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Chapter 8: Multiple Reactions
Objective
After completing Chapter 8 of the text and associated website material, the reader will be able to:
- Define different types of selectively and yield.
- Choose the appropriate reactor and reaction system that would maximize the selectivity of the desired product given the rate laws for all the reactions occurring in the system.
- Describe the algorithm used to design reactors with multiple reactions.
- Apply the CRE algorithm to size reactors in order to maximize the selectivity and to determine the species concentrations in a batch reactor, a semibatch reactor, a CSTR, a PFR, and a PBR, in systems with multiple reactions.
Useful Links
Living Example Problems
Polymath, Python, Matlab and Wolfram code to help visualize and deeper understand certain concepts
Extra Help
LearnChemE Screencasts, Summary Notes, FAQs, and Interactive Computer Modules that provide for deeper understanding of important concepts
Additional Materials
New Technical Material, Detailed Derivations and Web Modules with Novel Applications, along with expanded explanations and examples that didn't make it in the printed textbook, but are still worth exploring.
Professional Reference Shelf
Material important to the practicing engineer that is not necessarily covered in all CRE courses.
Computer Simulation Problem Statements
Digital problems using Wolfram and Python as well as Matlab and Polymath
Evaluation
Self Tests
Interactive problems with solutions to provide extra practice of concepts
i>Clicker Questions
Interactive multiple choice questions to help access your understanding of the material