Key Takeaways

  • Utah State University found broad resistance to data center construction, particularly near residential communities.
  • Water use, public participation and electricity demand outweigh promised economic benefits for many Utah residents.
  • Developers may improve public acceptance through early engagement, non-potable water and lower-carbon electricity.

Utah State University’s Community and Natural Resources Institute has launched “Data Center Development in Utah,” an initiative intended to expand public understanding of the infrastructure, resource requirements and community effects associated with large computing facilities.

The project arrives as artificial intelligence and cloud computing accelerate demand for data center capacity. Yet its first survey suggests Utah residents are deeply skeptical about absorbing the resulting industrial footprint. According to KSL, the survey of roughly 900 residents found that 75.4% would oppose a data center somewhere in Utah. Opposition rose to 86% when respondents were asked about a facility within three miles of their homes.

Those figures point to more than routine resistance to nearby development. They suggest data centers are becoming a statewide political and infrastructure issue, with implications for permitting schedules, utility planning and corporate site selection.

Water was the dominant concern. Some 90.3% of respondents rated water use as “very important,” compared with 85.3% for public participation, 83.1% for energy consumption and 74.7% for location. That ordering matters in an arid state where residents, agriculture, industry and growing communities compete for limited supplies.

Data centers are not interchangeable buildings. Their water consumption can vary substantially according to cooling design, climate, operating load and the source of the water. Even so, residents may respond to the maximum potential demand rather than an operator’s projected average. A 100-megawatt facility may use about 2 million gallons of water daily, according to the research summarized for the initiative.

The survey also shows that opposition is not entirely fixed. 54% of respondents said using recycled or non-potable water would make them more supportive. That gives developers a practical signal. Detailed water sourcing plans, enforceable consumption targets and transparent reporting could matter more than broad sustainability messaging.

Power sourcing creates a similar challenge. Data center electricity consumption in the United States nearly tripled from 2016 to 2023 and could account for as much as 12% of national electricity use by 2028. In Utah State University’s survey, 61.3% said relying on fossil-fuel generation would make them more opposed to a project.

Can operators secure enough lower-carbon power without shifting costs or reliability risks onto other customers? That is likely to become a central question for utilities and regulators. Data center developers may need to explain not only where their electricity will come from, but also who will finance new generation, transmission and grid upgrades.

Separate polling reinforces the political risk. Noble Predictive Insights reported that Utah voters place water concerns ahead of data center growth. Deseret News also reported opposition among Utahns and Americans, including a willingness among respondents to forgo potential jobs or national-security benefits.

That said, economic arguments will remain part of the debate. Hyperscale campuses associated with companies such as Microsoft and Google can bring large construction projects, tax revenue and digital infrastructure investment. But permanent employment is often modest relative to the physical size, power demand and capital cost of the facilities. Communities are increasingly evaluating the full exchange rather than treating investment totals as sufficient justification.

Utah’s proposed Stratos Project in Box Elder County offers a prominent test of that calculation. Its path could shape expectations for later proposals, including how much information communities receive before major land, water or energy decisions are advanced.

For operators, the business lesson is fairly direct. Community engagement belongs near the beginning of site planning, not after engineering and financial assumptions have hardened. Companies that disclose cooling methods, water sources, power contracts and expected public costs may still face opposition, but they can reduce uncertainty and identify potential design changes earlier.

Utah State University’s initiative gives policymakers and developers a clearer starting point. Residents are not simply objecting to digital infrastructure in the abstract. They are identifying specific conditions around water, electricity, location and public participation. Addressing those conditions will not assure approval, but ignoring them could make viable projects harder, slower and more expensive to build.