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Mass Transfer Operations Fundamentals

Track :

Engineering

Lessons no : 55

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What will you learn in this course?
  • Master mass transfer principles for efficient separation processes and unit operations in chemical engineering contexts
  • Apply diffusion, distillation, and absorption techniques to real-world industrial separation challenges
  • Design and optimize mass transfer equipment for improved process efficiency and safety
  • Analyze mass transfer phenomena using Fick’s law and related models for process improvement
  • Evaluate the effectiveness of various separation methods in chemical and process industries
  • Implement mass transfer operations to enhance product purity and yield in manufacturing processes
  • Troubleshoot common issues in mass transfer equipment to minimize downtime and operational costs
  • Utilize simulation tools to model and predict mass transfer behavior in complex systems
  • Integrate mass transfer concepts into process design for sustainable and environmentally friendly operations
  • Assess the impact of temperature, pressure, and concentration gradients on mass transfer efficiency
  • Develop strategies for scaling up laboratory mass transfer processes to industrial levels
  • Interpret experimental data to optimize separation processes and improve process control

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  • The Certificate is free !
Lessons | 55
Introduction to Mass Transfer Operations Trailer
00:02:41

Introduction to Mass Transfer Operations Trailer
Welcome to the Introduction to Mass Transfer Course Lec001
00:02:42

Welcome to the Introduction to Mass Transfer Course Lec001
Course Content Introduction to Mass Transfer Operations Lec002
00:05:37

Course Content Introduction to Mass Transfer Operations Lec002
Objectives Goals Introduction to Mass Transfer Operations Lec003
00:05:12

Objectives Goals Introduction to Mass Transfer Operations Lec003
Why should you study an Introduction to Mass Transfer Operations Lec004
00:04:44

Why should you study an Introduction to Mass Transfer Operations Lec004
Typical Structure Syllabus of a Mass Transfer Operations Course Lec005
00:04:16

Typical Structure Syllabus of a Mass Transfer Operations Course Lec005
What is a Mass Transfer Operation Lec007
00:02:57

What is a Mass Transfer Operation Lec007
Separation Process vs Mass Transfer Operation The difference between each other Lec008
00:01:56

Separation Process vs Mass Transfer Operation The difference between each other Lec008
Processes Differences Separation vs Mixing vs Agitation Lec010
00:05:07

Processes Differences Separation vs Mixing vs Agitation Lec010
Section 2 Introduction Overview of Separation Processes Lec015
00:02:18

Section 2 Introduction Overview of Separation Processes Lec015
History of Separation Technologies Common Processes Products Lec018
00:06:13

History of Separation Technologies Common Processes Products Lec018
Ore Extraction Copper production using Separation Processes Lec022
00:02:43

Ore Extraction Copper production using Separation Processes Lec022
Mass Separating Agent MSA vs Energy Separating Agents ESA Lec035
00:06:15

Mass Separating Agent MSA vs Energy Separating Agents ESA Lec035
Classification of Separation Processes via Type of Procedure Methodology Lec041
00:03:00

Classification of Separation Processes via Type of Procedure Methodology Lec041
Classification of Separation Processes via Phases Involved in the Mixture Lec042
00:02:51

Classification of Separation Processes via Phases Involved in the Mixture Lec042
Separation by Phase Addition e g Liquid Extraction Gas Absorption Lec043
00:02:21

Separation by Phase Addition e g Liquid Extraction Gas Absorption Lec043
Separation by Phase Creation e g Distillation Evaporation Lec045
00:02:05

Separation by Phase Creation e g Distillation Evaporation Lec045
Separation by Barrier e g Membrane Filters Lec046
00:02:21

Separation by Barrier e g Membrane Filters Lec046
Separation by Solid Agent e g Adsorption Ion Exchange Chromatography Lec047
00:02:36

Separation by Solid Agent e g Adsorption Ion Exchange Chromatography Lec047
Separation by External Field or Gradient E g Electric Gravitational Magnetic Fields Lec048
00:01:40

Separation by External Field or Gradient E g Electric Gravitational Magnetic Fields Lec048
Separations by Mechanical Physical Interaction e g Decanting Settling Sieving Lec049
00:01:39

Separations by Mechanical Physical Interaction e g Decanting Settling Sieving Lec049
Equilibrium Based Models vs Rate Based Calculations Model Analysis Lec051
00:05:54

Equilibrium Based Models vs Rate Based Calculations Model Analysis Lec051
Section 2 Closure Overview of Separation Processes Lec056
00:01:34

Section 2 Closure Overview of Separation Processes Lec056
Section 3 Introduction Separation by Phase Creation Phase Addition Lec057
00:04:00

Section 3 Introduction Separation by Phase Creation Phase Addition Lec057
Separation by Phase Addition Creation Theoretical Concepts Fundamentals Lec058
00:08:07

Separation by Phase Addition Creation Theoretical Concepts Fundamentals Lec058
Flash Distillation Separation Process involving Creation of a Phase Lec060
00:10:05

Flash Distillation Separation Process involving Creation of a Phase Lec060
Animation Application of a McCabe Thiele Method for Methanol Water Separation Lec062
00:04:10

Animation Application of a McCabe Thiele Method for Methanol Water Separation Lec062
Introduction to Azeotropic Distillation Azeotrope Displacement and Separation Lec068
00:04:40

Introduction to Azeotropic Distillation Azeotrope Displacement and Separation Lec068
Animation Separating Binary Azeotropes using Pressure Swing Distillation Lec070
00:02:56

Animation Separating Binary Azeotropes using Pressure Swing Distillation Lec070
Extractive Distillation vs Azeotropic Distillation Main Similarities Differences Lec072
00:03:42

Extractive Distillation vs Azeotropic Distillation Main Similarities Differences Lec072
Reboiled Absorption Gas Absorption Application with Reboiling Lec081
00:02:20

Reboiled Absorption Gas Absorption Application with Reboiling Lec081
Section 4 Introduction Separation by Barrier such as Membranes Lec089
00:02:36

Section 4 Introduction Separation by Barrier such as Membranes Lec089
Animation Membrane Concentration Profile Effect of Concentration and Membrane Width Lec093
00:03:11

Animation Membrane Concentration Profile Effect of Concentration and Membrane Width Lec093
Introduction to Membranes What are Membranes how do they work why do we need them Lec095
00:06:48

Introduction to Membranes What are Membranes how do they work why do we need them Lec095
The Retentate Permeate The Main Products from a Membrane Process Lec098
00:03:37

The Retentate Permeate The Main Products from a Membrane Process Lec098
Advantages of Membrane Technologies Why are Membranes so Attractive Lec100
00:05:22

Advantages of Membrane Technologies Why are Membranes so Attractive Lec100
Reverse Osmosis Overview of the Industrial Application Process and Equipment Lec109
00:14:53

Reverse Osmosis Overview of the Industrial Application Process and Equipment Lec109
Nanofiltration Difference from Ultra and MicroFiltrations Bonus Lecture Lec114
00:03:24

Nanofiltration Difference from Ultra and MicroFiltrations Bonus Lecture Lec114
Section 5 Introduction Solid Agent Addition Adsorption Ion Exchange Chromatography Lec120
00:02:47

Section 5 Introduction Solid Agent Addition Adsorption Ion Exchange Chromatography Lec120
An Overview of Adsorption How does it work why do we use it Advantages Disadvantages Lec123
00:04:21

An Overview of Adsorption How does it work why do we use it Advantages Disadvantages Lec123
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Mass Transfer Operations course, In this course we will learn about Mass Transfer Operations, including principles and applications in separation processes and unit operations.