Meta revives Illinois nuclear plant in latest Big Tech push for AI power

The deal preserves 1,100 local jobs at the Clinton plant that faced closure.
The hunger for computational power is outpacing the ability to offset that demand
Meta's carbon footprint has grown since 2019 despite net-zero commitments, revealing the scale of AI's energy appetite.
Mark

Why does Meta need so much power all of a sudden? What changed?

Mimi

Artificial intelligence. Training large language models and running inference at scale requires enormous computational capacity. Every query, every image generation, every model update demands electricity. Meta's data centers are running hotter than they ever have.

Mark

So they're turning to nuclear because it's clean?

Mimi

Partly. Nuclear produces no carbon during operation, which helps them hit their net-zero targets on paper. But it's also reliable baseload power—it runs constantly, unlike wind or solar. For AI workloads that never sleep, that's crucial.

Mark

But you mentioned Meta's emissions have actually grown. How does that work if they're buying clean power?

Mimi

The growth in AI demand is outpacing their ability to source clean energy. They're buying clean power, yes, but they're also building new data centers that require so much electricity that utilities are proposing new gas plants to support them. The math doesn't work yet.

Mark

Is nuclear the answer then?

Mimi

It's part of the answer, but it's not magic. Nuclear plants take years to build or restart. Meta is asking for 1,000 to 4,000 megawatts by the early 2030s. That's ambitious. And there's still the question of what happens to nuclear waste, which doesn't disappear just because the power is clean.

Mark

What about the people at Clinton?

Mimi

They get to keep their jobs. 1,100 of them. The plant was going to close. Now it's expanding. That's real for the community. But it's also a reminder that Meta's climate strategy is being built on the backs of local infrastructure and local decisions made decades ago.

Mark

So this is good news or bad news?

Mimi

It's both. The plant stays open. Jobs are saved. But it's a band-aid on a much larger problem: the technology industry has built a business model that demands more and more electricity, and it's scrambling to find ways to power it without looking like the villain.

  • The Clinton nuclear plant had been surviving on borrowed time since 2017, its closure a slow-moving certainty until Meta's investment gave it not just survival but a 30-megawatt expansion.
  • The urgency is industry-wide: Google, Microsoft, and Amazon are all scrambling for clean power as AI data centers consume electricity at a pace that is outrunning every net-zero pledge on paper.
  • Meta's own sustainability report quietly reveals the core tension—its carbon emissions have risen since 2019 even as it pursues a 2030 net-zero target, and a planned Louisiana data center may require three new natural gas plants to function.
  • The company has cast an extraordinary net, soliciting proposals for 1,000 to 4,000 megawatts of new nuclear capacity by the early 2030s, receiving over fifty responses and now narrowing to a shortlist.
  • For the moment, the Clinton plant stays open, 1,100 workers keep their jobs, and Meta secures a certified slice of carbon-free electricity—but whether these moves can close the gap between ambition and emissions remains unresolved.

In a move that speaks to the deepening entanglement of technological ambition and energy reality, Meta has entered a twenty-year agreement with Constellation Energy to sustain and expand a nuclear plant in Illinois that had long been edging toward obsolescence. The deal preserves 1,100 livelihoods and secures clean electricity for hundreds of thousands of homes, yet it arrives shadowed by a quiet contradiction: the very artificial intelligence driving this hunger for power has caused Meta's carbon footprint to grow, not shrink, since 2019. Across the technology industry, nuclear energy is being recast as both lifeline and absolution—a way to reconcile the immense electrical appetite of the AI era with pledges of climate responsibility that the numbers have not yet honored.

Meta has signed a twenty-year power purchase agreement with Constellation Energy to keep the Clinton Clean Energy Center in Illinois operational, marking the company's first nuclear energy deal and the latest sign that the technology industry is turning to atomic power to fuel its artificial intelligence ambitions. The plant had been financially precarious since 2017, kept alive only by a state tax credit for carbon-free energy that was nearing expiration. Meta's commitment not only secures the facility's future but funds a thirty-megawatt capacity expansion, bringing total output to 1,121 megawatts—enough to power roughly 800,000 homes and preserve 1,100 jobs in the surrounding region.

Rather than purchasing electricity directly, Meta is acquiring what the industry calls clean energy attributes—certificates representing the environmental value of carbon-free generation. The financial terms were not disclosed, but the investment is substantial enough to support operational upgrades, and Constellation has already applied to extend the plant's operating license through 2047.

The deal reflects a broader reckoning across Silicon Valley. Microsoft revived the shuttered Three Mile Island reactor in Pennsylvania through a similar arrangement with Constellation. Amazon and Google are backing next-generation reactor development. Meta has gone further than most, issuing a sweeping request for proposals seeking between 1,000 and 4,000 megawatts of new nuclear capacity in the United States by the early 2030s—drawing more than fifty responses and now entering final negotiations with a shortlist of candidates.

Yet the strategy carries an uncomfortable irony. Meta's own sustainability disclosures show its carbon footprint has grown since 2019, even as the company pursues net-zero emissions by 2030. The same trend holds for Google and Microsoft. AI's appetite for electricity is expanding faster than clean energy purchases can offset it, and Meta's planned data center in Louisiana may require three new natural gas plants to meet its power demands. The Clinton deal preserves genuine jobs and genuine clean generation, but it also illustrates how the industry is reaching for nuclear power to manage an energy crisis that its own technological ambitions helped create.

Meta has committed to a twenty-year partnership with Constellation Energy to keep an Illinois nuclear plant running, marking the latest move by a major technology company to secure nuclear power for its expanding artificial intelligence operations. The Clinton Clean Energy Center, located in Illinois, had been circling the drain since 2017, when financial pressures nearly forced its closure. A state tax credit for carbon-free energy kept it alive through 2027, but that lifeline was about to expire. Meta's deal provides the financial stability the plant needs to not only survive but to grow—the company's support will fund a thirty-megawatt capacity expansion, bringing the facility's total output to 1,121 megawatts. To put that in perspective, the first offshore wind farm built in the United States, a modest five-turbine operation off Rhode Island, generates just thirty megawatts and supplies electricity to roughly 17,000 homes. The Clinton plant will power roughly 800,000 homes and preserve 1,100 jobs in the region.

The deal represents Meta's first power purchase agreement for nuclear energy, a financial instrument typically used to offset a company's carbon emissions by securing electricity from clean sources. Meta is buying what the energy industry calls "clean energy attributes"—essentially certificates representing the environmental benefits of carbon-free power generation. The company declined to disclose how much money it is spending on the arrangement, but the investment is substantial enough to fund the plant's operational upgrades. Constellation Energy applied last year to renew the facility's operating license through 2047, a sign of confidence in the partnership's durability.

Meta's nuclear pivot sits within a much larger industry trend. Google and Microsoft have both seen their carbon footprints grow as artificial intelligence demands more electricity. Microsoft struck its own nuclear deal with Constellation last year to revive the shuttered Three Mile Island reactor in Pennsylvania. Amazon, Google, and Meta have all begun supporting the development of next-generation reactor technology. Meta has cast the widest net, issuing a request for proposals for nuclear projects that could add between 1,000 and 4,000 megawatts of new generation capacity in the United States by the early 2030s. The company received more than fifty proposals and says it is in final discussions with a shortlist of candidates. Constellation is even exploring the possibility of building an advanced reactor at the Clinton site itself.

Yet there is a fundamental tension embedded in this strategy. Meta's own sustainability report reveals that the company's carbon footprint has actually grown since 2019, even as it pursues net-zero emissions by 2030. The same pattern holds for Google and Microsoft. The hunger for computational power to train and run AI systems is outpacing the company's ability to offset that demand with clean energy purchases. Meta faces particular scrutiny over plans to build its largest data center to date in Louisiana, where the local utility has proposed constructing three new natural gas plants to meet the facility's power requirements. The irony is sharp: a company committed to climate neutrality is driving the construction of fossil fuel infrastructure.

The revival of the Clinton plant does preserve real jobs and real electricity generation. But it also illustrates how the technology industry is attempting to solve an energy crisis of its own making by turning to nuclear power—a source that produces no carbon emissions during operation but carries its own long-term complications around waste storage and decommissioning. For now, the Clinton plant will remain open, its workers will keep their jobs, and Meta will have secured a portion of the clean power it needs. Whether that proves sufficient to close the gap between the company's emissions and its climate commitments remains an open question.

Meta declined to disclose the amount it is spending on the deal
— Meta
The plant was initially slated to close in 2017 after years of financial losses, but a state tax credit for carbon-free energy allowed it to keep running until 2027
— Constellation Energy
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