In a startling development, Google has disclosed plans to partner with a natural gas power plant to supply energy for its datacentre operations in Texas. This decision marks a significant departure from the tech giant’s long-standing pledge to achieve carbon neutrality by 2030. The proposed power facility, located in the Texas panhandle, has raised alarm bells among environmental advocates, as it threatens to emit a staggering 4.5 million tons of carbon dioxide annually — a figure that surpasses the total emissions of San Francisco.
A New Datacentre and its Energy Source
The natural gas power plant is set to be constructed in Armstrong County, a sparsely populated region of Texas. This initiative is being spearheaded by Crusoe Energy, a partner of Google in developing the datacentre campus dubbed “Goodnight”, named after a nearby town. According to a report from the research group Cleanview, Crusoe has already filed for the necessary permits to establish the 933-megawatt facility on the Goodnight campus, which is expected to operate off the grid and power at least two buildings within the datacentre complex.
Cleanview’s satellite imagery confirms that construction is already underway. However, the environmental implications are profound. Crusoe’s permit application details a potential annual emission of 4.5 million tons of CO2, contributing significantly to the climate crisis. To put this into perspective, the city of San Francisco emits approximately 4 million tons of carbon dioxide each year.
A Departure from Environmental Leadership
Michael Thomas, founder of Cleanview and author of the report, expressed concern over Google’s shift towards fossil fuel infrastructure. “Google has spent decades crafting an image as a clean energy leader,” he noted. “I’ve always regarded them as one of the most committed companies to climate goals. But these recent projects indicate a significant strategic pivot.”
When approached for comment, Google spokesperson Chrissy Moy acknowledged the partnership with Crusoe but was vague about the specifics. “We don’t have a contract in place for the plant in Texas,” she stated, leaving the extent of Google’s planned energy procurement unclear. Moy did highlight another initiative in the region, a wind farm project in collaboration with utility provider Serena Energy, suggesting that the company still has a foot in renewable energy.
This Texas gas plant is not an isolated incident; it is the third such facility Google has recently engaged with. In October, the company announced an agreement to purchase power from a gas plant in Illinois, and just last month, it was revealed that Google is exploring another significant gas project in Nebraska.
The Broader Context of Google’s Energy Strategy
Despite these developments, Google maintains that its commitment to carbon-free energy remains intact. The company insists that utilising natural gas is not a deviation from its climate objectives but rather a necessary step in transitioning to a more sustainable energy grid. Google has shifted its strategy from merely purchasing carbon credits to actively building energy infrastructure.
At an energy conference in Houston, Google’s head of advanced energy, Michael Terrell, was asked about the compatibility of natural gas with the company’s clean energy aspirations. His response was notably non-committal: “We don’t have anything to say on that.”
Historically, Google has positioned itself as a leader in corporate sustainability. In 2020, it set an ambitious goal of achieving net-zero emissions by 2030 and has invested heavily in renewable energy sources, including wind, solar, and nuclear. However, the rapid growth of artificial intelligence (AI) and its substantial energy requirements have put pressure on the company’s emissions goals.
In its 2023 sustainability report, Google indicated a shift away from maintaining operational carbon neutrality, while still aiming for net-zero emissions by 2030. Alarmingly, the company reported a 48% increase in greenhouse gas emissions since 2019, attributed to the soaring energy demands of its datacentres. By 2025, Google’s communication regarding its climate objectives had become less concrete, framing them instead as “climate moonshots” — a term denoting speculative projects that may or may not materialise.
The Industry Trend Towards Natural Gas
Google is not alone in this trend. Other tech giants such as Meta, Amazon, and Microsoft are similarly turning to natural gas to fuel their AI datacentres. Meta is in the process of building a large facility in Louisiana powered by natural gas, while Amazon operates multiple datacentres that rely on gas energy. Recently, Microsoft announced a new gas project in West Virginia and struck a deal with Chevron to construct a 2.5-gigawatt gas power plant in Texas.
For years, these “hyperscalers” have steadfastly upheld their climate commitments, resisting the lure of natural gas. Yet, as the demand for AI infrastructure grows, the narrative is becoming more complex. Thomas comments, “There’s a growing tension in the race to develop AI and the commitment to climate goals.”
Why it Matters
Google’s pivot towards natural gas raises critical questions about the integrity of corporate climate commitments in the face of rising energy demands. As the tech industry increasingly relies on fossil fuels, the implications for global climate initiatives are profound. This trend could undermine years of progress toward sustainability, highlighting the urgent need for innovative solutions that align technological advancement with environmental stewardship. The choices made today will resonate for generations, shaping the future of both technology and our planet.
