NANO Nuclear Energy Inc. and the University of Illinois Urbana-Champaign have formalized plans to advance an on-campus nuclear energy project through a newly signed memorandum of understanding aimed at developing, constructing, and operating a KRONOS MMR™ micro modular reactor at the university.
The agreement builds on an existing research collaboration between the two organizations that has already supported the design and regulatory licensing efforts for the KRONOS MMR™ prototype. Under the new MOU, the partners outlined next steps related to construction sequencing, ownership structure, and long-term operational responsibilities, positioning the project as a research-driven energy facility within the university environment.
The KRONOS MMR™ is a high-temperature, gas-cooled microreactor that uses helium coolant and TRISO particle fuel, a configuration designed to enhance safety and efficiency. Its modular architecture allows for scalable power output, flexible deployment, and simplified integration into institutional or remote energy systems.
.jpg)
Once completed, the reactor will serve as a research and data-collection platform, supporting academic instruction, applied nuclear engineering studies, and broader state-level energy analysis. The university is expected to assume operational responsibility for the facility, using the system to inform education, workforce development, and policy planning.
Jay Yu, founder and chairman of NANO Nuclear, said the partnership will help advance the reactor toward construction, testing, regulatory licensing, and deployment. University officials said the project will provide valuable experience and data for students and researchers in nuclear engineering.
Beyond its academic value, the project aligns with Illinois’ carbon-reduction objectives outlined in the state’s Climate and Equitable Jobs Act, reinforcing the role of advanced nuclear technologies in achieving long-term emissions goals while supporting grid reliability.
The collaboration establishes joint steering committees focused on technical coordination, safety compliance, construction scheduling, and long-term operations. As part of the broader initiative, NANO Nuclear also plans to expand its Oak Brook development facility, adding engineering staff to support continued advancement of the KRONOS MMR™ program.
If realized as planned, the campus-based microreactor would position the University of Illinois Urbana-Champaign as a national center for next-generation nuclear research, while offering a real-world demonstration of microreactor technology in an academic setting.
Originally reported by Chicago Construction News staff Writer in Chicago Construction News.
.png)
