Course Rationale for 1st Semester 2010-2011 (Uploaded 08 June 2010)
Schedule of Lectures for 1st Semester 2010-2011 (Uploaded 12 June 2010)
Part 1. Fundamental Concepts in Chemical Engineering Calculations
Lecture 1. Units and Dimensions
Lecture 2. Regression and Nonlinear Axes
Lecture 3. Fundamental Process Variables
Lecture 4. The Chemical Equation and Stoichiometry
Handout A. Factors for Unit Conversion and SI Prefixes
Handout B. Periodic Table of Elements
Problem Set 1
Part 2. Gasses and Phase Equilibrium
Lecture 5. Ideal Gas Calculations
Lecture 6. Real Gas Relationships
Lecture 7. Vapor-Liquid Equilibria
Handout C. Table of Critical Properties
Handout D. Compressibility Factor
Handout E. Constants for Van der Waals and Redlich-Kwong and Pitzer Accentric Factor
Handout F. Constants for the Antoine Equation
Handout G1. Saturated Water - Temperature Table
Handout G2. Saturated Water - Pressure Table
Handout H. Superheated Water
Handout I. Vapor Pressure of Water (0-100 C)
Problem Set 2
Evaluation Exam 1
Part 3. Material Balances
Lecture 8. The Balance Concept
Lecture 9. Solving Material Balance Problems Involving Non-Reactive Processes
Solutions to Examples 9-5 and 9-6
Lecture 10. Solving Material Balance Problems Involving Reactive Processes
Lecture 11. Combustion Processes
Lecture 12. Recycle, Bypass, and Purge Calculations
Problem Set 3
Part 4. Energy Balances
Lecture 13. Concepts and Units
Lecture 14. Calculation of Enthalpy Changes
Lecture 15. Solving Energy Balance Problems Involving Non-Reactive Processes
Lecture 16. Solving Energy Balance Problems Involving Reactive Processes
Problem Set 4
Schedule of Lectures for 1st Semester 2010-2011 (Uploaded 12 June 2010)
Part 1. Fundamental Concepts in Chemical Engineering Calculations
Lecture 1. Units and Dimensions
Lecture 2. Regression and Nonlinear Axes
Lecture 3. Fundamental Process Variables
Lecture 4. The Chemical Equation and Stoichiometry
Handout A. Factors for Unit Conversion and SI Prefixes
Handout B. Periodic Table of Elements
Problem Set 1
Part 2. Gasses and Phase Equilibrium
Lecture 5. Ideal Gas Calculations
Lecture 6. Real Gas Relationships
Lecture 7. Vapor-Liquid Equilibria
Handout C. Table of Critical Properties
Handout D. Compressibility Factor
Handout E. Constants for Van der Waals and Redlich-Kwong and Pitzer Accentric Factor
Handout F. Constants for the Antoine Equation
Handout G1. Saturated Water - Temperature Table
Handout G2. Saturated Water - Pressure Table
Handout H. Superheated Water
Handout I. Vapor Pressure of Water (0-100 C)
Problem Set 2
Evaluation Exam 1
Part 3. Material Balances
Lecture 8. The Balance Concept
Lecture 9. Solving Material Balance Problems Involving Non-Reactive Processes
Solutions to Examples 9-5 and 9-6
Lecture 10. Solving Material Balance Problems Involving Reactive Processes
Lecture 11. Combustion Processes
Lecture 12. Recycle, Bypass, and Purge Calculations
Problem Set 3
Part 4. Energy Balances
Lecture 13. Concepts and Units
Lecture 14. Calculation of Enthalpy Changes
Lecture 15. Solving Energy Balance Problems Involving Non-Reactive Processes
Lecture 16. Solving Energy Balance Problems Involving Reactive Processes
Problem Set 4