Framatome Secured Contract for Enriched Nuclear Fuel

The company will supply advanced fuel to a reactor following regulatory approval for higher enrichment levels.

Updated on Oct. 13, 2026 in Nuclear

Bold flat-color editorial illustration of a cylindrical fuel assembly, representing the advancement in enriched nuclear energy production technology.
Framatome signed a contract to supply nuclear fuel enriched to 10% after receiving U.S. regulatory approval for its Richland manufacturing facility. AI Illustration. Upload story photo >

Live Poll

Should the federal government prioritize expanding high-enrichment nuclear fuel production for domestic energy reactors?

Framatome has signed a contract to deliver nuclear fuel enriched above 5% after the U.S. Nuclear Regulatory Commission approved its Richland facility for manufacturing up to 10% enrichment. This development marks a significant upgrade to the capabilities of the Richland site, which currently powers 5% of U.S. electricity.

Why it matters

By increasing uranium enrichment levels to 10%, the facility expects to extend customer fuel cycles by six months. The upgrades, supported by federal funding, allow the site to play a larger role in meeting evolving energy production requirements.

The Richland facility produces 10 different types of fuel and operates 24 hours a day to support its output. Upgrades aimed at higher enrichment included the construction of a $900,000 warehouse to manage increased production capacity.

The players

Framatome

This company is a major international leader in the nuclear energy sector that specializes in the design, maintenance, and installation of nuclear power plant components and fuel.

U.S. Nuclear Regulatory Commission

This is an independent federal agency tasked with regulating commercial nuclear power plants and other uses of nuclear materials to ensure public health and safety.

NuScale Power Corp.

Based in Corvallis, Oregon, this company focuses on the development and deployment of small modular reactor technology for clean energy generation.

Standard Nuclear

This organization is a partner in a joint venture with Framatome aimed at advancing nuclear energy infrastructure and technologies.

The details

The facility employs 580 workers and manufactures uranium dioxide powder, pellets, fuel rods, and fuel assemblies using Advanced Fuel Management technology. This expansion is further bolstered by a share of $94 million in federal funding, which is projected to increase annual production capacity by 200 metric tons of uranium.

Timeline

  1. October 2025: Framatome announced a joint venture with Standard Nuclear.

  2. May 2026: Framatome received a share of federal funding for production.

  3. August 2026: The facility completed a warehouse upgrade project.

  4. Spring 2028: The facility will deliver the newly contracted nuclear fuel.

Deeper Dive

This project follows the regulatory framework established by the U.S. Nuclear Regulatory Commission to advance fuel enrichment technology. It represents a shift in production capabilities that allows domestic facilities to support longer fuel cycles for modern reactor operations.

The production of higher-enriched fuel is intended to improve operational efficiency for reactors, potentially leading to more stable energy supplies. As capacity increases by 200 metric tons annually, this contributes to the broader stability of the power grid for the American public.

The takeaway

Advancements in fuel manufacturing are critical for extending the lifespan of reactor cycles and enhancing nuclear energy output. These upgrades in Richland reflect a broader industrial push to modernize fuel supply chains to meet future energy demands.

What happens next

Framatome is scheduled to fabricate fuel for NuScale Power Corp. within the next five years.

Further reading

Learn more about the latest innovations in the Nuclear sector.

Source note: This article includes information reported by Tri-Cities Area Journal of Business.

Live Poll

Should the federal government prioritize expanding high-enrichment nuclear fuel production for domestic energy reactors?