Nucleon Fuel, a subsidiary of Nucleon Energy, is exploring potential locations for a new uranium conversion facility in the Gillette area of Wyoming. The proposed project is part of our efforts to expand North America’s uranium conversion capacity, strengthen the nuclear fuel supply chain and support the long-term growth of nuclear energy.
Uranium conversion is an important step in the nuclear fuel cycle, preparing uranium for further processing into nuclear fuel. Developing additional conversion capacity in North America could help strengthen domestic fuel infrastructure and support long-term energy security.
Why Community Engagement Matters
As we explore this opportunity in the Gillette area, engaging with local residents, businesses and community stakeholders will be an important part of our planning process.
We’re committed to sharing information about the proposed project, answering questions and hearing perspectives from those who live and work in the region. To begin these conversations, we’re hosting a Community Open House in Gillette on October 28, providing an opportunity to meet our team, learn more about uranium conversion and discuss the potential opportunities for Campbell County and Wyoming.
Community Open House Details
Date: Wednesday, October 28, 2026
Time: 6:00–8:00 PM MDT
Location: Gillette College, Main Commons
The event is open to the public, and attendees will have the opportunity to speak directly with members of our team.
Looking Ahead
As planning continues, we look forward to building relationships with local stakeholders and hearing community perspectives on the proposed facility. We welcome the opportunity to meet with the Gillette community, share our plans and answer your questions on October 28.
About Nucleon Fuel
Nucleon Fuel is a subsidiary of Nucleon Energy focused on the development of modern uranium conversion facilities in North America. The company is advancing new conversion technology and infrastructure to help strengthen the nuclear fuel supply chain and support the long-term growth of nuclear energy.
