
NANO Nuclear Energy (NASDAQ: NNE) announced this morning a new agreement with South Korea's Hyundai Engineering to help advance the development and eventual commercialization of its KRONOS microreactor technology.
The agreement initially focuses on NANO Nuclear's proposed reactor project at the University of Illinois Urbana-Champaign, where the company is working to deploy a small nuclear reactor capable of producing reliable electricity and heat.
Under the terms of the agreement, Hyundai Engineering could provide expertise in construction planning, equipment procurement, manufacturing, logistics, and supply-chain development. And there's a longer-term objective here, too.
NANO Nuclear wants to move beyond building individual demonstration reactors and establish the manufacturing infrastructure needed to produce and deploy multiple reactors commercially.
Hyundai could help bring KRONOS to market
NANO Nuclear's KRONOS is a high-temperature gas-cooled microreactor designed to provide dependable power without the enormous infrastructure required by conventional nuclear power plants. Potential applications include industrial facilities, remote communities, and other locations requiring reliable electricity and heat.
The two companies are also exploring potential cooperation on U.S. reactor-component manufacturing facilities, modular production lines, and future deployments.
Hyundai brings relevant experience. The company began working with Ultra Safe Nuclear Corporation and the Korea Atomic Energy Research Institute on high-temperature gas-cooled reactor technology in 2012.
NANO Nuclear acquired Ultra Safe Nuclear's microreactor technology in 2025, linking Hyundai's earlier work to the current KRONOS program.
The company does still need regulatory approvals, additional engineering work, and the funding necessary to bring its technology into commercial operation. But this agreement could certainly help the company address one of the biggest challenges facing advanced nuclear developers: turning promising reactor designs into commercially deployable products.








