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1
Determining Rate Constants from Selectivity
2
Elementary Reactions
3
Gas Phase Chemical Equilibrium
4
Inert Effect on Chemical Equilibrium
5
Predator-Prey Model
6
Relationship Between the Equilibrium Constants
7
Reverse Reaction Rate
8
Reversible Non-Elementary Reaction
9
Solid-Liquid Chemical Equilibrium
10
Batch Reactor with Multiple Reactions
11
Batch Reactor with Reversible Reaction
12
Isothermal Semibatch Reactor with Multiple Reactions
13
Mass Balance for Reversible Reactions in a Batch Reactor
14
Multiple Reactions in a CSTR
15
Multiple Reactions in an Isothermal CSTR
16
Multiple Reactions in PBR Part 1
17
Multiple Reactions in PBR Part 2
18
Packed Bed Reactor Design
19
Selectivity in a Semibatch Reactor
20
Semibatch Reactor with Heat Exchange
21
Parallel Reactions in a Batch Reactor
22
Selectivity in Parallel Reactions
23
Series Reaction in a Batch Reactor
24
Selectivity in Series Reactions
25
Series Reaction in a Plug Flow Reactor
26
Packed Bed Reactor Example
Description:
Explore a comprehensive series of screencasts delving into advanced kinetics and reactor design concepts, focusing on multiple reactions. Learn about selectivity and equilibrium, reactor behavior with multiple reactions, and parallel and series reactions. Gain insights into determining rate constants from selectivity, understanding elementary reactions, and analyzing various types of chemical equilibrium. Study the application of these concepts in different reactor types, including batch reactors, continuous stirred-tank reactors (CSTRs), packed bed reactors (PBRs), and semibatch reactors. Examine specific topics such as the predator-prey model, reversible reactions, and isothermal conditions. Enhance your understanding of chemical engineering principles through practical examples and in-depth explanations. Benefit from corrected closed captioning available for all screencasts in this educational playlist.

Kinetics - Reactor Design: Multiple Reactions

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