NOC:Advanced Reaction Engineering

Lecture 1 - Introduction

Lecture 2 - Introduction_Various Reactors_BR

Lecture 3 - Design Equation_Continuous reactor (CSTR_PFR_PBR)

Lecture 4 - Design Equation_Continuous reactor (CSTR_PFR_PBR)_Sizing

Lecture 5 - Reaction Rate with Conversion, Temperature, and pressure (Batch/Flow system)

Lecture 6 - Space time Space velocity and CSTRs in series/parallel

Lecture 7 - Effect of Pressure Drop on reactor design (PBR)_(X vs W) and (P vs W)

Lecture 8 - Effect of Pressure Drop on Reactor design (PBR)_(X vs W)_ (P vs W)

Lecture 9 - Effect of Pressure Drop in PBR reactor_Analytical solution of Differential equation

Lecture 10 - Effect of Pressure Drop in PBR reactor_Analytical solution for Reaction With Pressure drop

Lecture 11 - Effect of Pressure Drop in PBR reactor_Example

Lecture 12 - Differential Reactor_rate of reaction_catalyst deactivation

Lecture 13 - Catalyst deactivation

Lecture 14 - Catalyst Deactivation_Temperature (T) - Time (t) trajectories

Lecture 15 - Moving Bed Reactor_Catalyst deactivation

Lecture 16 - STTR_Catalyst deactivation

Lecture 17 - Multi phase reactors-1: Slurry reactor - 1

Lecture 18 - Multi phase reactors-1: Slurry reactor - 2

Lecture 19 - Multi phase reactors-1: Slurry reactor - 3

Lecture 20 - Multi phase reactors-2: Trickle bed reactor - 1

Lecture 21 - Multi phase reactors-2: Trickle bed reactor - 2

Lecture 22 - Multi phase reactors-2: Trickle bed reactor - 3

Lecture 23 - Bioreactor_Cell Growth and Rate laws

Lecture 24 - Bioreactors_Stoichiometry_Yield coefficients_rate of substrate consumption

Lecture 25 - Bioreactors_Example_Yield coefficients and rate law parameters estimation

Lecture 26 - Bioreactors_Mass Balances (Cell, Substrate, Product)

Lecture 27 - Bioreactors_Chemostats

Lecture 28 - Steady State Non Isothermal reactor design_EB equation

Lecture 29 - Steady State Non Isothermal reactor design_Example

Lecture 30 - SS Non Isothermal reactor design_Reaction with Heat Exchange

Lecture 31 - SS Non Isothermal reactor design_Heat Exchange_ T-profile for a few cases

Lecture 32 - SS Non Isothermal reactor design_Equilibrium conversion

Lecture 33 - SS Non Isothermal reactor design_Optimum feed temperature

Lecture 34 - SS Non Isothermal reactor design_Multiple Steady States

Lecture 35 - SS Non Isothermal reactor design_Ignition Extinction Curves

Lecture 36 - SS Non Isothermal reactor design_Runaway reaction in a CSTR

Lecture 37 - SS Non Isothermal reactor design_Energy Balance:Multiple rxn in a CSTR/PFR (Examples)

Lecture 38 - Non-ideal flow - 1

Lecture 39 - Basics of Non-ideal flow - 2

Lecture 40 - Basics of Non-ideal flow - 3

Lecture 41 - Non-ideal flow-Segregation model

Lecture 42 - One parameter Model-Tank in Series model (TIS)

Lecture 43 - Non-ideal flow-Dispersion model - Part 1

Lecture 44 - Non-ideal flow-Dispersion model - Part 2

Lecture 45 - Non-ideal flow-Dispersion model - Part 3

Lecture 46 - Two parameter Models-Modeling real reactors with Combinations of Ideal Reactors

Lecture 47 - Solid Catalyzed Reaction: Reaction and Diffusion - Part 1

Lecture 48 - Solid Catalyzed Reaction: Reaction and Diffusion - Part 2

Lecture 49 - Solid Catalyzed Reaction: Reaction and Diffusion - Part 3

Lecture 50 - Catalysis and Catalytic Reactors - Part 1

Lecture 51 - Catalysis and Catalytic Reactors - Part 2

Lecture 52 - Catalysis and Catalytic Reactors - Part 3

Lecture 53 - Collection and Analysis of Rate - Part 1

Lecture 54 - Collection and Analysis of Rate - Part 2

Lecture 55 - Collection and Analysis of Rate - Part 3

Lecture 56 - Polymath and ODE solver

Lecture 57 - Catalyst Synthesis - Part 1

Lecture 58 - Catalyst Synthesis - Part 2

Lecture 59 - Catalyst Characterization Techniques: BET, Pore size, Pore volume

Lecture 60 - Catalyst Characterization Techniques