Prof. Kraft's Lecture Notes
This page contains lecture notes from Prof. Kraft
Lecture 1
Introduction and
Molar Balances
Lecture 2
Mass Balances in
Reactors
Lecture 2b
Reactor Mole
Balance Example Problems
Lecture 3
Conversion and
Reactors in Series
Lecture 3b
Reactor Sizing
Example Problems
Lecture 4
Rate Laws and
Stoichiometry
Lecture 4b
Rate law
and Stoichiometry Example Problems
Lecture 5
Reactor Design
Recipe and Scaleup
Lecture 6
Pressure Drop in
Reactors
Lecture 7
CSTR Start Up
and Semibatch Reactors
Lecture 7b
Pressure
drop, CSTR Start Up and Semibatch Reactors Examples
Lecture 8
Analysis of Rate Data
Lecture 9
Reactor Design for
Multiple Rxns
Lecture 9b
Selectivity Example
Problems
Lecture 10
Nonelementary Rxns
Lecture 10b
Bioreactors
Lecture 11
Thermochem Review
Lecture 12
Nonisothermal
Reaction Engineering
Lecture 13
Equilibrium Conversion
Lecture 14
Reactor Stability
Lecture 15
Nonisothermal
Reaction Engr Example Problems
Lecture 16
Unsteady State and
Reaction Engr
Lecture 17
Basic Catalysis and
Mechanisms
Lecture 18
CVD and Catalyst
Deactivation
Lecture 18b
Deducing
Mechanisms Example Problems
Lecture 19
External Diffusion
Lecture 20
Shrinking
Core Model, Internal Diffusion and Catalysis
Lecture 21
Internal and
External Diffusion
Lecture 21b
Diffusion Example
Problems
Lecture 22
Nonideal Flow &
Reactor Design
Lecture 23
Micromixing
Lecture 23b
Nonideal Flow
Example Problems