Learn · Chemical Reaction Engineering II
Lecture 19 of 60Week 4
Lecture 19 : Non-dimensionalization: Thiele modulus
Prof. Ganesh Viswanathan · IIT Bombay
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All the lectures
- Lecture 1 : Introduction
- Lecture 2 : Introduction to catalysis and catalytic processes
- Lecture 3 : Catalyst properties and classification
- Lecture 4 : Steps in catalysis
- Lecture 5 : Adsorption isotherm
- Lecture 6 : Surface reaction
- Lecture 7 : Rate controlling steps and Rate law
- Lecture 8 : Rate law: Pseudo-steady state hypothesis
- Lecture 9 : Heterogeneous data analysis for reactor design I
- Lecture 10 : Heterogeneous data analysis for reactor design II
- Lecture 11 : Design of reactors: PBR and CSTR
- Lecture 12 : Case study: Chemical Vapor Deposition
- Lecture 13 : Catalyst deactivation I
- Lecture 14 : Catalyst deactivation II
- Lecture 15 : Catalyst deactivation III
- Lecture 16 : Catalyst deactivation IV: Reactor design
- Lecture 17 : Diffusional effects: Introduction
- Lecture 18 : Internal diffusion effects: Model development
- Lecture 19 : Non-dimensionalization: Thiele modulus
- Lecture 20 : Concentration profile
- Lecture 21 : Internal effectiveness factor I
- Lecture 22 : Internal effectiveness factor II
- Lecture 23 : Internal effectiveness factor III: Exothermic and endothermic reactions
- Lecture 24 : Falsification of kinetics
- Lecture 25 : External mass transport limitations: Mass transfer coefficient
- Lecture 26 : Estimation of mass transfer coefficient
- Lecture 27 : Mass transfer to a single particle with reaction
- Lecture 28 : Packed-bed reactor design: External mass transfer limitations
- Lecture 29 : Mass transfer coefficient in Packed-beds
- Lecture 30 : Estimation of conversion in Packed-bed reactor: Example problem
- Lecture 31 : Overall effectiveness factor - I
- Lecture 32 : Overall effectiveness factor - II
- Lecture 33 : Identification of internal diffusion- and reaction-limited regimes
- Lecture 34 : Packed-bed reactor design
- Lecture 35 : Generalized criterion for diffusion- and reaction-limited conditions
- Lecture 36 : Network of first order reactions
- Lecture 37 : Use of experimental data
- Lecture 38 : Packed-bed reactor design: External and Internal resistances
- Lecture 39 : Fluidized bed reactor design I
- Lecture 40 : Fluidized bed reactor design II
- Lecture 41 : Fluidized bed reactor design III
- Lecture 42 : Fluidized bed reactor design IV
- Lecture 43 : Fluid-solid noncatalytic reactions I
- Lecture 44 : Fluid-solid noncatalytic reactions II
- Lecture 45 : Fluid-solid noncatalytic reactions III
- Lecture 46 : Fluid-solid noncatalytic reactions IV
- Lecture 47 : Fluid-solid noncatalytic reactions V
- Lecture 48 : Fluid-solid noncatalytic reactions VI
- Lecture 49 : Residence time distribution (RTD): Introduction
- Lecture 50 : RTD: Non-ideal reactors
- Lecture 51 : Measurement of RTD I
- Lecture 52 : Measurement of RTD II
- Lecture 53 : RTD function
- Lecture 54 : Properties of RTD function
- Lecture 55 : Reactor diagnostics and troubleshooting I
- Lecture 56 : Reactor diagnostics andtroubleshooting I
- Lecture 57 : Modeling nonideal reactors I
- Lecture 58 : Modeling nonideal reactors II
- Lecture 59 : Non-ideal reactors: Zero parameter models I
- Lecture 60 : Non-ideal reactors: Zero parameter models II