7:10Chemical Potential in Reversible Reactions
A 7-minute video from ChemE Explained: “Chemical Potential in Reversible Reactions”.
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7:10
3:08Energy Balance Equation: Fogler vs. Smith & Van Ness — Are They Really Different?
A 3-minute video from ChemE Explained: “Energy Balance Equation: Fogler vs. Smith & Van Ness — Are They Really Different?”.
30:22Lecture 1 - Seg 1, Chapter 1, Introduction to CRE: the Core Subjects of Chemical Engineering
A 30-minute video from ChemE Explained: “Lecture 1 - Seg 1, Chapter 1, Introduction to CRE: the Core Subjects of Chemical Engineering”.
9:13Lecture 1 - Seg 2, Chapter 1, Introduction to Chemical Reaction Engineering (CRE)
A 9-minute video from ChemE Explained: “Lecture 1 - Seg 2, Chapter 1, Introduction to Chemical Reaction Engineering (CRE)”.
15:34Lecture 10, Chapter 2, Reactor Sequencing, Combination of CSTRs and PFRs in Series (P2-5)
A 16-minute video from ChemE Explained: “Lecture 10, Chapter 2, Reactor Sequencing, Combination of CSTRs and PFRs in Series (P2-5)”.
16:26Lecture 19 - Seg 1, Chapter 4, Isothermal Reactor Design - PFR
A 16-minute video from ChemE Explained: “Lecture 19 - Seg 1, Chapter 4, Isothermal Reactor Design - PFR”.
12:35Lecture 2 - Seg 1, Chapter 1, Mole Balances: Reactions and Reaction Rates
A 13-minute video from ChemE Explained: “Lecture 2 - Seg 1, Chapter 1, Mole Balances: Reactions and Reaction Rates”.
19:56Lecture 2 - Seg 2, Chapter 1, Mole Balances: The General Mole Balance Equation for Reactors (CRE)
A 20-minute video from ChemE Explained: “Lecture 2 - Seg 2, Chapter 1, Mole Balances: The General Mole Balance Equation for Reactors (CRE)”.
31:54Lecture 3 - Seg 1, Chapter 1, Mole Balances: Batch Reactor Design Equation (CRE)
A 32-minute video from ChemE Explained: “Lecture 3 - Seg 1, Chapter 1, Mole Balances: Batch Reactor Design Equation (CRE)”.
20:12Lecture 3 - Seg 2, Chapter 1, Mole Balances: CSTR Design Equation (Continuous Stirred Tank Reactor)
A 20-minute video from ChemE Explained: “Lecture 3 - Seg 2, Chapter 1, Mole Balances: CSTR Design Equation (Continuous Stirred Tank Reactor)”.
31:54Lecture 38 - Seg 1, Chapter 8: Nonisothermal Reactor Design, The Energy Balance
A 32-minute video from ChemE Explained: “Lecture 38 - Seg 1, Chapter 8: Nonisothermal Reactor Design, The Energy Balance”.
41:48Lecture 38 - Seg 2, Chapter 8: Nonisothermal Reactor Design - Heat, Work, & Heat of Reaction
A 42-minute video from ChemE Explained: “Lecture 38 - Seg 2, Chapter 8: Nonisothermal Reactor Design - Heat, Work, & Heat of Reaction”.
24:54Lecture 38 - Seg 3, Chapter 8, Enthalpy of Streams in Energy Balance: ideal vs non-ideal solution
A 25-minute video from ChemE Explained: “Lecture 38 - Seg 3, Chapter 8, Enthalpy of Streams in Energy Balance: ideal vs non-ideal solution”.
17:51Lecture 38 - Seg 4, Chapter 8, Enthalpy of Streams in Energy Balance: ideal vs non-ideal solution
A 18-minute video from ChemE Explained: “Lecture 38 - Seg 4, Chapter 8, Enthalpy of Streams in Energy Balance: ideal vs non-ideal solution”.
25:48Lecture 39 - Seg 1, Chapter 8, Energy Balance: Evaluating the Heat of Reaction
A 26-minute video from ChemE Explained: “Lecture 39 - Seg 1, Chapter 8, Energy Balance: Evaluating the Heat of Reaction”.
17:20Lecture 39 - Seg 2, Chapter 8: Nonisothermal Reactor Design - Adiabatic Energy Balance
A 17-minute video from ChemE Explained: “Lecture 39 - Seg 2, Chapter 8: Nonisothermal Reactor Design - Adiabatic Energy Balance”.
34:09Lecture 4 - Seg 1, Chapter 1: Mole Balances, Design Equations for PFR and PBR.
A 34-minute video from ChemE Explained: “Lecture 4 - Seg 1, Chapter 1: Mole Balances, Design Equations for PFR and PBR.”.
21:22Lecture 4 - Seg 2, Chapter 1, How large should a PFR/CSTR be to achieve a desired conversion?
A 21-minute video from ChemE Explained: “Lecture 4 - Seg 2, Chapter 1, How large should a PFR/CSTR be to achieve a desired conversion?”.
15:47Lecture 40 - Seg 1, Chapter 8, Designing Non-Isothermal, Adiabatic Reactor (isomerization of butane)
A 16-minute video from ChemE Explained: “Lecture 40 - Seg 1, Chapter 8, Designing Non-Isothermal, Adiabatic Reactor (isomerization of butane)”.
16:18Lecture 40 - Seg 2, Chapter 8, Designing Non-Isothermal, Adiabatic Reactor (isomerization of butane)
A 16-minute video from ChemE Explained: “Lecture 40 - Seg 2, Chapter 8, Designing Non-Isothermal, Adiabatic Reactor (isomerization of butane)”.
33:27Lecture 41 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Deriving dT/dV equation for PFR
A 33-minute video from ChemE Explained: “Lecture 41 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Deriving dT/dV equation for PFR”.
20:12Lecture 41 - Seg 2, Chapter 8: Non-Isothermal, Non-Adiabatic Reactor Design, Isomerization of Butane
A 20-minute video from ChemE Explained: “Lecture 41 - Seg 2, Chapter 8: Non-Isothermal, Non-Adiabatic Reactor Design, Isomerization of Butane”.
20:33Lecture 42 - Seg 1, Chapter 8, Deriving dTa/dV equation for PFR (ambient temperature profile)
A 21-minute video from ChemE Explained: “Lecture 42 - Seg 1, Chapter 8, Deriving dTa/dV equation for PFR (ambient temperature profile)”.
27:45Lecture 42 - Seg 2, Chapter 8: Nonisothermal Reactor Design - PFR for Thermal Cracking of Acetone
A 28-minute video from ChemE Explained: “Lecture 42 - Seg 2, Chapter 8: Nonisothermal Reactor Design - PFR for Thermal Cracking of Acetone”.
19:29Lecture 42 - Seg 3, Chapter 8, Example 8-5, Thermal Cracking of Acetone (Isothermal Operation)
A 19-minute video from ChemE Explained: “Lecture 42 - Seg 3, Chapter 8, Example 8-5, Thermal Cracking of Acetone (Isothermal Operation)”.
13:18Lecture 43, Chapter 8, Example 8-5, Thermal Cracking of Acetone (Adiabatic & Non-Adiabatic Reactor)
A 13-minute video from ChemE Explained: “Lecture 43, Chapter 8, Example 8-5, Thermal Cracking of Acetone (Adiabatic & Non-Adiabatic Reactor)”.
16:16Lecture 45 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Multiple Chemical Reactions
A 16-minute video from ChemE Explained: “Lecture 45 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Multiple Chemical Reactions”.
39:53Lecture 45 - Seg 2, Chapter 8, Example 8-10 Parallel Reactions in a PFR with Heat Effects
A 40-minute video from ChemE Explained: “Lecture 45 - Seg 2, Chapter 8, Example 8-10 Parallel Reactions in a PFR with Heat Effects”.
26:46Lecture 46 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Adiabatic Equilibrium Conversion
A 27-minute video from ChemE Explained: “Lecture 46 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Adiabatic Equilibrium Conversion”.
28:02Lecture 46 - Seg 2, Chapter 8, Reactor Staging with Interstage Cooling or Heating
A 28-minute video from ChemE Explained: “Lecture 46 - Seg 2, Chapter 8, Reactor Staging with Interstage Cooling or Heating”.
38:05Lecture 47 - Seg 1, Chapter 8, Example 8-7: Interstage cooling for highly exothermic reversible rxns
A 38-minute video from ChemE Explained: “Lecture 47 - Seg 1, Chapter 8, Example 8-7: Interstage cooling for highly exothermic reversible rxns”.
21:05Lecture 47 - Seg 2, Chapter 8, Example 8-7: Interstage cooling for highly exothermic reversible rxns
A 21-minute video from ChemE Explained: “Lecture 47 - Seg 2, Chapter 8, Example 8-7: Interstage cooling for highly exothermic reversible rxns”.
35:41Lecture 48 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Optimum Feed Temperature
A 36-minute video from ChemE Explained: “Lecture 48 - Seg 1, Chapter 8: Nonisothermal Reactor Design - Optimum Feed Temperature”.
18:58Lecture 48 - Seg 2, Chapter 8: Nonisothermal Reactor Design - CSTR with Heat Effects
A 19-minute video from ChemE Explained: “Lecture 48 - Seg 2, Chapter 8: Nonisothermal Reactor Design - CSTR with Heat Effects”.
37:08Lecture 49 - Seg 1, Chapter 8, Example 8-8 Production of Propylene Glycol in an Adiabatic CSTR
A 37-minute video from ChemE Explained: “Lecture 49 - Seg 1, Chapter 8, Example 8-8 Production of Propylene Glycol in an Adiabatic CSTR”.
10:10Lecture 49 - Seg 2, Chapter 8, Example 8-9 (A): CSTR with a Cooling Coil (Solving with Excel)
A 10-minute video from ChemE Explained: “Lecture 49 - Seg 2, Chapter 8, Example 8-9 (A): CSTR with a Cooling Coil (Solving with Excel)”.