Deep Atomic Consortium

Clayco is providing construction and development support to Deep Atomic Consortium with Department of Energy submissions for a nuclear-powered AI data center campus located in the United States. The specific megawatt capacity, square footage, and total project cost have not been disclosed in available documentation. Deep Atomic Consortium is currently in the DOE submission and regulatory approval phase, with physical site selection and detailed engineering design expected to follow pending government feedback. This project is notable because it represents one of the first coordinated efforts to combine nuclear power generation with AI data center infrastructure at a campus scale, diverging from the conventional grid-connected model that dominates the industry. Vendors and contractors targeting this opportunity must develop expertise in nuclear facility integration, DOE compliance pathways, and AI workload infrastructure, as traditional data center procurement processes will not apply to this precedent-setting development.

Clayco is supporting a Department of Energy proposal for the development of a nuclear-powered data center campus across the United States. The specific megawatt capacity, square footage, and total project cost have not been disclosed in the proposal stage. Clayco's involvement indicates the project is in early conceptual and advocacy phases, with detailed engineering and site selection expected to follow DOE approval. Nuclear-powered data centers represent an emerging category in the market, as most hyperscale facilities rely on grid power or renewable energy sources, making this proposal distinctive for its energy infrastructure approach. Vendors and contractors pursuing this opportunity must develop specialized expertise in nuclear facility integration, radiation safety compliance, and remote power generation systems to compete effectively as the project advances through DOE gates.

Clayco is supporting the Deep Atomic Consortium with Department of Energy submissions for a nuclear-powered AI data center campus located in the United States. The specific megawatt capacity, square footage, and total project cost have not been disclosed in available documentation. The project remains in the pre-development phase, with DOE submissions currently underway to secure federal support and regulatory approval before construction can commence. This initiative represents an unusual convergence of three infrastructure trends—hyperscale AI compute, small modular reactor deployment, and federal energy policy alignment—that has rarely materialized at campus scale. Vendors and contractors pursuing this opportunity should immediately establish relationships with both Clayco and Deep Atomic Consortium leadership, as selection decisions for major equipment and construction contracts will likely occur within 12 to 18 months following DOE approval.

Clayco has been awarded as the general contractor for Deep Atomic Consortium's proposed nuclear-powered data center campus in the United States, marking a strategic partnership between a major construction firm and an emerging nuclear energy-focused developer. While specific capacity and contract value details remain undisclosed, the project represents Clayco's entry into the nascent nuclear-powered data center segment, a category that currently represents less than 1% of total U.S. data center power sourcing but is attracting accelerating interest from hyperscalers seeking emissions-free infrastructure. This award signals that nuclear-powered data centers have progressed from concept to active development stage, with established GCs now committing resources and reputation to projects that were speculative 18 months ago. The partnership is notable because Clayco's involvement suggests the project has cleared preliminary feasibility hurdles and secured sufficient backing to justify GC-level commitment, typically a prerequisite for permit advancement and financing close. For vendors and BD teams, this validates nuclear power as a legitimate differentiation vector for data center development, warranting dedicated go-to-market strategies around advanced cooling, modular design, and regulatory compliance capabilities specific to nuclear-adjacent infrastructure.