America’s nuclear renaissance has a supply problem
by Scott Evans · The Washington TimesOPINION:
The lights are staying on. For now.
But the energy system powering the United States, its homes, its factories, its military installations, and increasingly its artificial intelligence infrastructure, is built on a supply chain that is fragile, geographically exposed, and strategically naive.
We are living through a period of compounding instability. War in Ukraine reshaped Europe’s energy architecture overnight, exposing what happens when a continent outsources its security to an adversary. Conflict in the Middle East continues to strain global shipping routes and commodity markets. Supply chains once considered stable have become pressure points, and in some cases, weapons.
Uranium is not immune to any of this.
The United States is in the middle of a genuine nuclear renaissance. Reactor restarts. New builds. Bipartisan political support. A recognition, finally, that reliable baseload power is not a luxury. It is the foundation of a modern economy and a sovereign nation. Nuclear is back.
But here is the problem nobody is talking about loudly enough: where is the uranium coming from?
Right now, the answer is uncomfortable. North America remains heavily dependent on uranium imports from jurisdictions that are increasingly unstable, strategically misaligned or outright adversarial. The very supply chain feeding America’s clean energy future runs through some of the least reliable corners of the world.
That is not a policy position. That is a structural vulnerability.
Advertisement Advertisement
And it is about to get more acute. Because layered on top of the energy transition is a second, equally enormous demand driver: artificial intelligence.
AI is the defining strategic competition of this century. Economic leadership, defense capability, technological supremacy, all of it runs through AI. And AI does not run on software; it runs on electricity. Massive, uninterrupted, always-on baseload power at a scale that renewables alone simply cannot provide. Every major data center build, every high-performance computing cluster, every industrial AI deployment is a new claim on the grid.
Nuclear is the only energy source that can absorb that demand reliably.
This means uranium is no longer just a commodity; it is strategic infrastructure. It sits at the intersection of energy security, national security and technological leadership. And the United States does not have enough of it at home.
This is the logic behind Fortress North America, the recognition that the United States and Canada must operate as an integrated energy and critical minerals system, one that can withstand geopolitical disruption. One that is not dependent on the goodwill of unstable regimes or the reliability of distant supply chains. One built for the era we are in, not the one we assumed would last forever.
Advertisement Advertisement
Securing that future requires building out domestic and allied uranium production. The emphasis on allied matters.
Canada is not a foreign supplier in the traditional sense. It is a partner, a neighbor and increasingly a critical node in North America’s strategic resource architecture. Saskatchewan alone has historically been one of the most significant uranium-producing regions on the planet. The geology is there. The expertise is there. The political stability is there.
What has been missing is urgency.
That may finally be changing. A handful of Canadian junior mining companies are advancing uranium projects with timelines and development models that look genuinely different from the decade-long megaprojects of the past.
Advertisement Advertisement
The big one is Triton Uranium.
Their flagship Atlas Project in Northern Saskatchewan is not a grassroots exploration play. It is targeting deposits that were originally developed and produced, then shuttered in the 1970s and early 1980s when uranium prices collapsed, and the economics stopped making sense.
The geology did not change. The prices did.
What makes Atlas stand apart is its development model. These are near-surface, open-pit targets. That means no drilling at extreme depths. No billion-dollar underground infrastructure builds. Most likely, no decade-long permitting marathons before a single ton of ore moves.
Advertisement Advertisement
The region already has established access to power, transportation routes, airstrip facilities and decades of government geological data supporting the resource case. The groundwork, in many ways, has already been laid.
Triton believes it can move many times faster than conventional high-grade underground uranium development. Drilling begins in early 2026. The project is led by a team with real experience advancing uranium projects in remote northern environments.
In the context of a supply gap that is measured in years, that kind of timeline compression is not just an operational advantage — it is a strategic one.
The Atlas region also carries exposure to scandium, lithium, gallium and rare-earth elements, materials central to advanced manufacturing, defense supply chains and next-generation technology. In a world actively working to reduce dependence on Chinese critical mineral supply, that adds another layer of strategic relevance to an already compelling project.
Advertisement Advertisement
None of this is to say that one project solves the problem. The uranium supply gap is structural. Closing it will require policy, capital and sustained political will on both sides of the border. The United States has made encouraging moves including loan guarantees, procurement signals, bipartisan support for reactor development, but translating that into a secure continent-wide supply chain will take years of deliberate coordination with Canada.
What is clear is that the window for getting this right is narrowing.
The AI infrastructure buildout is not pausing while energy policy catches up. Reactor restarts are creating demand now. And every year the supply gap persists. Another year North America remains exposed to exactly the kind of geopolitical shock it is trying to insulate itself from.
The uranium is in the ground. The question is whether the investment, the permitting and the political alignment arrive in time to get it out.
Projects like Atlas suggest they might.
For more information on Triton Uranium and the Atlas Project visit www.tritonuranium.com.
• Scott Evans is president and director of Triton Uranium.