A simple coupled ANNs-RSM approach in modeling product distribution of Fischer-Tropsch synthesis using a microchannel reactor with Ru-promoted Co/Al₂O₃ catalyst

Keyphrases

• Al2O3 Catalyst 100%
• Aluminum Oxide 16%
• Artificial Neural Network 66%
• Cobalt Catalyst 16%
• Coupled Artificial Neural Networks 100%
• Detailed Reaction 16%
• Effective Alternative 16%
• Fischer-Tropsch Synthesis 100%
• Formation Rate 33%
• Hybrid Artificial Neural Network 16%
• Hydrocarbon Formation 16%
• Hydrocarbon Production 16%
• Kinetic Study 33%
• Langmuir-Hinshelwood-Hougen-Watson 33%
• Mechanistic Kinetics 16%
• Mechanistic Model 16%
• Microchannel Reactor 100%
• Microstructured Reactor 16%
• Model Complex 16%
• Neural Network Response Surface 100%
• Olefin to Paraffin Ratio 16%
• Paraffin 16%
• Process Optimization 16%
• Product Distribution 100%
• Production-distribution 16%
• Reaction Pathway 16%
• Response Surface Methodology 100%
• Statistical Significance 16%
• Watson Model 16%

Chemical Engineering

• Fischer-Tropsch Synthesis 100%
• Kinetic Study 33%
• Neural Network 100%
• Olefin 16%