NANO Nuclear Energy signs $13.5 million deal to acquire NRC-licensed nuclear fuel processing assets in New Mexico
NANO Nuclear Energy Inc. announced on October 1, 2026, that it signed a definitive agreement to acquire NRC-licensed nuclear fuel processing assets in Lea County, New Mexico — a deal valued at $13.5 million in cash and stock. The seller is Radnostix, Inc., formerly known as International Isotopes Inc.
If completed, the transaction would give NANO Nuclear ownership of one of only ten NRC-licensed fuel cycle facilities in the United States.
NANO Nuclear signs deal to acquire NRC-licensed fuel assets
The deal brings together NANO Nuclear Energy Inc. and its wholly owned subsidiary, HALEU Energy Fuel Inc., on one side, and Radnostix, Inc. — along with its subsidiary International Isotopes Fluorine Products, Inc. — on the other. Both parties signed the definitive asset purchase agreement on October 1, 2026.
For reasons not detailed in the announcement, construction never proceeded, leaving the license and associated technical work dormant until this deal came along.
The $13.5 million breaks down into two parts: $9.5 million in cash and $4 million in NANO Nuclear common stock, both payable at closing.
So what does NANO Nuclear actually get? The package includes the NRC license itself, patented technology, engineering and safety analyses, regulatory and permitting materials, equipment, and historical project development records tied to a previously planned facility in Lea County, New Mexico.
Closing is expected within 90 to 120 days, though it remains subject to NRC consent on the license transfer, approvals from New Mexico officials, satisfactory site arrangements, and other standard closing conditions.
Why NANO Nuclear pursued an existing licensed facility
The NRC license was originally issued to construct and operate a depleted uranium hexafluoride (DUF6) deconversion and fluorine extraction facility — one that was never built. That makes this an unusual asset: fully licensed, never put into operation.
That history is part of what makes it attractive. Acquiring an existing license is expected to offer a faster regulatory pathway than applying for a new site license from scratch, which means years of additional review, documentation, and regulatory back-and-forth. This deal skips a lot of that.
The licensing basis adds another layer of strategic value. The site is licensed under 10 CFR Part 40, but the NRC required its development to also meet applicable requirements of Subpart H of 10 CFR Part 70. NANO Nuclear believes that a dual-framework foundation could streamline future license amendments if it wants to add fuel cycle processes requiring authorization under 10 CFR Part 70. Beyond the license itself, the company also gains years of accumulated engineering, safety, and permitting documentation — work that would otherwise take significant time and resources to recreate.
Potential effects on NANO Nuclear’s fuel cycle strategy
Once the license transfers, NANO Nuclear would own one of only ten NRC-licensed fuel cycle facilities in the United States. That’s a short list, and being on it carries real strategic weight.
From that platform, the company could pursue DUF6 deconversion, additional fuel cycle processes, or collaborations with strategic industry partners. No single path has been committed to yet — and that flexibility looks intentional.
The acquisition fits into NANO Nuclear’s broader ambition to build a vertically integrated nuclear energy and fuel platform. Completed, it would extend the company’s potential capabilities across uranium conversion, enrichment, deconversion, transportation, and eventually reactor deployment. That said, no final investment decision has been made. Any future development depends on technical, commercial, financing, and regulatory factors still being evaluated, and post-closing, NANO Nuclear plans to keep assessing its options before locking in a specific development strategy.
Background: NANO Nuclear and the U.S. nuclear fuel cycle landscape
NANO Nuclear Energy is listed on NASDAQ and describes itself as an advanced nuclear energy and technology company. Its focus spans microreactor development, nuclear fuel cycle capabilities, and nuclear transportation solutions.
The scarcity of NRC-licensed fuel cycle facilities in the U.S. is worth underscoring. Only ten currently exist nationwide — and licensed sites don’t come easy. The regulatory process is lengthy, technically demanding, and expensive, which makes existing licensed assets rare and strategically significant, especially as domestic nuclear energy policy has increasingly emphasized supply chain resilience.
U.S. policy has pushed in recent years toward reducing dependence on foreign uranium processing. An NRC-licensed facility on American soil, even one that was never built, represents a meaningful piece of that domestic infrastructure puzzle. As for the seller, Radnostix — formerly International Isotopes Inc. — had originally planned the New Mexico facility through its subsidiary International Isotopes Fluorine Products, Inc. For reasons not detailed in the announcement, construction never proceeded, leaving the license and associated technical work dormant until this deal came along.
What this transaction means for NANO Nuclear going forward
At its core, this deal is about acquiring optionality. NANO Nuclear Energy isn’t committing to build a specific facility on a fixed timeline — it’s purchasing a licensed position and the flexibility to decide later how best to use it.
The $13.5 million price tag buys the company an NRC license, a substantial body of regulatory and technical work, patented technology, and a seat at a very small table of licensed U.S. fuel cycle operators. Whether NANO Nuclear develops the New Mexico site independently, partners with other fuel processing companies, or uses the regulatory foundation to inform projects elsewhere, the asset expands what’s possible in ways the company didn’t have before.
Closing remains contingent on regulatory approvals. Until the NRC formally consents to the license transfer and other conditions are satisfied, the deal isn’t final.
Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.
