Excellent		2 Reviews
Good		0 Reviews
medium		0 Reviews
Acceptable		0 Reviews
Not Good		0 Reviews

Common Processes involving Mechanical Physical Lec192

Introduction to Mass Transfer Operations Trailer

Welcome to the Introduction to Mass Transfer Course Lec001

Course Content Introduction to Mass Transfer Operations Lec002

Objectives Goals Introduction to Mass Transfer Operations Lec003

Why should you study an Introduction to Mass Transfer Operations Lec004

Typical Structure Syllabus of a Mass Transfer Operations Course Lec005

What is a Mass Transfer Operation Lec007

Separation Process vs Mass Transfer Operation The difference between each other Lec008

Processes Differences Separation vs Mixing vs Agitation Lec010

Section 2 Introduction Overview of Separation Processes Lec015

History of Separation Technologies Common Processes Products Lec018

Ore Extraction Copper production using Separation Processes Lec022

Mass Separating Agent MSA vs Energy Separating Agents ESA Lec035

Classification of Separation Processes via Type of Procedure Methodology Lec041

Classification of Separation Processes via Phases Involved in the Mixture Lec042

Separation by Phase Addition e g Liquid Extraction Gas Absorption Lec043

Separation by Phase Creation e g Distillation Evaporation Lec045

Separation by Barrier e g Membrane Filters Lec046

Separation by Solid Agent e g Adsorption Ion Exchange Chromatography Lec047

Separation by External Field or Gradient E g Electric Gravitational Magnetic Fields Lec048

Separations by Mechanical Physical Interaction e g Decanting Settling Sieving Lec049

Equilibrium Based Models vs Rate Based Calculations Model Analysis Lec051

Section 2 Closure Overview of Separation Processes Lec056

Section 3 Introduction Separation by Phase Creation Phase Addition Lec057

Separation by Phase Addition Creation Theoretical Concepts Fundamentals Lec058

Flash Distillation Separation Process involving Creation of a Phase Lec060

Animation Application of a McCabe Thiele Method for Methanol Water Separation Lec062

Introduction to Azeotropic Distillation Azeotrope Displacement and Separation Lec068

Animation Separating Binary Azeotropes using Pressure Swing Distillation Lec070

Extractive Distillation vs Azeotropic Distillation Main Similarities Differences Lec072

Reboiled Absorption Gas Absorption Application with Reboiling Lec081

Section 4 Introduction Separation by Barrier such as Membranes Lec089

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

The Retentate Permeate The Main Products from a Membrane Process Lec098

Advantages of Membrane Technologies Why are Membranes so Attractive Lec100

Reverse Osmosis Overview of the Industrial Application Process and Equipment Lec109

Nanofiltration Difference from Ultra and MicroFiltrations Bonus Lecture Lec114

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

Cabinetry Basics

MFT and MFT related accessories

hinges workshops

CNC Computer numerical control

Jointing Systems

Cabinet tips

Festool Domino

Bandsaws

doors building

Communication Circuits Experiments

Experiments with PlutoSDR

Electric Motors

Energy Engineering

Digital Electronics

Engineering Hydrology

Engineering Mechanics