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M.E.- Chemical Engineering
BITS Pilani


Umang Goswami

This course deals with the separation processes that are used in the industry. This course includes the designing and understanding of different processes in Chemical Engineering.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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English

Mass Transfer: Chemical Engineering

Theories of Mass Transfer

Mass Transfer Operation

Chemical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Introduction to Mass Transfer

Diffusion

Molecular Diffusion

Diffusivity Prediction and Measurement

Continuity equation and diffusion in solids

L6: Problems on Diffusion

L7: Problems on Diffusion Mass transfer

L8: Mass transfer coefficients

L9: Dimensionless numbers and correlations

L9: Dimensionless Numbers and correlations

L10: Problems on Dimensionless numbers and correlations

L11: Mass transfer coefficients in the laminar flow

L11: Mass transfer coefficients in Laminar Flow

L12: Mass transfer coefficients in turbulent flow - Film theory

L12: Film theory

L13: Mass transfer coefficients in turbulent flow - Penetration and surface renewal theory

L13: Penetration and surface renewal theory

L14: Boundary layer Theory

L15: Interphase Mass transfer

L16: Interphase mass transfer (contd.)

L17: Problems on interphase mass transfer

L17: Problems on interphase mass transfer.

L18: Problems on interphase mass transfer (contd.)

L19: Distillation

L23: Flash Distillation

L20: concept of relative volatility and Raoults law

L20: Relative volatility and Raoults law

L21: vapor liquid equilibrium and T-xy plot

L21: Vapor Liquid Equilibria, T-xy Plot

L22: Vapor liquid equilibria and P-xy Plot

L22: Vapor liquid equilibria and P-xy plot

L24: Problems on Flash Distillation

L25: Simple/ Differential Distillation

L26: Problems on differential distillation

L26: Problems in Differential distillation

L27: Problems on differential distillation (contd.)

L27: Problems on Differential distillation (cont.)

L28: Continuous Fractionation

L29: Continuous Fractionation (contd.)

L30: Feed Conditions

L31: Feed line equations

L32: Problems on feed line equation

L33: Mc- Cabe Thiele method

L34: Mc-Cabe Thiele method (contd.)

L35: Problems on continuous fractionation

L35: Problems on continuos fractionation

L36: Problems on continuous fractionation (contd.)

L37: Problems on continuous fractionation (contd.)

L38: Maximum and minimum reflux ratio

L39: Problems on minimum and maximum reflux ratio

L39: Problems on maximum and minimum reflux ratio

L40: Azeotropic and extractive distillation

L41: Absorption Material Balance

L42: Material balance (contd.)

L43: Cascade material balance

L44: Kremser Brown equation

L45: Absorption

L46: Absorption (contd.)

L47: Height of the tower

L48: Height of Tower (contd.)

L49: Height of tower (contd.)

L50: Height of tower (contd.) And HETP

L51: Numericals on absorption

L52: Numericals on Absorption (contd.)

L53: Numericals on Absorption (contd.)

L54: Drying

L55: Drying (contd.)

L56: Thermodynamics of Drying

L57: Drying curves

L58: Heat transfer aspect of drying

L59: Heat transfer aspect of drying (contd.)

L59: Heat transfer spect of drying (contd.)

L61: Numericals on drying

L62: Numericals on drying

L63: Numericals on drying

L64: Numericals on drying

L65: Liquid liquid extraction

L66: Thermodynamics of liquid liquid extraction

L67: Thermodynamics of liquid liquid extraction Type 1 system

L67: Thermodynamics of liquid liquid extraction

L68: Thermodynamics of liquid liquid extraction Type 2 system

L69: Solvent selection

L60: Numericals on drying

L70: Multistage extraction

L71: Numericals on LLE

L72: Numericals on LLE

L73: Numericals on LLE

L74: Numericals on LLE

L75: Adsorption

L76: Adsorption

L77: Numericals on Absorption

L78: Numericals on Adsorption

L79: Equipment for gas liquid operations

L80: Equipment for gas liquid separation

L81: Crystallisation

A graduate in Chemical Engineering from NIT Calicut, I am currently studying for M.tech in Chemical Engineering at IIT Bombay.

Athena Susan Sajan

The course guides you through the basics of Absorption and Stripping Process,  about operating line, equilibrium, and methods to find the number of stages required theoretically, which is a prerequisite to finding stage efficiency.

Absorption, Stripping Basics and Stage Efficiency: GATE

I am an M.Tech student of NIT TRICHY. I have done B.Tech in Chemical Engineering.GATE 2018 rank 704.

Vidhi Shah

This course covers the topics of VLE, Distillation, simple distillation,flash distillation, steam distillation and continuous Distillation.
each topic is followed by past year Questions.
suitable course for GATE CHEMICAL ENGINEERING MASS TRANSFER.

(Hindi) VLE and Distillation

This course covers the topics of Liquid-Liquid Extraction in detail. It gives information on single stage and multi stage extraction operation. 
This course will also touch upon Leaching.
Past Year Questions linked to the topics are also discussed.

Lessons

81 lessons • 11h 9m

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Introduction to Mass Transfer

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Diffusion

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Molecular Diffusion

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Diffusivity Prediction and Measurement

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Continuity equation and diffusion in solids

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L6: Problems on Diffusion

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L7: Problems on Diffusion Mass transfer

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L8: Mass transfer coefficients

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L9: Dimensionless Numbers and correlations

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L10: Problems on Dimensionless numbers and correlations

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