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1
Differences between Kinetics and Thermodynamics
2
Activation Energy & Arrhenius Relationship
3
Apparent Activation Energy
4
Description of the Reaction Coordinate
5
Heat of Reaction (from Heat of Formation)
6
Adiabatic Batch Reactor
7
Adiabatic CSTR Example
8
Adiabatic PFR
9
Adiabatic Reactor Temperature
10
Adiabatic Semibatch Reactor Part 1
11
Adiabatic Semibatch Reactor Part 2
12
Chemical Equilibrium: Effect of an Inert
13
Chemical Reactor Design: Choosing a Temperature
14
Endothermic Reaction in Plug Flow Reactor
15
Energy Balance in an Adiabatic PBR
16
Energy Balance on a Semibatch Reactor
17
Unsteady-State Adiabatic CSTR
18
Autothermal Reactor
19
CSTR Energy Balance Calculation
20
CSTR Energy Balances
21
CSTR Sizing for Equilibrium Reaction
22
CSTR with Heat Exchanger
23
Heat Removal from a Chemical Reactor
24
Heat Transfer Rate for a Semibatch Reactor
25
Multiple Reactions: Energy Balances Part 1
26
Multiple Reactions: Energy Balances Part 2
27
Non-Isothermal CSTR Balance
28
Adiabatic Temperature
29
PFR Energy Balances
30
Stirred Tank Reactor Energy Balances
31
Tubular Reactor Energy Balance: Part 1
32
Tubular Reactor Energy Balance: Part 2
33
Multiple Steady-States in CSTR with Heat Exchange
34
Multiple States in a CSTR: Heat Generation
35
Multiple Steady-States in a CSTR
36
Multiple Steady-States Part 1
37
Multiple Steady-States Part 2
38
Reactor Runaway/Parametric Sensitivity
39
Introduction to Energy Balances for Stirred Tank Reactors
40
Introduction to Energy Balances for Plug Flow Reactors
41
Energy Balance for Stirred Tank for A to B Reaction
Description:
Explore non-isothermal reactor design and kinetics through a comprehensive series of screencasts. Delve into topics such as activation energy, heat of reaction, adiabatic reactors, reactors with heat exchange, and multiple steady-states. Learn the differences between kinetics and thermodynamics, understand the Arrhenius relationship, and master energy balances for various reactor types including CSTRs, PFRs, and semibatch reactors. Examine chemical equilibrium, reactor temperature selection, and the complexities of multiple reactions. Investigate the phenomenon of multiple steady-states in reactors and gain insights into reactor runaway and parametric sensitivity. Benefit from corrected closed captioning available for all screencasts in this educational playlist.

Kinetics-Reactor Design - Non-Isothermal Reactors

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