Topic: Non-ideal Reactors | Reaction Engineering - Video Lectures

Topic outline

General
- Select activity Course Summary
  Course Summary:
  Quick Review of Theory and Solving Representative Problems on Chemical Reaction Engineering covering the undergraduate chemical engineering syllabus, and latest GATE-exam syllabus: Kinetics of Homogeneous Reactions from Batch Reactor, Performance Equations of Ideal Reactors, Combination of Reactors for Single and Multiple Reactions, Temperature Effects, Non-idealities, Heterogenous Reactions, LHHW Models, Pore Diffusion Effects.
  
  Objective Type Questions and Problems with Detailed Solutions (100 nos.) - Video Lectures with Handwritten-Transcripts
  
  Topic-wise Interactive Self-Assessment Quizzes
  
  Questions from Past GATE Exams CH, BT streams, and Standard Textbooks - Levenspiel, etc..
  
  Videos: 15 hours of recorded lectures - 3 hours of Theory; 12 hours of Problem Solving.
  
  This course is part of Chemical Engineering Video Lectures Bundle.
  
  Price of this course in Indian Rupees: 600 (1-month access) / 1500 (6-months access)
  
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- Select activity Levenspiel 3rd Edition - Problems
  
  Levenspiel 3rd Edition - Problems Checklist
  
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Non-ideal Reactors
- Select activity Residence Time from C-curve - Triangular
  
  Residence Time from C-curve - Triangular Page
  
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- Select activity Residence Time from C-curve - Rectangular
  
  Residence Time from C-curve - Rectangular Page
  
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- Select activity Mean Residence Time from E-curve
  
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- Select activity Conversion of Parallel Reactions in Non-ideal Reactor
  
  Conversion of Parallel Reactions in Non-ideal Reactor Page
  
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- Select activity Conversion of Second Order Reaction in Non-ideal Reactor
  
  Conversion of Second Order Reaction in Non-ideal Reactor Page
  
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- Select activity Volume Ratio of PFR to MFR from E-curve
  
  Volume Ratio of PFR to MFR from E-curve Page
  
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- Select activity Identifying Reactors from Pulse Input
  
  Identifying Reactors from Pulse Input Page
  
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- Select activity RTD of Two Reactors in Series
  
  RTD of Two Reactors in Series Page
  
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- Select activity Identifying Reactors from Step Input
  
  Identifying Reactors from Step Input Page
  
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- Select activity RTD Studies with Step Input
  
  RTD Studies with Step Input Page
  
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- Select activity Identifying Reactors from Pulse Input
  
  Identifying Reactors from Pulse Input Page
  
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- Select activity Conversion from Exit Age Distribution
  
  Conversion from Exit Age Distribution Page
  
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- Select activity Useful Volume of Reactor from E-curve
  
  Useful Volume of Reactor from E-curve Page
  
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Topic outline

General

Non-ideal Reactors