About Reaction Engineering II
1. Overview 1.1. Reactor Design and its Applications 2. Design of Isothermal Ideal Reactors. 2.1. Ideal reactors for a single reaction 2.2. Batch reactor 2.3. Steady state mixed flow reactor 2.4. Steady state plug flow reactor 2.5. Semi-batch reactor 3. Design for single reactions 3.1. Comparison of reactors 3.2. Multiple reactor systems 3.3. Recycle reactor 3.4. Autocatalytic reactions 4. Design for Multiple Reactions 4.1. Integral reactor 4.2. Stirred batch reactor 4.3. Continuous stirred tank reactor(CSTR) 4.4. Straight through transport reactor 5. Non-isothermal Reactor Design 5.1. The Energy Balance 5.2. Continuous Flow Reactor 5.3. Continuous Stirred Tank Reactor 5.4. Adiabatic Tubular Reactor 5.5. Tubular Reactor with Heat Exchange 5.6. Equilibrium Conversion 5.7. Multiple Steady States 5.8. Unsteady State CSTR 5.9. Batch Reactors 6. Catalytic Reactors 6.1. Packed Bed Reactors 6.2. Moving Bed Reactors 6.3. Catalytic Deactivation 7. Non-Ideal Flows and Reactor Models 7.1. Residence Time Distribution in Reactors 7.2. Reactor Models 7.3. Axial dispersion model 7.4. Tanks-in-series model