Advanced Kinetics & Reactor Design
- 1-5- CSTR with heat effects
- 1-6- Multiple steady-states
- 2- Unsteady-state non-isothermal reactor design
- 3- Catalysis and catalytic reactors
- 3-1- Catalysts definition
- 3-2- Steps in catalytic reactions
- 3-3- Synthesis of rate laws
- 3-4- Heterogeneous data analysis
- 4- External diffusion effects on heterogeneous reactions
- 5- Diffusion within the catalyst particle
- 6- Residence time distribution and chemical reactors
- 6-1- Definition of RTD
- 6-2- Measurement of RTD
- 6-3- Characteristics of RTD
- 6-4- Ideal reactors RTD
- 6-5- Reactor modeling using RTD
- 6-6- Zero-parameter model
- 6-7- RTD and multiple reactions
- 7- Models for non-ideal reactors
- 7-1- One-parameter models
- 7-2- Two-parameter models
- 7-3- Tanks in series model
- 7-4- Dispersion model
- 7-5- Modeling real reactors with combination of ideal reactors
- 8- Gas/solid reactions
- 9- Fluid/fluid reactions
- 10- Fluid/fluid catalytic reactions
- 11- Fluid bed reactors
- 12- Reactor scale-up
- 1- Review of non-isothermal steady-state reactor design
- 1-1- The energy balance
- 1-2- Adiabatic operation
- 1-3- Steady-state tubular reactor with heat exchanger
- 1-4- Equilibrium conversion