On-site pure hydrogen production by methane steam reforming in high flux membrane reactor: Experimental validation, model predictions and membrane inhibition

Engineering & Materials Science

• Experimental reactors 100%
• Steam reforming 83%
• Hydrogen production 78%
• Membranes 58%
• Fluxes 56%
• Recovery 31%
• Cerium oxide 29%
• Foams 22%
• Methane 21%
• Polarization 21%
• Hydrogen 18%
• Mathematical models 15%
• Chemical analysis 15%
• Temperature 9%

Earth & Environmental Sciences

• model validation 77%
• hydrogen 54%
• methane 53%
• reactor 48%
• membrane 47%
• prediction 34%
• temperature profile 17%
• foam 17%
• inhibitor 16%
• polarization 14%
• effect 8%

Chemical Compounds

• Steam Reforming 78%
• Flow 45%
• Purity 35%
• Pressure 26%
• Foam 21%
• Methane 18%
• Polarization 17%
• Hydrogen 11%