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Includes but not limited to: 

• Ammonia
• Biological processes, including fermentation (dark & light or photo)
• Biomass gasification and pyrolysis
• Coal and oil gasification to hydrogen
• Electrolysis, including photoelectrochemical water splitting, 
• Geologic or natural hydrogen
• Methane pyrolysis, including plasma reforming, microwave pyrolysis
• Natural gas to hydrogen, including steam methane reforming and autothermal reforming
• Photolysis
• Thermal hydrogen production from nuclear
• Other (if not listed)

Includes but not limited to: 

• Ammonia cracking
• Chemical feedstock
• Cogeneration, direct cogeneration
• Compression and cryo-compression
• Direct cogeneration
• Electricity grids
• Gas grid injection and deblending
• Hydrogen refueling stations
• Hydrogenation (chemical/physics)
• Liquefaction
• LOHCs
• Novel H2 storage materials, eg adsorbents, MOFs, hydrides, etc
• Onboard storage tank types
• Pipelines
• Regeneration
• Salt cavern storage – subterranean storage
• Other (if not listed)

Includes but not limited to: 

• Capital and operating costs
• Certification and standardization
• Codes and Standards
• Current and future business models
• Effluent monitoring and mitigation
• Global trade flows
• Global warming potential of hydrogen
• Hydrogen project financing & investment
• Lifecycle GHG assessments
• Marketing models
• Policy and regulations
• Project life cycle strategies
• Regulatory direction and impacts
• Supply chain concerns and constraints
• Techno-economic assessments
• Water
• Other (if not listed)

Includes but not limited to: 

• Airplanes, ships and trains
• Chemical feedstock
• Combined heat and power cogeneration
• Commercial and residential building decarbonization
• Decarbonization of natural gas use with hydrogen/hydrogen blending
• Fuel cells
• Fuel switching
• Green ammonia as a fuel for power generation
• Green production
• Hydrogen as an energy storage
• Standalone power generation
• Synthetic or E-fuel
• Other (if not listed)