Assessing the viability of K-Mo₂C for reverse water-gas shift scale-up: Molecular to laboratory to pilot scale

Keyphrases

• Mo2C 100%
• Reverse Water Gas Shift 100%
• Aluminum Oxide 80%
• Highly Selective 60%
• CO2 Conversion 60%
• Reactor 40%
• Shift Catalyst 40%
• Selective Catalysts 40%
• Highly Active 20%
• Density Functional Calculations 20%
• Design Requirements 20%
• Seawater 20%
• Economically Viable 20%
• Molybdenum Carbide 20%
• Hydrogenated 20%
• Effluent 20%
• Potassium 20%
• Value-added Chemicals 20%
• CO Selectivity 20%
• C-condition 20%
• Reactor Experiments 20%
• Fischer-Tropsch 20%
• Gamma Alumina 20%
• Renewable Energy Storage 20%
• Fischer-Tropsch Synthesis 20%
• CO2-neutral 20%
• Highly Active Catalyst 20%
• Tandem Catalyst 20%
• Fuel Process 20%
• Methanol Synthesis 20%
• Value-added Fuels 20%
• Deactivation 20%
• Naval Research Laboratory 20%
• Flow Conditions 20%
• Molecular Laboratory 20%
• Characterization Experiment 20%
• Pilot-scale Study 20%

Chemical Engineering

• Water-Gas Shift 100%
• Carbon Dioxide 50%
• CO2 Conversion 50%
• Methanol Synthesis 25%
• Fischer-Tropsch Synthesis 25%
• Gamma Alumina 25%
• Renewable Energy 25%
• CO Selectivity 25%
• Potassium 25%