HDF Energy Licenses Topsoe Tech for Texas Hydrogen Project
The BaseBlue Power facility will generate electricity for data centers using hydrogen produced from natural gas.
Updated on Oct. 29, 2026 in Data Centers
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HDF Energy has licensed Topsoe's SynCor autothermal reforming technology to support the development of its BaseBlue Power project in western Texas. The facility will utilize this hydrogen to power data centers using 250MW of PEM fuel cells.
Why it matters
The project addresses the rising electricity demand of data centers by deploying large-scale stationary hydrogen fuel cell technology. By integrating carbon capture, it aims to produce power with minimal environmental impact.
The BaseBlue Power project will leverage SynCor autothermal reforming systems to produce 400 tonnes of hydrogen daily. The facility is designed to capture 98% of carbon dioxide, which will be transported and stored underground.
The players
HDF Energy
This company is a global developer of hydrogen-based power plants and infrastructure solutions.
Topsoe
This organization is a Danish chemical engineering firm specializing in carbon-efficient technology and catalysts for the energy industry.
The details
Topsoe's technology converts natural gas into hydrogen-rich syngas, which subsequently fuels the PEM fuel cells. This integrated system represents a significant deployment of stationary hydrogen power generation.
Timeline
The BaseBlue Power project is scheduled to come online in 2030.
The Tech Race
This project adopts SynCor autothermal reforming technology to scale low-carbon hydrogen production for stationary power applications. It represents a shift from traditional grid reliance toward localized, fuel-cell-based energy solutions for high-demand infrastructure.
The project aims to provide stable electricity for data centers, which may help support the availability and reliability of cloud-based services for users. It demonstrates how industrial energy sourcing is evolving to balance power needs with carbon management.
The takeaway
This project highlights a growing trend in using hydrogen fuel cells to meet the intensive energy requirements of digital infrastructure. Integrating carbon capture technology remains a critical step for companies seeking to lower their operational emissions.
Further reading
Learn more about local infrastructure developments in the Data Centers section.
Source note: This article includes information reported by Gasworld.
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Should data centres increasingly rely on hydrogen-based power to meet their electricity needs?
