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BaseBlue PowerAn HDF Energy project

AI runs on power. We build it on site.

250 MW of firm, round-the-clock power from fuel cells — sited next to the load, with no turbine backlog and low emissions.

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Capacity
250MW
Technology
PEM fuel cells
Fuel
Blue hydrogen, made on site
Carbon
Captured before combustion

The power

Power from PEM fuel cells.

Hydrogen in, electricity out: no combustion and no emissions. Modular blocks, added row by row as the load grows.

How the fuel cell works
Block size
1–3 MW
Duty
24/7 baseload & rapid dynamic response
Voltage
800–850 V

The fuel

Fed by blue hydrogen.

An autothermal reformer turns natural gas into hydrogen on site — a world-class technology known for its reliability.

Process
Autothermal reformer
Feedstock
Natural gas
Output
Hydrogen & concentrated CO₂

The carbon

Proven carbon capture.

The reformer produces a concentrated CO₂ stream that is easy to capture, compress and connect to nearby offtake.

Capture
Pre-combustion
Technology
Amine
Use
Class II / Class VI wells
Zoom on the ATR

Clean. Quiet. Reliable. An alternative gas power solution. Relying on an established supply chain. With no backlog.

The project

250 MW: Permian Basin, in development

Location
Permian Basin, Texas
Status
In development
Supply
24/7 baseload
Developer
HDF Energy
See the project
  • The plant in its landscape — project render
  • The plant under open sky — project render.
  • MW-scale blocks laid out in rows — project render
  • Rows of MW-scale power blocks — project render
  • One row of MW-scale power blocks — project render
  • The reformer block and the fuel cell rows — project render
  • A low view along a row of fuel cell power blocks — project render.

01 / 07

Modular.

Factory-built blocks, assembled on site.

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250 MW of reliable power.

Firm baseload, behind the meter.

You need baseload. You have BaseBlue.