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Mass Balance Fundamentals
Welcome
Welcome/Trailer (3:46)
Before you Start - Course Overview (31:49)
The Most Important Subject - Mass Balance!
Reference Materials & Downloads
E-Book - Course Companion
Other Media - Graphs, Diagrams, Files and More....
Notes: Updated Course! (3:15)
Mass Balance Basics
UPDATE (2023): Notes on this Section (2:05)
Mass Balance - An Introduction (7:52)
Principles and Equations (20:14)
Types of Processes (33:02)
Diagram Construction (14:58)
Scale-up and Basis of Calculation (12:52)
Mass Balances with NO Chemical Reaction (15:13)
Mass Balance - A Methodology (16:39)
Mass Balances in 2 Units (17:56)
Mass Balances in 2 or More Units (6:48)
Bypass & Recycle in Mass Balances (22:10)
Section 1 Break & Review (3:43)
Mass Balances in Reactive Systems (26:25)
Section 2 Break & Review (4:39)
Chemical Equilibrium and Mass Balances (20:55)
Mass Balance with Multiple Chemical Reactions (27:08)
Mass Balances using Atomic Species Balances (21:07)
The Concept of Global and Single Pass Conversion (5:49)
Mass Balances with Purge (6:21)
Exercise - Chemical Process with Purge (24:13)
Combustion and Mass Balances (26:00)
Exercise: Combustion and Mass Balances (10:28)
BONUS - Practice Problems 4.26 Sulfur Dioxide SO2 Scrubbing Operation (34:43)
Recommended - Practice Problems!
End of Section 2 (4:08)
Closure to "Mass Balance Introduction" (7:32)
Evaluation - Block 1 Part A
Evaluation - Block 1 Part B
Evaluation - Block 1 Part C
Mass Balance in Single Phase
UPDATE (2023): Notes on this Section (1:26)
Introduction to Single Phase Processes and their Mass Balances (3:12)
Mass Balance of Solids & Liquids (17:52)
Section 1 Break & Review (1:54)
Ideal Gases - Theory & Exercises (41:49)
Exercises: Mass Balances with Ideal Gases (11:34)
BONUS - Practice Problems 5.54 Production of Methanol with Ideal Gas Equilibrium (48:50)
Real Gases - How to Model Them (6:49)
Virial Equation (Real Gas Model) - Theory and Exercise (12:40)
The "Z" Compressibility Factor for Real Gases - Theory and Exercise (26:29)
Section 2 Break & Review (0:34)
Closure to Single Phase Mass Balances (4:13)
Recommended Practice Problems for Block 2
Evaluation Block 2
Mass Balance in Multiple Phase
UPDATE (2023): Notes on this Section (1:34)
Mutiple Phase Material Balances - An Introduction (9:04)
Phase Diagrams - How to use them (36:22)
Gibbs Phase Rule (20:10)
Vapor-Liquid Systems - One Condensable Species (29:07)
Humidity and Psychrometric Charts - Theory and Exercises (30:03)
Section Break & Review (4:15)
Vapor-Liquid Equilibrium Systems (Henry Law, Raoults Law & more) (38:16)
BONUS - Practice Problems 6.44 Production of Sulfuric Acid given Vapor Pressures (20:05)
Solid-Liquid Equilibrium Systems (Solubility, Crystallization, Hydrated Salts & more) (24:37)
Liquid-Liquid Equilibrium Systems - (Extraction & More) (14:13)
Recommended Practice Problems for Block 3
Closure - Multiple Phase Mass Balances (5:33)
Evaluation Block 3
Transient State Mass Balances
UPDATE (2023): Notes on this Section (1:26)
Introduction to Transient State (Unsteady State) Mass Balances (5:15)
Theory behind Transient State (63:43)
Exercises: Unsteady State Mass Balances (29:28)
Recommended Practice Problems for Block 4
Closure - Transient State Mass Balances (6:39)
Evaluation Block 4
Closure
UPDATE (2023): Final Notes (1:07)
Course Content Review & Closure (13:56)
Bonus Lecture - What's Next? (5:26)
BONUS - Top Technical Questions in Mass Balance (37:43)
UPDATE (2023): Notes on this Section
Complete and Continue