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Introduction to Chemical Reactor Design
2
Semibatch Reactor Overview
3
Comparing CSTR and PFR Balances
4
CSTRs in Series
5
Comparing Reactors in Series
6
PFR and CSTR in Series B
7
Equivalence between a PFR and a CSTR
8
Elementary Reactions
9
How to Solve Reactor Design Problems
10
Material Balances on Tank Reactors
11
Mole Balance on a Plug Flow Reactor
12
Variable Density Reaction in a PFR
13
Semibatch Hydrogenation Example
14
Determining Rate Order
15
Differential Data Analysis
16
Differential PBR Data
17
Non-Linear Regression Introduction
18
Non-Linear Regression/POLYMATH
19
Chain Reaction Mechanism
20
Using Steady-State Approximation to Determine Rate Expressions
21
Introduction to Catalysis
22
Langmuir Isotherm: Dissociative Adsorption
23
Mass Balance for Reversible Reactions in a Batch Reactor
24
Selectivity in a Semibatch Reactor
25
Packed Bed Reactor Example
26
Series Reaction in a Plug Flow Reactor
27
Multiple Reactions in a CSTR
28
Gas Phase Chemical Equilibrium
29
Chemical Reactor Design: Choosing a Temperature
30
PFR Energy Balances
31
Stirred Tank Reactor Energy Balances
32
Adiabatic Temperature
33
Adiabatic Batch Reactor
34
Adiabatic CSTR Example
35
Adiabatic PFR
36
Energy Balance on a Semibatch Reactor
37
Tubular Reactor Energy Balance: Part 1
38
Tubular Reactor Energy Balance: Part 2
39
Multiple Reactions in PBR Part 1
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Multiple Reactions in PBR Part 2
41
Multiple Steady-States Part 1
42
Multiple Steady-States Part 2
43
Multiple Steady-States in a CSTR
44
Batch Reactor with Excess Reactant
45
Isothermal Semibatch Catalytic Reactor
46
Batch Reactor Overview
47
Heat Transfer Rate for a Semibatch Reactor
48
Isothermal Plug Flow Reactor: Part 1
49
Isothermal Plug Flow Reactor: Part 2
50
Reaction Rates and Production Rates: Part 1
51
Reaction Rates and Production Rates: Part 2
52
Reaction Rates from Production Rates: Matlab
53
Isothermal Batch Reactor Part 1
54
Isothermal Semibatch Reactor with Multiple Reactions
55
Semibatch Reactor with Heat Exchange
56
Material Balances on Tank Reactors
57
Selectivity in Series Reactions
58
Introduction to Chemical Reactor Design
Description:
Review essential kinetics and reactor design concepts for graduate-level reaction engineering through a comprehensive series of screencasts. Explore topics such as reactor types (CSTR, PFR, batch, semibatch), material and energy balances, reaction rate analysis, catalysis, and multiple reactions. Delve into advanced subjects including chemical equilibrium, temperature effects, adiabatic processes, and multiple steady-states. Learn problem-solving techniques for various reactor design scenarios, utilizing tools like POLYMATH and MATLAB. Enhance understanding with practical examples and in-depth explanations of fundamental principles, preparing for advanced study in chemical reaction engineering.

Kinetics Review for Graduate Reaction Engineering Course

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Introduction to Chemical Reactor Design