Enchant Energy has signed a letter of intent with Creekstone Energy to develop a carbon capture and utilization (CCU) solution for the planned Delta Gigasite hyperscale data center campus in Millard County, Utah.
The collaboration aims to capture carbon dioxide emissions from the site’s Phase 1 power generation facilities and convert them into low-carbon fuels, creating a new approach to reducing the carbon footprint of rapidly growing AI and high-performance computing infrastructure.
The proposed project reflects increasing efforts to address the significant energy demands associated with data centers by integrating carbon management directly into power generation systems. Rather than treating captured CO2 solely as a waste stream, the partners intend to use it as a feedstock for fuel production, creating additional economic value while lowering emissions.
According to Enchant Energy, the concept could serve as a model for future data center developments as demand for AI computing capacity continues to accelerate across the United States.
Turning captured carbon into a resource
A key aspect of the proposal is Enchant’s focus on carbon utilization rather than conventional carbon sequestration. Instead of compressing and transporting captured CO2 through pipeline networks for underground storage, the company plans to convert the carbon directly into liquid fuels at the project site.
This approach is intended to avoid transportation infrastructure requirements while creating a potential revenue stream from fuel production.
The Delta Gigasite’s location in rural western Utah is viewed as an advantage due to access to abundant renewable energy resources, including solar, wind and potentially geothermal power. These resources could support both data center operations and the production of lower-carbon fuels from captured emissions.
Relevant: EPA Approval Positions Utah As Emerging Leader In Carbon Capture Oversight
The project also highlights a broader trend toward integrating energy generation, carbon management and industrial production within a single development.
In addition to producing low-carbon fuels, the conversion process generates water as a byproduct, which could help reduce the overall water demands of the data center campus.
If successful, the partnership could demonstrate how carbon capture and utilization technologies can be incorporated into next-generation digital infrastructure, helping balance growing AI-driven electricity demand with emissions reduction and resource efficiency objectives.
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