Clayco, known for delivering large-scale mission-critical facilities, has joined a consortium led by Deep Atomic to advance federal proposals for nuclear-powered AI campuses. The group will submit its plan to the U.S. Department of Energy, outlining an integrated model that combines advanced nuclear generation with high-density computing infrastructure. One proposed site is Idaho National Laboratory. There, the consortium aims to develop the first fully integrated nuclear-powered AI data center in the United States.
DOE Submission and Execution Strategy
As part of the consortium, Clayco is leading early-stage delivery planning for the data center component. The company is also conducting constructability analysis and refining the integrated design-build strategy. Together, these efforts strengthen the DOE submission.
In addition, Clayco is defining site development strategy, coordinating engineering workflows, and mapping construction sequencing. These steps demonstrate how the campus can be built safely and at scale.
DOE officials place significant weight on execution feasibility. According to Bob Clark, Executive Chairman and Founder of Clayco, proposals must prove that teams can deliver complex infrastructure efficiently and reliably. He said Clayco brings practical data center experience to ground the concept in real construction and operational conditions.
Integrating Advanced Nuclear and High-Density AI
At the same time, the consortium is aligning nuclear generation plans with the performance demands of high-density AI workloads. Engineers are evaluating design and construction approaches against reliability, uptime, and scalability standards required by hyperscale operators.
The consortium combines expertise in nuclear technology, regulatory strategy, cost modeling, and large-scale computing systems. As a result, energy production and digital infrastructure planning move forward together. Clayco connects the energy vision with structured campus development and delivery discipline.
Positioning Nuclear Energy for AI Growth
Deep Atomic is advancing what it calls an Integrated Energy model. Under this framework, nuclear generation directly supports AI data center operations. Consequently, operators would gain consistent and low-carbon power for compute-intensive environments.
William G. J. Theron, founder and CEO of Deep Atomic, said the consortium aims to accelerate deployment of advanced nuclear solutions tailored to next-generation computing. He added that the DOE proposal blends energy innovation with practical execution planning.
If federal regulators approve the project, it could mark a significant milestone. Specifically, it would link nuclear power development with the rapidly expanding demand for AI infrastructure in the United States.
