Enchant Energy and Creekstone plan carbon capture at Utah AI data center campus

By AI, Created 7:31 PM UTC, May 27, 2026, /AGP/ – Enchant Energy and Creekstone Energy signed a letter of intent to develop a carbon capture and utilization system for the planned Delta Gigasite in Millard County, Utah. The deal is designed to turn power-plant CO2 into low-carbon fuels, a model the companies say could support AI data center growth while reducing emissions and water use.

Why it matters: - AI data centers are driving demand for new power infrastructure, and the Delta Gigasite is being positioned as a test case for linking that demand to carbon capture and fuel production. - The project aims to convert captured CO2 into liquid fuels instead of storing it underground, which could create revenue and reduce pipeline risk. - The liquid-fuel process also produces water as a byproduct, which could lower the campus’s overall water footprint.

What happened: - Enchant Energy Corporation signed a letter of intent with Creekstone Energy LLC to develop a carbon capture and utilization solution for the Creekstone Delta Gigasite. - The planned project is a hyperscale data center campus in Millard County, Utah. - The agreement covers CO2 capture from the planned Phase 1 power generation facility. - The companies said the project is intended to support demand for data center capacity and low-carbon fuels.

The details: - Enchant’s plan would capture CO2 and convert it into low-carbon fuels as part of an integrated carbon-capture-to-clean-fuels system. - Enchant CEO Jim Wolff said the company sees the Delta Gigasite as a model that could be applied to other data center projects. - Creekstone CEO Ray Conley said the campus was designed to be a net positive for Utah and that the project’s on-site power strategy sets it apart. - Creekstone said adding Enchant’s carbon capture approach would allow power used for AI and high-performance computing to also support low-carbon fuel production. - The Delta Gigasite is designed to deliver more than 10 gigawatts of total IT load capacity across multiple phases. - Creekstone’s development strategy includes dedicated on-site power generation from natural gas, solar and advanced nuclear technologies.

Between the lines: - The announcement shows how data center developers are looking for ways to pair computing growth with energy and carbon solutions from the start, rather than bolting them on later. - Millard County’s access to solar, wind and potentially geothermal energy is presented as a core advantage for scaling carbon utilization in the rural West. - Enchant’s utilization model is meant to avoid the cost and infrastructure burden of sequestration, which could make the economics more attractive if the fuel output holds up at scale. - Enchant says its CCUS projects are designed to qualify for IRS §45Q tax credits, which could improve project economics.

What’s next: - Enchant and Creekstone will move from a letter of intent toward project development for the Delta Gigasite. - The companies are expected to refine the carbon-capture-to-fuels concept for the campus’s Phase 1 power buildout. - Creekstone will continue developing the broader Delta Gigasite as a multi-phase hyperscale campus for artificial intelligence and high-performance computing workloads.

The bottom line: - The deal ties one of Utah’s largest planned data center projects to a carbon-to-fuels strategy that could become a template for future AI infrastructure.