Chemical Reaction Engineering - II (2170501)
CRE Model question and Answers
Showing posts with label CRENOTES. Show all posts
Showing posts with label CRENOTES. Show all posts
CRENOTES, Handwrittennotes
November 30, 2020
Chemical Reaction Engineering - II (2170501)
Catalysis & Solid-Catalysed reactions: Kinetics
- Catalysts‚
- Physical properties of catalyst,
- surface area,
- void volume,
- solid density,
- pore volume distribution,
- Classification and preparation of catalyst,
- catalyst promoters.
- Catalyst inhibitors,
- Catalyst poisons,
- Nature and Mechanism of Catalytic reactions.
- Adsorption isotherms and rates of adsorption and desorption.
- Kinetic regimes,
- rate equations for surface kinetics,
- Pore diffusion,
- determining rate controlling step,
- experimental methods for finding rates,
- product distribution in multiple reactions
CRENOTES, Handwrittennotes
November 30, 2020
Chemical Reaction Engineering - II (2170501)
Fluid-Particle systems:
- Fluid partial reaction kinetics,
- selection of a model,
- Shrinking Core Model for unchanging and changing size spherical partials,
- Diffusion through gas film and through ash layer controlling, Chemical reaction controlling,
- Shrinking core model,
- its limitations, Determination of rate controlling step.
CRENOTES, Handwrittennotes
November 30, 2020
Chemical Reaction Engineering - II (2170501)
Fluid-Fluid systems:
- Rate equation,
- rate equation for straight mass transfer,
- kinetic regimes of mass transfer and chemical reaction,
- rate equation for mass transfer and chemical reactions,
- film conversion parameter,
- fluid-fluid reactor design.
CRENOTES, Handwrittennotes
November 30, 2020
Chemical Reaction Engineering - II (2170501)
Heterogeneous Reactions: Introduction:
- Rate steps involved in heterogeneous systems,
- Overall rate expression for linear and non linear process,
- contacting patterns for two-phase systems
CRENOTES, Handwrittennotes
November 30, 2020
Chemical Reaction Engineering - II (2170501)
- Basics of non-ideal flow,
- Residence time distribution,
- stimulus response techniques,
- The E,F and C Curves,
- their interrelationship,
- conversion in non-ideal flow reactors,
- Dispersion model,
- Chemical Reaction and dispersion,
- Intensity of fluid mixing.
- Tanks in series model,
- Deviation from plug flow,
- Models for real stirred tanks
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