Lecture |
Lecture Contents |
| Introduction | Introduction to Reaction Engineering |
| Chapter 1 | General Mole Balance Equation Applied to Batch Reactors, CSTRs, PFRs, and PBRs |
| Chapter 2 | Conversion and Reactors in Series |
| Chapter 3, Part 1 | Rate Laws |
| Chapter 3, Part 2 | Reaction Stoichiometry: Batch |
| Chapter 3, Part 3 | Reaction Stoichiometry: Flow |
| Chapter 3, Part 4 | Reaction Stoichiometry Measures Other Than Conversion |
| Chapter 4, Part 1 | Applying the Algorithm to a CSTR |
| Chapter 4, Part 2 |
1. Applying the Algorithm to a Batch Reactor, CSTR, and PFR |
| Chapter 4, Part 3 | Pressure Drop in a Packed Bed Reactor |
| Chapter 4, Part 4 | Membrane Reactors |
| Chapter 4, Part 5 | Selectivity Semibatch Reactors |
| Chapter 5 | Finding the Rate Law |
| Chapter 6, Part 1 | Series, Parallel and Complex Liquid Phase Reactions: Selectivity, Mole Balances and A-->B-->C in a Batch Reactor |
| Chapter 6, Part 2 | Complex Liquid Phase Reactions in CSTRs |
| Chapter 6, Part 3 | PFR and SemiBatch Liquid Phase And PFR Gas Phase Reactions |
| Chapter 7, Part 1 | PSSH Enzyme Kinetics |
| Chapter 7, Part 2 | Bioreactors |
| Chapter 8, Part 1 | Devolpoing the Energy Balance Equation Adaiabatic Operation |
| Chapter 8, Part 2 | Adiabatic Reactor Algorithm |
| Chapter 8, Part 3 | The Heat Exchange Term CSTRs & PFRs with Heat Exchange |
| Chapter 8, Part 4 | Complex Reactions with Heat Exchange |
| Chapter 9 | Unsteady State Reactions Multiple Steady State Reactions |
| Chapter 10, Part 1 | Steps in Catalytic Rate Law, Rate Limiting Steps |
| Chapter 10, Part 2 | Dual Site Mechanism CVD |
| Chapter 10, Part 3 | Catalyst Deactivation, Temperature Time Trajectories Moving Bed Reactors, Straight Through Transport Reactors |