Essentials of Chemical Reaction Engineering by University of Michigan
This page contains lecture notes from a typical Chemical Reaction Engineering class.The lectures are categorized into 3 different filetypes: Animated, Plain, and PDF. The page has notes for the following : Mole Balances, Conversion and Reactor Sizing, Rate Laws, Stoichiometry - Liquid systems, Stoichiometry - Gas systems, CRE Algorithm, California Exam Problems, Pressure Drop, Membrane Reactors, Semibatch, Analysis of Rate, Series Reactions, Complex Reaction, Non-elementary Rate Laws, Bioreactor, Biogrowth, Steps in a Catalytic Reaction, Reaction Mechanism - Chemical Vapor Deposition, Energy Balance, Adiabatic Reactors, Adiabatic CSTR, Heat Exchange in a PFR, Reversible Reactions, Reversible Gas Phase Reaction with Heat Effects, Reactor Staging, etc.
Author(s): University of Michigan
NA Pages 
Essentials of Chemical Reaction Engineering by University of Michigan
This page contains lecture notes from a typical Chemical Reaction Engineering class.The lectures are categorized into 3 different filetypes: Animated, Plain, and PDF. The page has notes for the following : Mole Balances, Conversion and Reactor Sizing, Rate Laws, Stoichiometry - Liquid systems, Stoichiometry - Gas systems, CRE Algorithm, California Exam Problems, Pressure Drop, Membrane Reactors, Semibatch, Analysis of Rate, Series Reactions, Complex Reaction, Non-elementary Rate Laws, Bioreactor, Biogrowth, Steps in a Catalytic Reaction, Reaction Mechanism - Chemical Vapor Deposition, Energy Balance, Adiabatic Reactors, Adiabatic CSTR, Heat Exchange in a PFR, Reversible Reactions, Reversible Gas Phase Reaction with Heat Effects, Reactor Staging, etc.
Author(s): University of Michigan
NA Pages
Sustainable Energy Lecture Notes
This note covers the following topics: Energy Resource Assessment, Energy Supply, Demand, and Storage Planning Methods, Economic Feasibility Assessment Methods, Systems Analysis Methodologies, Energy Transfer and Conversion Methods, Thermodynamics and Efficiency Analysis Methods.
Author(s): Dr. Elisabeth Drake, Prof. Jefferson W. Tester and Prof. Michael Golay
NA Pages
