Hydrocarbon production via Fischer-Tropsch synthesis from H₂-poor syngas over different Fe-Co/γ-Al₂O₃ bimetallic catalysts

Keyphrases

• FeCo 100%
• Aluminum Oxide 100%
• Hydrocarbon Production 100%
• Syngas 100%
• Fischer-Tropsch Synthesis 100%
• Water-gas Shift 100%
• Bimetallic Catalyst 100%
• Paraffin 50%
• Olefins 50%
• C5+ Selectivity 33%
• Partial Pressure 33%
• Co-impregnation 33%
• Water Addition 33%
• Iron-rich 33%
• Calcination 16%
• Iron Oxide 16%
• Hydrocarbons 16%
• Impregnation Technique 16%
• Supported Catalysts 16%
• Deactivation 16%
• Fe Content 16%
• Co-rich 16%
• Synergy Effect 16%
• Water Space 16%
• CH4 Selectivity 16%
• Hydrocarbon Selectivity 16%
• Bimetal 16%
• Bimetallic 16%
• Reduction Degree 16%
• Surface Enhancement 16%
• Substoichiometric 16%
• Nonlinear Behavior 16%
• FeCo Alloy 16%
• Cocatalyst 16%
• External Fluid 16%
• Reducing Subspace 16%
• Space Velocity 16%
• Gasified Biomass 16%
• Low Partial Pressure 16%
• Desired Value 16%
• Co-site 16%
• Fe-based Catalyst 16%
• Space-time Yield 16%
• Fe Catalyst 16%
• Conversion Level 16%
• Co3O4 16%

Chemistry

• Syngas 100%
• Water Gas Shift 100%
• Fischer-Tropsch Synthesis 100%
• Bimetallic Catalyst 100%
• Aluminum Oxide 100%
• Alkene 50%
• Partial Pressure 50%
• Alloying 33%
• Calcination 16%
• Methane 16%
• Reducibility 16%
• Co-Catalyst 16%
• Cobalt(II,III) Oxide 16%
• Sintering 16%

Chemical Engineering

• Fischer-Tropsch Synthesis 100%
• Water-Gas Shift 100%
• Olefin 50%
• Calcination 16%
• CH4 Selectivity 16%
• Space Velocity 16%
• Space-time Yield 16%
• Fe Catalyst 16%