Advance Reaction Engineering And Kinetics
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Follow on Instagram for UpdatesAdvance Reaction Engineering And Kinetics Syllabus — Unit-wise Content
The official GTU curriculum for Advance Reaction Engineering And Kinetics (subject code ME02072021) as prescribed for CAPD · Semester 2 divides the course into 6 units, covering 49 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 (ME02072021)Unit 1 HETEROGENEOUS REACTIONS
- Examples of Heterogeneous reaction
- Rate expressions Fluid-Particle Reactions
- Different Types of Models
- Stoke’s Regime
- Determination of Rate controlling steps Fluid-Fluid Reactions
- Rate equation
- Kinetic regimes for mass transfer and reaction
- Rate equation for Different Kinetic regimes
Unit 2 FLUIDIZED BED REACTORS
- Basics of fluidization
- types of fluidizations
- flow pattern
- Reaction kinetics
- Performance equation
- Design equation for fluidized bed reactor
- Different Models for fluidized bed reactor
- Hydrodynamic flow model
- Bubbling Fluidized bed reactor
- Design of fluidized bed reactors: Design for physical operation
- catalytic and noncatalytic systems
- Mass and Heat transfer phenomena in fluidized bed reactor
- Use of computational tools for designing
Unit 3 BUBBLE COLUMN REACTOR
- Bubble column Reactor- Introduction
- Various factors affecting the performance of Bubble column Reactor
- Industrial Applications
- Advantages and disadvantages of Bubble column reactor
- Criteria of selection of different types of gas-liquid reactors
- Process design of Bubble column reactor
- Example of Bubble column reactor
- Use of computational tools for designing
Unit 4 MULTIPHASE REACTORS
- Design of Multiphase Reactor
- Slurry Reactor-Slurry Reaction kinetics
- Performance equation
- Trickle bed reactors- basics
- design equations
- Loop Reactor- Introduction, and Field Applications
- Moving bed reactor- performance equation
- application etc
- Use of computational tools for designing
Unit 5 BIOCHEMICAL REACTION ENGINEERING
- Types of Bio reactors
- Selection of reactor
- Scale up, Operation and Control of Bio Reactors
- Kinetics of Bio-Chemical reactions
Unit 6 CATALYTIC REACTIONS
- steps in catalytic reactions Program Name: Master of Engineering Level: PG Branch: Computer Aided Process Design Subject Code: ME02072021 Subject Name: Advanced Reaction Engineering And Kinetics and its kinetics
- Adsorption Kinetics: rate of adsorption and desorption
- Reaction mechanism: Power law model
- LHHW model
- Eley Rideal model
- Design of catalytic reactors
- Photocatalysis- basics and applications
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