Reaction Engineering Basics
SCoRE
ToTaL Engineering
The Sett
About
Modeling Non-Ideal Reactors
23
Segregated Flow Reactor Models
Preface
Basic Information
1
Reactions, Reactors, and Reaction Engineering
2
Reaction Engineering Ethics and Safety
3
Measures of Reaction Progress
Rate Expressions
4
Reaction Rates and Rate Expressions
5
Reaction Mechanisms and Mechanistic Rate Expressions
Formulating Reactor Models
6
Reactor Design Equations
7
Ideal Reactor Models
Modeling Isolated Ideal Reactors
8
Response, Optimization and Design of Reactors
9
BSTR Analysis
10
SBSTR Analysis
11
Design of Non-Continuous Reactors
12
CSTR Analysis
13
PFR Analysis
14
Design of Continuous Reactors
Modeling Ideal Reactor Systems
15
Reactor Networks
16
Thermally Back-Mixed PFRs
17
Recycle PFRs
Kinetics Data Analysis
18
Generation and Analysis of Kinetics Data
19
Analysis of Kinetics Data from a BSTR
20
Analysis of Kinetics Data from a CSTR
21
Analysis of Kinetics Data from a PFR
Modeling Non-Ideal Reactors
22
The Age function
23
Segregated Flow Reactor Models
24
The Steady-State Axial Dispersion Model
25
Zoned Reactor Models
References
Appendices
A
Frequently Used Equations
B
Prerequisite Knowledge
C
Acronyms, Notation, Sign Conventions, and Computing
D
Reaction Thermodynamics
E
Reactor Heat Exchange
F
Collision Theory
G
Transition State Theory
H
Ideal Reactor Models
I
Axial Dispersion Reactor Models
J
Solving Algebraic/Transcendental Equations
K
Solving Initial-Value ODEs
L
Solving Missing-Value ODEs
M
Solving Coupled-Value ODEs
N
Parameter Estimation
Modeling Non-Ideal Reactors
23
Segregated Flow Reactor Models
23
Segregated Flow Reactor Models
This chapter will be added as soon as I finish writing it.
22
The Age function
24
The Steady-State Axial Dispersion Model