Fluor Corporation has signed a contract with X-energy to support an advanced nuclear project in Texas. The Fluor X-Energy nuclear project Texas initiative will focus on deploying small modular reactors (SMRs) at Dow’s UCC Seadrift Operations, marking a major step toward cleaner industrial energy solutions.
Scope of the Agreement
Under the agreement, Fluor will deliver Front-End Loading Stage 2 (FEL-2) services. This phase includes:
- Project definition
- Strategic planning
- Feasibility analysis
- Cost estimation
- Risk mitigation
Additionally, Fluor will recognize the undisclosed contract value in the first quarter of 2026. This early-stage work is critical, as it sets the technical and financial foundation for the project.
Project Overview and Capacity
The Fluor X-Energy nuclear project Texas involves the development of four 80-megawatt SMR units. These reactors will supply:
- Carbon-free electricity
- Industrial steam
to Dow’s large-scale Seadrift manufacturing site.
As a result, the project aims to replace aging energy infrastructure with a reliable, low-emission alternative, supporting industrial decarbonization efforts.
Government Support and Regulatory Progress
The project is backed by the U.S. Department of Energy through its Advanced Reactor Demonstration Program (ARDP). This initiative accelerates the commercialization of advanced nuclear technologies via industry partnerships.
Moreover, a construction permit application was submitted in March 2025 and is currently under review by the U.S. Nuclear Regulatory Commission. Therefore, regulatory approval remains a key milestone for project advancement.
Technology and Industry Significance
X-energy’s XE-100 small modular reactor technology is designed to deliver safe and scalable baseload power. It also uses TRISO fuel, which enhances safety and efficiency in nuclear operations.
Importantly, the Seadrift development could become the first grid-scale advanced nuclear project serving an industrial facility in North America. This positions the Fluor X-Energy nuclear project Texas as a potential benchmark for future SMR deployments.
Strategic Impact for Industrial Energy
Dow’s Seadrift facility spans approximately 4,700 acres and produces over 4 billion pounds of materials annually. These materials support industries such as:
- Food packaging
- Renewable energy
- Medical and pharmaceutical applications
Consequently, integrating SMR technology into such a large industrial base highlights the growing role of nuclear energy in sustainable manufacturing.
Industry Perspective
According to Fluor leadership, the partnership combines decades of nuclear engineering expertise with next-generation reactor technology. This collaboration is expected to accelerate project execution while maintaining safety and operational efficiency.
Conclusion
Overall, the Fluor X-Energy nuclear project Texas reflects a broader shift toward advanced nuclear solutions for industrial decarbonization. As SMR technology continues to mature, projects like this could redefine how large-scale facilities meet their energy demands.
