Feasibility of process intensification of water-gas shift reaction using a microreactor with integrated cooling

Keyphrases

• Conversion Efficiency 100%
• Water-gas Shift Reaction 100%
• Water-gas Shift 100%
• Process Intensification 100%
• Microreactor 100%
• Reactor 50%
• Processing Stages 50%
• Thermodynamics 50%
• Hydrogen Production 50%
• Reaction Temperature 50%
• Mobile Application 50%
• High Conversion 50%
• Low-carbon Energy 50%
• Cooling Conditions 50%
• Diabatic 50%
• Overall Process 50%
• Stationary Application 50%
• Reactor Volume 50%
• Conversion Profile 50%
• Steam Methane Reforming 50%
• Cooling Channel 50%
• Coolant Channel 50%
• Energy Carrier 50%
• Small Reactor 50%
• COMSOL Multiphysics Model 50%

Engineering

• Conversion Efficiency 100%
• Microreactor 100%
• Process Intensification 100%
• Water-Gas Shift 100%
• Processing Step 50%
• Isothermal 50%
• Cooling Channel 50%
• Microchannel 50%
• Cooling Condition 50%
• Reactor Volume 50%
• Small Reactor 50%
• Low Carbon Energy Carrier 50%

Chemical Engineering

• Water-Gas Shift 100%
• Hydrogen Production 25%
• Methane Reforming 25%