Topic: Distillation | Mass Transfer - Video Lectures

Topic outline

General
- Select activity Course Summary
  Course Summary:
  Quick Review of Theory and Solving Representative Problems on Mass Transfer covering the Undergraduate Chemical Engineering syllabus, and latest GATE-exam syllabus: Diffusion, Mass Transfer Coefficients, Gas-Liquid Contactors, Gas Absorption, Distillation - Batch, Flash, and Continuous Distillations - McCabe-Thiele method, Extraction, Humidification, Drying, and Adsorption.
  
  Objective Type Questions and Problems with Detailed Solutions (65 nos.) - Video Lectures with Handwritten-Transcripts
  
  Topic-wise Interactive Self-Assessment Quizzes
  
  Questions from Past GATE Exams CH, AG streams, and Standard Textbooks.
  
  Videos: 10 hours of recorded lectures - 1.5 hours of Theory; 8.5 hours of Problem Solving
  
  This course is part of Chemical Engineering Video Lectures Bundle.
  
  Price of this course in Indian Rupees: 1,000 (6-months access from the date of purchase)
  
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- Select activity Announcements
  
  Announcements Forum
  
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Distillation
- Select activity Checklist
  
  Checklist
  
  Students must
  
  Check-off items: 90%
- Select activity Relative Volatility and Equilibrium Ratio
  
  Relative Volatility and Equilibrium Ratio Page
  
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- Select activity Composition of Ternary System from Relative Volatility Data
  
  Composition of Ternary System from Relative Volatility Data Page
  
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- Select activity Identifying the State of Mixture - Vapor / Liquid
  
  Identifying the State of Mixture - Vapor / Liquid Page
  
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- Select activity Batch Distillation - Composition of Residue
  
  Batch Distillation - Composition of Residue Page
  
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- Select activity Batch Distillation - Mole Fraction of Distillate
  
  Batch Distillation - Mole Fraction of Distillate Page
  
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- Select activity Batch Distillation - Moles of Residue
  
  Batch Distillation - Moles of Residue Page
  
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- Select activity Batch Distillation - Product Composition vs Time
  
  Batch Distillation - Product Composition vs Time Page
  
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- Select activity Flash Distillation - Feed Composition
  
  Flash Distillation - Feed Composition Page
  
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- Select activity Flash Distillation - Composition and Energy Required
  
  Flash Distillation - Composition and Energy Required Page
  
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- Select activity Partial Condenser
  
  Partial Condenser Page
  
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- Select activity Maximum Difference between y* and x
  
  Maximum Difference between y* and x Page
  
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- Select activity Slope of q-Line
  
  Slope of q-Line Page
  
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- Select activity Reflux Ratio from q-line and Equilibrium Curve Meeting Point
  
  Reflux Ratio from q-line and Equilibrium Curve Meeting Point Page
  
  Students must
  
  Mark as done
- Select activity Reflux Ratio from Vapor Compositions in Successive Trays
  
  Reflux Ratio from Vapor Compositions in Successive Trays Page
  
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- Select activity McCabe-Thiele Method - Reflux Ratio and Feed Quality
  
  McCabe-Thiele Method - Reflux Ratio and Feed Quality Page
  
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- Select activity Feed Conditions from Operating Lines Data
  
  Feed Conditions from Operating Lines Data Page
  
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- Select activity Reflux Ratio from Enriching Section Data
  
  Reflux Ratio from Enriching Section Data Page
  
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- Select activity Reflux Ratio and Composition from Material and Energy Data
  
  Reflux Ratio and Composition from Material and Energy Data Page
  
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- Select activity Stripping Line of Column with Open Steam
  
  Stripping Line of Column with Open Steam Page
  
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- Select activity Composition of Vapor from Column at Total Reflux
  
  Composition of Vapor from Column at Total Reflux Page
  
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- Select activity Minimum Number of Trays for a Separation
  
  Minimum Number of Trays for a Separation Page
  
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- Select activity Reflux Ratio vs Product Composition
  
  Reflux Ratio vs Product Composition Page
  
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- Select activity Number of Trays and Reboiler Heat Load at Minimum Reflux
  
  Number of Trays and Reboiler Heat Load at Minimum Reflux Page
  
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- Select activity Cost vs Reflux Ratio
  
  Cost vs Reflux Ratio Page
  
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- Select activity Vapor Composition for the given Murphree Efficiency
  
  Vapor Composition for the given Murphree Efficiency Page
  
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- Select activity Murphree Vapor Efficiency
  
  Murphree Vapor Efficiency Page
  
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- Select activity Scale-up of Distillation Column
  
  Scale-up of Distillation Column Page
  
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- Select activity Distillation of Azeotropic System with Two Columns in Series
  
  Distillation of Azeotropic System with Two Columns in Series Page
  
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Topic outline

General

Distillation