Utah State University has entered a formal research partnership with the Idaho National Laboratory, aiming to bolster academic contributions toward the state’s aggressive energy expansion goals. As first reported by ans.org, the memorandum of understanding was signed on May 11 between USU and Battelle Energy Alliance, the management and operating contractor for INL.
The agreement, titled Strategic Understanding for Premier Education and Research (SUPER), is designed to deepen existing collaborations while establishing new frameworks for joint inquiry. According to the source material, SUPER documents occupy a middle ground in legal standing—they are less formal than binding contracts but carry more weight than informal handshakes. This structure allows both institutions to coordinate efforts on complex technical challenges without the rigid procurement processes often associated with federal laboratory work.
Aligning With State Energy Targets
The timing of the agreement aligns with broader legislative ambitions in Utah, where officials have set a target to double the state’s energy-generating capacity by 2035. Plans include the development of a nuclear facility in northern Utah, making academic support for nuclear science and engineering increasingly relevant.
Brad L. Mortensen, president of Utah State University, emphasized the strategic value of the partnership. “The partnership through SUPER places Utah State at the forefront of discovery for meeting Utah’s energy needs,” Mortensen told the American Nuclear Society.
Todd Combs, deputy lab director at INL, noted that the agreement represents a significant milestone in the laboratory’s ongoing efforts to engage with higher education institutions across the region.
Expanding Research Scope
The collaboration will cover a wide array of technical disciplines. Key research areas include nuclear material recycling, product separation techniques, and advanced waste monitoring systems. The partnership also addresses radiation detection capabilities and the development of robust energy storage solutions.
Beyond traditional nuclear engineering, the agreement extends to environmental modeling and engineering. Researchers from both institutions will work together on tools for critical minerals extraction and processing—a sector gaining prominence as supply chain resilience becomes a national priority. Additionally, the partnership includes initiatives focused on automation, control systems, and cybersecurity for machinery and vehicles, reflecting the increasing digitization of industrial infrastructure.
INL and USU plan to host joint workshops and conferences to facilitate knowledge exchange. A new joint appointment program will also be established, allowing faculty and researchers to hold dual affiliations, thereby strengthening the pipeline between academic theory and applied laboratory research.
Growing Academic Network
Utah State University becomes the third university in Utah to sign a SUPER agreement with INL. It joins Brigham Young University and the University of Utah in this network of state-based academic partners. Nationally, USU is one of 13 universities currently holding such agreements with the Idaho-based laboratory.
The expansion of these partnerships follows similar moves by other institutions, including the Missouri University of Science and Technology, which entered a SUPER agreement with INL last year. This trend underscores the growing reliance on university partnerships to support national energy security and technological innovation.
For Bonneville County residents, the strengthening of ties between Utah’s academic institutions and INL highlights the laboratory’s expanding role as a regional hub for nuclear science. As INL begins fabrication for its Holtec Small Reactor Test Facility, collaborations like this one may provide additional workforce development opportunities and research synergies that benefit the broader Intermountain West.
The agreement does not specify immediate funding amounts or project timelines, focusing instead on establishing a framework for future cooperation. As Utah moves toward its 2035 energy goals, the integration of academic resources with federal laboratory capabilities will likely play a central role in achieving those targets.