By Charles Pitts
Big Tech is doing something it’s never done before: negotiating long-term uranium supply agreements directly with mining companies.
Meta, Amazon Web Services, Microsoft, Alphabet, and Oracle have all announced nuclear-related initiatives over the past 18 months. Not power purchase agreements with utilities. Not renewable energy credits. Direct conversations with uranium producers about securing fuel supply for reactors that will power their AI data centers.
This isn’t speculation. This is happening right now.
The AI Power Problem Nobody Saw Coming
The numbers are brutal. A single AI-optimized data center can consume 100 to 300 megawatts of continuous baseload power. That’s roughly the electricity demand of a city of 100,000 people. Per facility.
And hyperscalers aren’t building one or two of these facilities. They’re building dozens. Microsoft alone is planning to add 10.5 gigawatts of data center capacity by 2030. Meta, Google, and Amazon are racing at similar scales.
Solar and wind can’t solve this. AI infrastructure needs power 24/7/365. Not when the sun shines or the wind blows. Not with battery backup for a few hours. Continuous, reliable, zero-carbon baseload power.
There are only two technologies that deliver that at scale: hydroelectric (which is geographically constrained and largely tapped out) and nuclear.
Nuclear it is.
Welcome to the Second Nuclear Renaissance
The phrase “second nuclear renaissance” is getting thrown around in investor decks and earnings calls. It’s not marketing hype.
Global nuclear capacity needs to triple by 2050 to meet net-zero commitments, according to agreements reached at COP28. The World Nuclear Association put an even sharper point on it: annual uranium production would need to increase more than fourfold to fuel that expansion.
The first nuclear renaissance: the build-out of the 1970s and 1980s: was driven by energy security and electrification. This one is being driven by artificial intelligence and corporate carbon commitments.
The strategic calculus isn’t subtle. Tech companies are under regulatory and shareholder pressure to maintain net-zero operations. They’re simultaneously pouring hundreds of billions into AI infrastructure that demands massive amounts of electricity. Those two clocks have to sync.
So they’re going upstream. Way upstream.
Why Tech Companies Are Bypassing Utilities
Traditionally, data center operators sign power purchase agreements with utilities. The utility figures out how to generate the electricity. Tech companies pay the bill.
That model is breaking down. Utilities can’t build nuclear capacity fast enough to meet demand. Reactor construction timelines stretch 7 to 10 years. Grid interconnection queues are backed up for years. And financing nuclear projects is complex and capital-intensive.
Tech companies are realizing they need to de-risk the entire supply chain: from uranium extraction to reactor fuel fabrication: to ensure their data centers don’t go dark.
According to Leigh Curyer, CEO of NexGen Energy, “These tech companies, they’re under an obligation to ensure the hundreds of billions that they are investing in the data centres are going to be powered.”
It’s the same playbook automakers used a decade ago when they started locking up lithium supply for EV batteries. Secure the critical input. Control your destiny.
The Uranium Supply Bottleneck
The uranium market is tight. Exceptionally tight.
Two companies: Kazatomprom (Kazakhstan) and Cameco (Canada): control approximately 86% of global primary uranium production. That’s a concentrated market by any standard.
Current annual production sits around 140 million pounds of U3O8. To fuel the tripling of nuclear capacity contemplated in net-zero scenarios, that number needs to hit 600 million pounds or more.
Production from new mining projects is expected to ramp meaningfully after 2028. But there’s a gap between now and then. A big one.
Emerging producers like NexGen Energy, Denison Mines, and Energy Fuels are racing to bring new supply online. But permitting, financing, and construction take time. Years, not months.
Data center operators see this bottleneck coming. They’re moving early to lock in supply commitments with producers who can actually deliver uranium at scale in the 2030s.
How the Deals Are Structured
These aren’t equity investments. Tech companies aren’t buying stakes in uranium miners. They’re hammering out long-term offtake agreements: contracts that guarantee they’ll purchase a certain volume of uranium at market prices once the mine is in production.
This structure solves problems for both sides.
For tech companies: it secures future supply without taking on the operational risk of running a uranium mine. They get certainty on volume. Pricing stays indexed to market rates at delivery, so they’re not locked into today’s prices.
For uranium developers: it provides revenue visibility that unlocks project financing. Banks and investors are far more willing to fund a mine with committed offtake agreements than one relying on spot market sales.
NexGen Energy’s Rook 1 project in Saskatchewan is a case study. The project is expected to produce 28 to 30 million pounds of U3O8 annually once it reaches full capacity: enough to supply more than 20% of global uranium demand. Production is slated to begin in 2030.
NexGen is in active discussions with multiple hyperscalers about long-term supply agreements. Those conversations are advanced. They involve specific tonnages, delivery schedules, and pricing mechanisms.
This is project finance meeting Big Tech procurement. It’s unprecedented.
Kazatomprom, Denison, and Sector Momentum
Kazatomprom remains the 800-pound gorilla. As the world’s largest uranium producer, it controls roughly 40% of global primary production. The company has been operating under production restrictions since 2018 to avoid flooding the market. Those restrictions are gradually being lifted as demand strengthens.
Denison Mines, a Canadian developer, has been positioning itself as a pure-play uranium investment thesis. Its Wheeler River project in Saskatchewan is progressing through permitting. The company recently outlined plans to begin construction in 2027, targeting first production in the early 2030s.
Both companies are seeing renewed interest from institutional investors and strategic buyers. Uranium equities have become one of the few mining subsectors attracting genuine growth capital in 2026.
The sector momentum is real. Uranium spot prices have moved from $40 per pound in 2020 to north of $90 per pound as of early 2026. Term contract prices (the long-term agreements utilities and now tech companies sign) are following suit.
Supply discipline from incumbents, reactor restarts in Japan and Europe, and new AI-driven demand are all converging at once.
What This Means for the Uranium Market
Big Tech entering the uranium supply chain changes the market structure in three ways.
First, it introduces a new category of buyer with deep pockets and long time horizons. Tech companies can commit to 10- or 20-year offtake agreements because they’re planning data center infrastructure on those timelines. That’s longer than most utilities think.
Second, it validates uranium as a critical material for the digital economy: not just the energy sector. That brings ESG-focused investors back into the space. Uranium has been a contentious asset class for years due to nuclear waste and safety concerns. Framing it as essential to AI infrastructure and carbon reduction shifts the narrative.
Third, it accelerates project financing for new mines. Developers who can secure offtake commitments with creditworthy counterparties (like Amazon or Microsoft) suddenly become bankable projects. That unlocks billions in development capital that’s been sitting on the sidelines.
The implications ripple across the mining and energy sectors. Uranium is no longer a niche commodity traded by utilities and fuel fabricators. It’s becoming a strategic input for the global technology infrastructure.
For context, similar supply dynamics are playing out in copper, where AI data centers are driving demand beyond what mines can produce.
The Clock Is Ticking
NexGen expects to reach a construction decision on Rook 1 in 2026. Denison is on a parallel timeline with Wheeler River. Energy Fuels is expanding production at its White Mesa Mill in Utah.
But even if every project currently in development hits its timeline: and they won’t all: the uranium market will be supply-constrained through the early 2030s.
That’s why tech companies are negotiating now. They know the lead times. They know the bottlenecks. And they know that waiting until 2028 or 2029 to secure uranium supply means their data centers could be power-constrained when they need to scale most.
The nuclear bet isn’t a hedge. It’s the only path forward that meets their operational and environmental requirements at the scale they’re planning.
Uranium producers are about to become critical partners in the AI economy. That’s not a sentence anyone would have written five years ago.
But it’s the reality in 2026. The second nuclear renaissance is here. And it’s being financed, in part, by the companies building the infrastructure for artificial intelligence.
Charles Pitts is CEO of SMR OPS 100K and covers critical minerals, energy transition metals, and mining sector analysis at skillings.net.
