Hydrogen Power Generation + CO2 Sequestration

Project overview

• Hydrogen plant design
• Autothermal reformer
• Combined-cycle power generator
• Blue hydrogen production
• Water shift reactor
• 600,000-MTPA carbon capture & sequestration
• Power generation

Scope of work

• Conceptual study
• FEED
• Facility layout & modeling
• Technology selection
• Equipment specification
• Key engineering drawings
• Economic modeling
• Total installed cost (TIC) estimating
• Pro forma modeling

Project summary

Audubon was enlisted for hydrogen plant design services on a large-scale hydrogen and carbon capture plant, including conceptual study, front-end engineering and design (FEED), facility modeling, and financial estimation.

The plant was designed to capture 600,000 million tons per annum (MTPA) of CO2 for sequestration and convert inlet methane gas to blue hydrogen. The converted blue hydrogen would power a 150-megawatt (MW) combined-cycle power generator—replacing traditional carbon fuels.

Audubon’s conceptual planning and FEED expertise for the hydrogen plant design enabled the private equity developer to finalize a project road map targeting energy transition goals to net zero emissions.