Chemical Reaction Engineering - II
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Chemical Reaction Engineering - II Syllabus — Unit-wise Content
The official GTU curriculum for Chemical Reaction Engineering - II (subject code 3164402) as prescribed for Chem. Green · Semester 6 divides the course into 6 units, covering 42 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (3164402)Unit 1 Heterogeneous Reactions
- Introduction: Rate steps involved in heterogeneous systems
- Overall rate expression for linear and non linear process
- contacting patterns for two-phase systems
Unit 2 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
Unit 3 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
- Subject Code : 3164402 Subject Name : Chemical Reaction Engineering - II
Unit 4 Introduction to Catalysis, 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
Unit 5 Solid-Catalyzed reactions
- Kinetics: 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
Unit 6 Catalytic reactions, introduction to LHHW (Langmuir-
- Hinshelwood-Hougen-Watson) kinetic model
- Introduction to Catalytic Reactors: Packed bed catalytic reactors
- fluidized bed reactors
- trickle beds
- slurry reactors
- Design concepts
- Mass transfer correlations for various reactors
- Isothermal and non- isothermal interphase effectiveness factor
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