Hydrogen storage using liquid organic carriers: Equilibrium simulation and dehydrogenation reactor design

Keyphrases

• Dehydrogenation 100%
• Hydrogen Storage 100%
• Reactor Design 100%
• Equilibrium Simulation 100%
• N-ethylcarbazole 100%
• Organic Carriers 100%
• Liquid Organic 100%
• Liquid Organic Hydrogen Carrier 66%
• Horizontal Orientation 66%
• Efficiency Increase 33%
• Efficiency Potential 33%
• Power Density 33%
• Hydrogenation 33%
• Vertical Orientation 33%
• Catalyst Efficiency 33%
• Elevated Pressure 33%
• Hydrogen Gas 33%
• Operational Stability 33%
• Equilibrium Model 33%
• Heat Exchange 33%
• Kinetic Data 33%
• Hydrogen Storage System 33%
• Gas Separation 33%
• Reactor Configuration 33%
• Dehydrogenation Reaction 33%
• Tubular Reactor 33%
• Flow Configuration 33%
• Void Fraction 33%
• Pressure Swing 33%
• Catalyst Bed 33%
• Counterflow 33%
• Radial Heat Transfer 33%
• Vertical Reactor 33%
• Low-grade Waste Heat 33%
• Liquid Carriers 33%
• Unsaturated Organic Compounds 33%
• Chemical Hydrogen Storage 33%
• Systems-based 33%

Chemical Engineering

• Dehydrogenation 100%
• N-Ethylcarbazole 75%
• Hydrogenation 25%
• Tubular Reactor 25%
• Reactor Configuration 25%