A picture can be worth a thousand words. At sbh4 we also think visually and have developed some graphics and diagrams that make complex processes vivid and more easy to understand. You can download the pdf files for professional use (all graphics © sbh4 GmbH). If you would like a high resolution version for use in print media, please contact us.
Compressed gas hydrogen refuelling station layouts
Electrolyser producers and emerging players
Ultrapure Water for Electrolysis
Ultrapure Water for Electrolysis Unit Operations
PEM-Electrolyser Stack Architecture and Critical Components
Hong Kong Town Gas –Tai Po Catalytic rich gas naphta/methane reformer and CO2 capture process
Blue Hydrogen Production Process with GHR/ATR
Blue Ammonia Production Process with GHR/ATR
Haber-Bosch Ammonia Synthesis Process
Solid Oxide Electrolysis process for hydrogen generation
Solid Oxide Electrolysis process for hydrogen generation (utility gases shown)
Solid Oxide Co-Electrolysis process for syngas generation
Solid Oxide Co-Electrolysis process for syngas generation (utility gases shown)
Pressurised PEM electrolysis process
Pressurised alkaline water electrolysis process
Low pressure alkaline water electrolysis process
Potential locations for CO2 Capture from Steam Methane Reforming
E-fuels, e-fertilizers and e-chemicals production
Solid Oxide Electrolysis for energy-efficient e-fuels production
Solid Oxide Electrolysis for energy-efficient e-fertilizer production
Air, water and renewable electricity for e-fuels and e-fertilizers
Steam Methane Reforming – Chemistry
Steam Methane Reforming – Decarbonisation
Hydrogen and hydrogen derivatives transport options when considering volume and distance
Renewable power and energy storage technologies, their capacity and discharge time
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Methane pyrolysis technologies for turquoise hydrogen production
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Hydrogen, hydrogen derivates and e-fuels
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Energy density of LNG compared to alternative liquid energy vectors
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Energy density of CNG compared to various forms of hydrogen
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Methane reforming, pyrolysis, gasification and combustion
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Electronically powered production from methane
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Electrolysers: AEC, AEM, PEM and SOE for hydrogen (and syngas) production
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Renewable hydrogen production, distribution, storage and utilisation value chains
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SMR, ATR, POX and GHR processes for syngas production
Electronically powered syngas and hydrogen production
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Methane pyrolysis for hydrogen production
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RGH2 Chemical Looping Stage 1: Reduction and biogenic CO2 production from landfill gas or biogas
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RGH2 Chemical Looping Stage 1: Reduction and CO2 production from BFG BOFG
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RGH2 Chemical Looping Stage 2: Steam oxidation and hydrogen production
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RGH2 Chemical Looping Stage 3: Air oxidation and oxygen-depleted air generation
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Green iron and steel – a diversity of routes to decarbonisation
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The Allam cycle for natural gas – oxy-fuel thermal power generation with integrated CO2 capture
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The Allam cycle for natural gas or coal – oxy-fuel thermal power generation with integrated CO2 capture
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Business maturity and typical decarbonisation investment characteristics
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Established Carbon Capture Technologies – VSA and Amine Solvent
Potential locations for CO2 Capture from Steam Methane Reforming
High temperature industrial heat pump operation with refrigerant gas recirculation
CCUS technologies – Adsorption based & others
CCUS technologies – Absorption based
Mineralisation processes for CO2 emissions reduction in cement making and concrete production
DAC technologies for direct air capture of carbon dioxide
Air source heat pump operation with refrigerant gas recirculation
Difficult to decarbonise industries
Gasification, Oil refining, Cement & Steelmaking can use oxygen from electrolysis to decarbonise
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Mineral processimg using electrolysis to enable decarbonisation
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Oxygen-fed Ethylene Oxide Production with Integrated CO2 Capture
Joule-Thomson Effect for Heating and Cooling of Gases as They Expand
CO2 liquefier with ammonia refrigeration cycle
Cryogenic Nitrogen Generator to Produce Gaseous and Liquid Nitrogen
Nitrogen supply modes according to purity and volume required
Nitric Acid and Ammonium Nitrate Production
Ostwald Process for Nitric Acid Production
Air-fed Ammonia Production Process
Haber-Bosch Ammonia Synthesis Process
Gasification, combustion and oxy-fuel combustion in the Allam cycle
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The Allam cycle for natural gas – oxy-fuel thermal power generation with integrated CO2 capture
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The Allam cycle for natural gas or coal – oxy-fuel thermal power generation with integrated CO2 capture
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Fuel gases are where the energy sector and industrial gases meet
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Product overlaps and gas flow in the energy, chemicals & industrial gases sectors
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ATR for Ammonia Production
ATR for Syngas production
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Additive manufacturing Metal powder production
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