The company, founded by industry veteran Mike Chilton, aims to convert uranium oxide into uranium hexafluoride (UF₆), a critical intermediate step in producing fuel for both the nation’s existing reactor fleet and a growing pipeline of advanced nuclear technologies. The announcement arrives at a moment of intensifying federal and private-sector investment in domestic nuclear fuel infrastructure, as policymakers seek to reduce longstanding dependence on foreign suppliers—particularly Russia—for essential enrichment and conversion services.
Uranium conversion—the process of transforming mined uranium oxide (U₃O₈) into uranium hexafluoride (UF₆) for subsequent enrichment—has long been identified as a structural vulnerability in the U.S. nuclear fuel supply chain. The only active commercial conversion facility in North America is Cameco’s Port Hope plant in Ontario, Canada. The United States has not built a new conversion plant since the mid-twentieth century, leaving the country reliant on a small number of foreign providers at a time when nuclear energy demand is accelerating.
The timing of FluxPoint’s launch is notable. In January 2026, the U.S. Department of Energy announced $2.7 billion in awards to restore domestic uranium enrichment capacity, distributing funds to American Centrifuge Operating, General Matter, and Orano Federal Services for both low-enriched uranium (LEU) and high-assay low-enriched uranium (HALEU) production. While those investments target the enrichment stage of the fuel cycle, conversion capacity remains an upstream bottleneck that industry analysts and policymakers have flagged as a limiting factor for the broader nuclear renaissance.
CEO Mike Chilton stated at the launch that “policymakers, utilities, and developers increasingly point to fuel availability as a limiting factor for America’s nuclear reactors—both present and future,” adding that “uranium conversion has become an unacceptable chokepoint in a global supply chain still dominated by foreign providers.”
FluxPoint’s planned facility will employ the volatility process as its primary conversion pathway, with built-in optionality for the direct process should economics favor an alternative approach. The company has described the plant as a modular facility designed with two to four conversion trains, with the first train sized at approximately 2,500 metric tonnes of uranium per year as UF₆.
According to the company, key development milestones have already been achieved: a project site has been secured, due diligence is in progress, a comprehensive market study and technical feasibility study have been completed, and Front-End Engineering Design (FEED) has been initiated. While FluxPoint has not publicly disclosed the specific site location, its dual headquarters in Houston and the Washington, D.C. corridor position the company to engage both the commercial energy sector and federal regulators.
The project also arrives alongside significant movement in the broader nuclear fuel ecosystem. Uranium Energy Corp recently secured NRC docketing for its own proposed U.S. conversion facility, signaling that multiple private-sector players are now racing to fill the domestic conversion gap. Meanwhile, the $80 billion federal partnership announced earlier this year with Westinghouse Electric, Brookfield Asset Management, and Cameco to deploy AP1000 and AP300 reactors across the country will require a robust and reliable fuel supply chain to support long-term fleet operations.
A project of this complexity and regulatory scope is likely to generate demand for specialized talent across multiple disciplines. Engineering professionals with experience in uranium processing, chemical conversion systems, and nuclear materials handling will be essential for facility design and commissioning. Regulatory and compliance specialists familiar with NRC licensing requirements for nuclear materials facilities may also see increased demand as FluxPoint and competing developers advance their applications.
The modular design approach described by the company suggests a need for project managers experienced in phased industrial construction, as well as operations professionals capable of managing multi-train processing facilities. Additionally, the strategic positioning of FluxPoint at the intersection of nuclear fuel policy and commercial energy markets points to potential demand for professionals with expertise in nuclear fuel economics, supply chain logistics, and government affairs.
More broadly, the convergence of federal enrichment investments, conversion facility development, and advanced reactor deployment is creating a widening talent pipeline across the nuclear fuel cycle—from front-end fuel fabrication through reactor operations and spent fuel management.
Industry observers will be watching several developments in the months ahead. FluxPoint’s progress through NRC licensing and site preparation will serve as a barometer for the feasibility of new domestic conversion capacity on an accelerated timeline. The competitive dynamics between FluxPoint and Uranium Energy Corp—both pursuing conversion facilities—may also influence investment patterns and federal support allocation.
At the federal level, the effectiveness of the DOE’s $2.7 billion enrichment initiative in catalyzing downstream fuel cycle investment will be closely monitored. Whether the conversion bottleneck can be resolved in parallel with enrichment expansion will determine how quickly the United States can achieve meaningful fuel supply independence—a goal that underpins the broader nuclear energy strategy articulated by both the current administration and bipartisan congressional coalitions.
The trajectory of advanced reactor projects, including TerraPower’s Natrium reactor in Wyoming (which received NRC construction permit approval in early March 2026) and Kairos Power’s Hermes demonstration reactor in Tennessee, will further test the capacity of the domestic fuel supply chain to support next-generation nuclear technologies at scale.
