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Production Case Studies

Several key technologies were studied by the members of the H2A team with expertise in design and advancement of these technologies. H2A case studies were developed for these technologies and are available for download by clicking on the links below. Supporting documentation is available for some of the cases. You can also access archived versions. Registration is required.

  • Central Biomass
    • Current Central Hydrogen Production via Biomass Gasification version 3.101
    • Future Central Hydrogen Production via Biomass Gasification version 3.101
  • Central Electrolysis
    • Current Central Hydrogen Production from Solid Oxide Electrolysis version 3.101
    • Future Central Hydrogen Production from Solid Oxide Electrolysis version 3.101
    • Current Central Hydrogen Production from PEM Electrolysis version 3.101
    • Future Central Hydrogen Production from PEM Electrolysis version 3.101
    • Supporting documentation for PEM and SOEC electrolysis case studies
  • Central Coal
    • Current Central Hydrogen Production from Coal without CO2 Sequestration version 2.1.1
    • Future Central Hydrogen Production from Coal without CO2 Sequestration version 2.1.1
    • Current Central Hydrogen Production from Coal with CO2 Sequestration version 2.1.1
    • Future Central Hydrogen Production from Coal with CO2 Sequestration version 2.1.1
  • Central Natural Gas
    • Current Central Hydrogen Production from Natural Gas without CO2 Sequestration version 3.101
    • Future Central Hydrogen Production from Natural Gas without CO2 Sequestration version 3.101
    • Current Central Hydrogen Production from Natural Gas with CO2 Sequestration version 3.101
    • Future Central Hydrogen Production from Natural Gas with CO2 Sequestration version 3.101
  • Forecourt (Distributed) Electrolysis
  • Forecourt (Distributed) Natural Gas
    • Current Forecourt Hydrogen Production from Natural Gas (1,500 kg per day) version 3.101
    • Future Forecourt Hydrogen Production from Natural Gas (1,500 kg per day) version 3.101
  • Emerging Central Production Technologies
    • Future Central Hydrogen Production from Photoelectrochemical Type 2 version 3.1
    • Future Central Hydrogen Production from Photoelectrochemical Type 4 version 3.1
    • Future Central Hydrogen Production from Solar Thermo-Chemical Ferrite Cycle version 3.1


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