Across all energy sectors, including nuclear, there are growing efforts to convert the momentum built through executing technology. How quickly can an area convert technical knowledge into a facility, a supply chain, and operational reliability? Typically, the key to achieving this will be by connecting research, industry, and education as one integrated entity to allow for the rapid transfer of concepts to the implementation stage without losing valuable time and talent.
Why “campus” models are taking off across sectors
There is a growing amount of momentum throughout the entire energy sector as a result of executing on momentum; how quickly an area can translate technical know-how into facilities, supply chain networks, and operational reliability.
The most common determining factor for this is the ability to combine research, industry, and education in the same delivery process, which allows for transitioning new ideas from concept to deployment without wasting both time and talent.
Resilience is another factor driving campus models. The concentration of expertise and resources can lead to standardized processes, improved safety cultures, and shorter learning curves for new technologies. Moreover, the location provides a focal point to facilitate the coordination of permitting readiness, vendor capability, and long-term talent pipelines.
U.S. DoE calls for more information on host locations and activities
On January 28, 2026, the U.S. Department of Energy (DOE) published a Request for Information (RFI), soliciting expressions of interest from U.S. states to potentially participate in a Nuclear Lifecycle Innovation Campus program. The Department of Energy stated that the proposed campuses may support a variety of activities across the full nuclear fuel cycle, including fuel fabrication, enrichment, processing of spent nuclear fuel, and disposal of nuclear waste.
Depending on the priorities of each state and/or regional capabilities, the campuses may also include the deployment of advanced reactors, electric power generation, advanced manufacturing, and co-located data centers.
Instead of identifying locations before the campuses are developed, the Department of Energy is asking states to submit statements of interest and comments regarding the proposed structure of the campuses. Each statement of interest should include state priorities (for example, workforce development, infrastructure investment, economic diversification, etc.) and a description of the type(s) of activities the state plans to host at the campus site.
What are the bids expected to look like, and what happens next?
In addition to state priorities and descriptions of campus activities, the DOE is also requesting that states identify funding mechanisms, risk-sharing mechanisms, incentives, and federal partnership requirements necessary to develop and maintain a full-cycle campus. The Department’s request indicates that bids will be evaluated based on technical merit as well as a viable delivery model and the likelihood of sustaining the campus over the long-term.
As such, the Department of Energy has set a specific timeline for submissions. Responses to the RFI are due no later than April 1, 2026. Following the submission deadline, the DOE will evaluate the interest expressed by states, compare the relative strengths of each region, and determine what a subsequent phase of the initiative may look like as the program evolves. For states, the initial responsibility is to develop an integrated plan that links industrial capability directly to training capacity.
This plan must also explain how government agencies and the private sector will work together to support the campus. For local communities, the campus model can serve as a focal point for apprenticeships, supplier development, and university partnerships. These elements help create a sustainable and repeatable pipeline of projects, rather than a one-time effort. Decisions made by states and regions today will affect their ability to support the industrial capacity needed for advanced nuclear in the years ahead.
