Windmills at Utah Lake | Aaron Fortin
Brian Steed
Utah’s Operation Gigawatt initiative aims to add a gigawatt of new power through nuclear, geothermal, and complementary technologies. This is not only a response to rapid population growth and rising energy demand, but also a chance to re-imagine the role of natural resources in powering Utah’s future. Energy expansion on this scale will require careful consideration of land, water, mineral, and air resources—each a vital piece of the state’s prosperity.
Water availability will be a defining factor of energy development. Some forms of new generation, particularly nuclear, depend on secure and predictable water supplies. Land and mineral resources also come into play. Expanding geothermal and nuclear capacity depends on critical minerals, many of which lie under Utah’s federally managed lands. Air quality in Utah may see future opportunities. Transitioning toward lower-emission energy sources offers the potential to improve air conditions along the Wasatch Front and in energy-producing regions.
Finally, communities themselves are central to the success of Operation Gigawatt. Large energy projects are often sited in rural areas, where they bring both opportunities and disruptions. Utah has a chance to design its energy future in ways that provide lasting benefits to local communities—through infrastructure, jobs, and water resilience—ensuring that the gains are broadly shared.
In this way, Operation Gigawatt is a test of whether Utah can integrate energy expansion with natural resource stewardship, aligning innovation with conservation, and achieving the kinds of “win-wins” that will define a resilient future.
Map Created by Kori Ann Kurtzeborn, Data from Office of Energy Development
