NANO Nuclear Becomes Revenue-Generating Company

NANO Nuclear Energy just acquired Secured Transportation Services — a nuclear logistics firm specializing in secure transport of radioactive and nuclear materials — for $13 million, according to ZeroHedge's reporting. The acquired company turned a profit of $1.3 million in the twelve months ended December 31, 2025.

That's a 10x earnings multiple on a profitable, operational business with regulatory infrastructure already in place.

As NANO founder and Chairman Jay Yu put it: "NNE goes from pre-revenue to revenue generating overnight."

The strategic logic is straightforward. You can build the best microreactor in the world. If you can't move nuclear fuel safely and legally, it sits in a warehouse. Secured transportation of nuclear materials requires specialized licensing, trained personnel, and regulatory relationships that take years to build. NANO just bought all of that.

Filling a Critical Gap

The deal plugs a gap in NANO's full-stack nuclear platform — portable microreactors, advanced fuel fabrication, and now logistics. Secure transport of fuel and components to deployment sites, including AI data centers and remote industrial locations, is essential for scaling.

The company also recently received acceptance and docketing of its construction permit for the Kronos project in Illinois — a first-of-a-kind microreactor deployment.

Mainstream financial media has largely focused on big players — Constellation, Vistra, NuScale. The smaller companies assembling the infrastructure layer have received less coverage.

ASP Isotopes Restarts Silicon-28 Facility

ASP Isotopes restarted the first 18 stages of its Pretoria, South Africa Silicon-28 enrichment facility and ran them for over three weeks at target enrichment levels, according to ZeroHedge. Commercial shipments to U.S. customers are locked in for Q3 2026. Three commercial contracts with American buyers are already signed.

Shares jumped over 25% in early trading, hitting their highest levels since January.

The restart followed nine months of engineering work on non-core components. Samples shipped to a U.S. customer last August already confirmed enrichment performance matched theoretical models.

Silicon-28 Applications

Silicon-28 is positioned at the intersection of two major technology races.

In quantum computing, enriched Silicon-28 dramatically extends qubit coherence times by reducing nuclear spin noise. Every major quantum hardware program is hunting for materials that let qubits hold their state longer.

In conventional semiconductors, Silicon-28's superior thermal conductivity improves heat dissipation and device reliability. As chip densities increase, heat management becomes a hard physical constraint.

Stefano Marani, President of ASP Isotopes' Electronics and Space division, noted the company has "seen considerable interest in many isotopes to enable next-generation technologies."

ASP is also pursuing isotopes for healthcare applications — Molybdenum-100, Zinc-68, Ytterbium-176 among others — plus helium production through its acquisition of Renergen, which holds a project in South Africa.

Access Issues with Financial Media

Bloomberg had two relevant stories — one on the U.S. providing weapons-grade plutonium to fuel commercial nuclear plants, and another on Jefferies reporting increased investor "nuclear exposure" in ESG portfolios. Both were paywalled and inaccessible for this report.

Two outlets with potentially significant nuclear policy and investment data locked the content behind subscriptions. If Bloomberg is reporting that weapons-grade plutonium is being repurposed for commercial reactors, that's a major policy development that deserves full treatment once sourcing is accessible.

The combination of government-level fuel sourcing moves and private-sector supply chain assembly happening simultaneously reflects a coordinated industrial buildout.

Supply Chain Assembly

The big outlets cover nuclear through the lens of utility-scale reactors and multi-billion-dollar government contracts.

The actual supply chain — secure transport, isotope enrichment, fuel fabrication, microreactor logistics — is being assembled by smaller companies most retail investors and policy reporters have not heard of.

When the first AI data center goes nuclear-powered, it will run on the infrastructure these companies are building.