Big tech companies are spending more than ever on AI infrastructure, and that spending surge is creating a long-term opportunity for an overlooked industry: uranium mining. Google, Amazon, and Meta have all raised their capital expenditure forecasts in 2026, signaling that the AI investment frenzy shows no signs of slowing. But while everyone watches the chip makers and cooling companies, a less obvious beneficiary is emerging: companies that supply the uranium fuel powering the nuclear reactors increasingly needed to keep data centers running.

The numbers tell the story. Alphabet raised its 2026 capital expenditure guidance from $180-190 billion to $195-205 billion. Amazon bumped its forecast from $200 billion to $220 billion. Meta is raising additional funds through debt issuance to boost AI spending. These aren't marginal increases; they represent a fundamental commitment to building more AI infrastructure, which means more electricity demand.

Why Nuclear Power Is Becoming Essential for AI Data Centers?

Data centers consume enormous amounts of electricity, and the problem is getting worse. On-site power generation using natural gas turbines has become popular, but it's not a sustainable long-term solution. Natural gas is a fossil fuel, and relying on it to power data centers would pump up commodity prices and lock companies into higher operating costs over time. Nuclear power, by contrast, offers reliable, carbon-free electricity at scale.

The shift is already happening. In late 2024, Microsoft and Constellation Energy announced plans to restart an idle nuclear reactor at Pennsylvania's Three Mile Island specifically to power one of Microsoft's data centers. Vistra, another major utility, is working directly with Amazon and Meta to provide nuclear power to their AI facilities. These aren't hypothetical partnerships; they're real commitments that demonstrate how seriously tech companies are taking nuclear as a solution.

The World Nuclear Association projects that global nuclear capacity could double or even triple between now and 2050. Goldman Sachs predicts the current global count of roughly 440 reactors could reach 500 by 2030, with another 400-plus already proposed or planned. Almost all of these reactors will run on uranium-235, the fuel that starts its journey at mines operated by companies like Cameco.

How Uranium Miners Benefit From AI's Power Demands

• Direct Fuel Supply: Cameco sold 33 million pounds of triuranium octoxide, commonly called yellowcake uranium, last year, the enriched fuel required by most nuclear reactors worldwide.
• Reactor Manufacturing: Cameco owns a 49% stake in Westinghouse Electric, which manufactures and services nuclear reactors across more than 90 facilities in 21 countries, giving the company an indirect foothold in reactor deployment.
• Long-Term Growth Runway: With hundreds of new reactors planned globally and existing reactors being relicensed for longer lifespans, uranium demand is expected to grow steadily for decades.

Cameco is not the largest uranium producer globally; that distinction belongs to Kazakhstan's Kazatomprom. But Cameco is critical to North America's nuclear industry and a major player in the global market. Last year, the company turned $3.5 billion in revenue into $627 million in adjusted net earnings, a significant jump from 2024 figures.

The catch is timing. Building a new nuclear power plant takes years, sometimes a decade or more. AI data centers need more electricity right now. Companies like GE Vernova, which manufactures natural gas turbines that can power entire data centers, are better positioned to meet immediate demand. But that's a short-term advantage. Natural gas turbines are a stopgap, not a permanent solution.

"Most people never get to see all the pieces of the nuclear ecosystem connected in one place. Fuel, technology, capital, infrastructure, workforce and stewardship all have to come together. That's the power of this Forum," said Scott Lopez, Founder and CEO of the New Mexico Nuclear Alliance.

Scott Lopez, Founder and CEO of the New Mexico Nuclear Alliance

The broader nuclear ecosystem is strengthening. On August 25, 2026, the inaugural Los Alamos Nuclear Forum will bring together innovators, national laboratories, industry leaders, and government officials to showcase New Mexico's nuclear innovation ecosystem. The event will feature presentations on fusion, nuclear medicine, space nuclear technology, uranium fuel cycles, and advanced reactors, all focused on moving nuclear technology toward real-world deployment.

The forum's agenda signals how interconnected the nuclear future has become. Chris Stanek, Director of Nuclear Energy Programs at Los Alamos National Laboratory, will open with a presentation titled "Powering America's Next Industrial Era," explicitly connecting AI, data centers, industrial reshoring, and growing demand for reliable 24/7 power. This framing shows that nuclear energy is no longer just about electricity generation; it's about enabling the infrastructure that powers the next wave of American industry.

What Makes Uranium a Long-Term Winner Despite Short-Term Weakness?

Cameco's stock performance this year has been lackluster, which might seem like a red flag. But analysts remain bullish. Most members of the analyst community rate the stock a strong buy, with an average price target of $125.25, nearly 30% above current levels. The weakness creates an opportunity for long-term investors willing to wait for the second act of the nuclear story to play out.

The key insight is that nuclear power plants built decades ago are still functioning well beyond their original design lifespans. The U.S. Nuclear Regulatory Commission reports that some facilities initially licensed for 40 years could last 80 years. Newer designs and materials promise even longer operational lives. This means existing reactors can be relicensed and expanded, and new ones will be built to meet AI's insatiable appetite for electricity.

Technology companies and utilities are moving beyond traditional customer-provider relationships to form true partnerships. These partnerships signal a fundamental shift in how power infrastructure will be built and operated in the AI era. Instead of utilities building reactors and selling power to whoever needs it, tech companies are investing directly in nuclear facilities designed to power their own operations. This model creates long-term demand certainty for uranium fuel.

The story of uranium and AI data centers is not about quick gains. It's about recognizing that the infrastructure powering artificial intelligence requires reliable, scalable electricity sources. Nuclear power is the only proven technology that can deliver that at the scale and reliability AI demands. And uranium miners like Cameco are the essential link in that supply chain. While the initial excitement around AI and nuclear may have faded from stock prices, the fundamental demand drivers are only getting stronger.