Chemical Reaction Engineering

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Contents:
Introduction & Overview – Basic Concepts:Representation of Chemical Reactions – Thermodynamics of Chemical Reactions:Part-I Chemical Reaction Kinetics and Reactor Design – Problem solving:Thermodynamics & kinetics – Introduction – Yield & Selectivity – Quasi Steady State and Quasi Equilibrium Approximations – Kinetics of chain Reactions & Polymerization – Introduction – Catalytic reactions – Adsorption & Desorption – kinetics -Monomolecular ReactionNetwork and Lumping Analysis – Problem solving:Complex reactions-as-solid Catalytic Reactions – External diffusion-Gas-solid Catalytic Reactions Transport in Catalyst Pellet

Nonisothermal effects – Gas-solid Noncatalytic Reactions – Gas-Liquid Reactions – Problem solving : Heterogenous reactions – Mass & Energy Balances – Chemical Reactor Design:Mass and Energy Balances for Heterogenous Reactions- Nonisothermal Reactor operation – Ethane dehyrogenation – Hydrogenation of Oil – Ammonia Synthesis – Autothermal reactors – Parametric Sensitivity – CSTR – Multiple Steady States – Stability Analysis – Basics – Nonideal flow and reactor performance – Problem solving:Reactor Design

Course Curriculum

Mod-01Lec-01 Introduction & Overview Details 49:20
Basic Concepts:Representation of Chemical Reactions Details 55:1
Thermodynamics of Chemical Reactions:Part-I Details 50:55
Thermodynamics of Chemical Reactions:Part II Details 51:2
Chemical Reaction Kinetics – Overview Details 51:8
Chemical Reaction Kinetics and Reactor Design Details 51:5
Chemical Reactor Design Details 51:17
Problem solving:Thermodynamics & kinetics Details 57:12
Complex Reactions – Introduction Details 52:19
Complex Reactions – Yield & Selectivity I Details 46:55
Complex Reactions – Quasi Steady State and Quasi Equilibrium Approximations II Details 46:9
Complex Reactions – Kinetics of chain Reactions & Polymerization III Details 53:52
Catalytic reactions – Introduction Details 48:35
Catalytic reactions – Adsorption & Desorption Details 46:48
Catalytic reactions-Kinetics Details 43:28
Monomolecular ReactionNetwork and Lumping Analysis Details 54:39
Problem solving:Complex reactions Details 53:57
Gas-solid Catalytic Reactions – External diffusion Details 50:10
Gas-solid Catalytic Reactions Transport in Catalyst Pellet Details 51:26
Gas-solid Catalytic Reactions – Diffusion & Reaction I Details 47:39
Gas – Solid Catalytic Reactions – Diffusion & Reaction II Details 45:30
Gas – solid Catalytic Reactions- Diffusion & Reaction III Details 47:46
Gas – solid Catalytic Reactions – Nonisothermal effects Details 45:55
Gas-solid Noncatalytic Reactions Details 57:9
Gas-Liquid Reactions Details 53:2
Problem solving : Heterogenous reactions Details 57:30
Chemical Reactor Design:Mass & Energy Balances Details 49:39
Chemical Reactor Design:Mass and Energy Balances for Heterogenous Reactions Details 56:24
Nonisothermal Reactor operation Details 54:7
Case Study – Ethane dehyrogenation Details 54:42
Case Study – Hydrogenation of Oil I Details 53:46
Case Study – Ammonia Synthesis II Details 57:43
Autothermal reactors Details 56:32
Parametric Sensitivity Details 52:6
CSTR – Multiple Steady States Details 54:7
Stability Analysis – Basics Details 56:10
Stability Analysis – Examples Details 58:9
Nonideal flow and reactor performance Details 55:46
Nonideal flow and reactor performance Details 58:19
Problem solving:Reactor Design Details 51:54

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