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Chemical Reaction Engineering

Chemical Reaction Engineering. Instructor: Prof. Jayant Modak, Department of Chemical Engineering, IISc Bangalore. The objective of this course is to help the student master several advanced ideas in chemical reaction engineering, notably: 1) Complex chemical reaction mechanisms and kinetics, 2) Transport effects in multiphase reactive systems, 3) Advanced reactor design and stability, including consideration of the energy balance. On completion of the course, the student should be able to design/analyze a variety of complex reacting systems in both traditional and nontraditional areas of chemical engineering. (from nptel.ac.in)

Lecture 02 - Basic Concepts: Representations of Chemical Reactions

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Introduction

Lecture 01 - Introduction and Overview

Stoichiometry, Kinetics and Ideal Reactors

Lecture 02 - Basic Concepts: Representations of Chemical Reactions

Lecture 03 - Thermodynamics of Chemical Reactions

Lecture 04 - Thermodynamics of Chemical Reactions (cont.)

Lecture 05 - Chemical Reaction Kinetics: Overview

Lecture 06 - Chemical Reaction Kinetics and Reactor Design

Lecture 07 - Chemical Reactor Design

Lecture 08 - Problem Solving: Thermodynamics and Kinetics

Complex Reactions

Lecture 09 - Complex Reactions: Introduction

Lecture 10 - Complex Reactions: Yield and Selectivity

Lecture 11 - Complex Reactions: Quasi Steady State and Quasi Equilibrium Approximations

Lecture 12 - Complex Reactions: Kinetics of Chain Reactions and Polymerization

Lecture 13 - Catalytic Reactions: Introduction

Lecture 14 - Catalytic Reactions: Adsorption and Desorption

Lecture 15 - Catalytic Reactions: Kinetics

Lecture 16 - Monomolecular Reaction Network and Lumping Analysis

Lecture 17 - Problem Solving: Complex Reactions

Heterogeneous Reactions

Lecture 18 - Gas-solid Catalytic Reactions: External diffusion

Lecture 19 - Gas-solid Catalytic Reactions: Transport in Catalyst Pellet

Lecture 20 - Gas-solid Catalytic Reactions: Diffusion and Reaction I

Lecture 21 - Gas-solid Catalytic Reactions: Diffusion and Reaction II

Lecture 22 - Gas-solid Catalytic Reactions: Diffusion and Reaction III

Lecture 23 - Gas-solid Catalytic Reactions: Nonisothermal Effects

Lecture 24 - Gas-solid Noncatalytic Reactions

Lecture 25 - Gas-liquid Reactions

Lecture 26 - Problem Solving: Heterogeneous Reactions

Reactor Design

Lecture 27 - Chemical Reactor Design: Mass and Energy Balances

Lecture 28 - Chemical Reactor Design: Mass and Energy Balances for Heterogeneous Reactions

Lecture 29 - Nonisothermal Reactor Operation

Lecture 30 - Case Study: Ethane Dehydrogenation

Lecture 31 - Case Study: Hydrogenation of Oil

Lecture 32 - Case Study: Ammonia Synthesis

Lecture 33 - Autothermal Reactors

Lecture 34 - Parametric Sensitivity

Lecture 35 - CSTR - Multiple Steady States

Lecture 36 - Stability Analysis - Basics

Lecture 37 - Stability Analysis - Examples

Lecture 38 - Nonideal Flow and Reactor Performance

Lecture 39 - Nonideal Flow and Reactor Performance (cont.)

Lecture 40 - Problem Solving: Reactor Design