The data centre sector has once again made international headlines this week following plans for one of the world’s largest AI campuses, a vast development in Utah spanning more than twice the size of Manhattan
The proposed facility is expected to require around 9GW of power, exceeding the entire current electricity consumption of the state of Utah, while also consuming significant volumes of water in a region already impacted by severe drought conditions. Unsurprisingly, the announcement has reignited concerns around so-called “vampire data centres” and whether the economic benefits of AI and job creation justify the pressure placed on critical local resources.
Unfortunately for the industry, this is unlikely to be an isolated debate. It is exactly the kind of tension the global data centre and AI sectors will face repeatedly over the next five years and beyond, with Utah simply representing an early, high-profile example of the super-sized projects now emerging worldwide.
From a pure infrastructure perspective, a 9GW campus is almost difficult to comprehend. This is hyperscale on an entirely different level and demonstrates just how intense the global AI compute race has become. When a single project demands more electricity than an entire US state currently consumes, it is clear that these facilities are no longer ‘just data centres’ – they are effectively becoming a new form of industrial infrastructure.
The core challenge is that the industry has evolved faster than both public acceptance and utility planning. Yet demand is not slowing. Consumers, businesses and governments are all embracing AI while expecting uninterrupted digital services and 24/7 streaming. The reality is that this level of technological progress is no longer optional as the global economy is already becoming dependent on it.
As a result, despite public backlash, projects like the Utah development are still likely to proceed in some form. Governments increasingly view AI capacity as strategic national infrastructure in much the same way as telecommunications, defence capability or energy security. In geopolitical terms, compute capacity is rapidly becoming a competitive advantage.
Historically, data centres have generally been welcomed by local authorities because they deliver investment, tax revenue and employment while creating relatively limited disruption compared to traditional heavy industry. AI infrastructure changes that equation significantly. High-performance AI workloads require continuous advanced cooling, far greater power density and, in many cases, increased water consumption.
To the industry’s credit, many operators are already addressing these concerns head-on. Closed-loop cooling systems, low-water technologies, renewable integration, battery storage and waste heat re-use are all becoming increasingly viable solutions. There is also growing interest in stranded power opportunities and private energy generation, while nuclear power, although politically sensitive in some markets, is increasingly returning to the conversation as a long-term solution for stable, carbon-light baseload energy.
However, technology alone will not solve the problem and transparency will become equally important. More accessible and standardised ESG reporting, clearer communication around environmental impact and genuine engagement with local communities will all be essential if operators want to maintain public trust. If the sector fails to improve its narrative, these types of headlines will only become more frequent.
Ultimately, whether projects of this scale genuinely place unsustainable strain on local power grids and water supplies is almost becoming secondary to public perception. The fact remains that many people believe they do. Optics matter, and a massive AI development backed by billionaire investors is always going to attract scrutiny.
Public concerns cannot simply be dismissed. Over the next decade, the winners in the data centre sector will not only be the companies capable of building the fastest or deploying the most compute power. They will be the organisations that can secure sustainable energy, manage environmental impact responsibly and maintain strong relationships with the communities in which they operate. Increasingly, social licence to operate may prove just as important as technical capability itself.
