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IMP (Process Equipment Design -II )

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Process Equipment Design -II (2170502)

CRE Catalysis & Solid-Catalysed reactions: Kinetics (Weightage 18%+18%)

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Chemical Reaction Engineering - II (2170501)


Catalysis & Solid-Catalysed reactions: Kinetics

  1. Catalysts‚ 
  2. Physical properties of catalyst, 
  3. surface area, 
  4. void volume, 
  5. solid density, 
  6. pore volume distribution, 
  7. Classification and preparation of catalyst, 
  8. catalyst promoters. 
  9. Catalyst inhibitors, 
  10. Catalyst poisons, 
  11. Nature and Mechanism of Catalytic reactions. 

  1. Adsorption isotherms and rates of adsorption and desorption. 
  2. Kinetic regimes, 
  3. rate equations for surface kinetics,
  4.  Pore diffusion, 
  5. determining rate controlling step,
  6.  experimental methods for finding rates, 
  7. product distribution in multiple reactions


CRE Fluid-Particle systems (Weightage 14%)

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Chemical Reaction Engineering - II (2170501)


Fluid-Particle systems:

  1. Fluid partial reaction kinetics, 
  2. selection of a model, 
  3. Shrinking Core Model for unchanging and changing size spherical partials, 
  4. Diffusion through gas film and through ash layer controlling, Chemical reaction controlling, 
  5. Shrinking core model, 
  6. its limitations, Determination of rate controlling step.

CRE Fluid-Fluid systems (Weightage 14%)

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Chemical Reaction Engineering - II (2170501)


Fluid-Fluid systems:

  1. Rate equation, 
  2. rate equation for straight mass transfer, 
  3. kinetic regimes of mass transfer and chemical reaction, 
  4. rate equation for mass transfer and chemical reactions, 
  5. film conversion parameter, 
  6. fluid-fluid reactor design.

Heterogeneous Reactions: Introduction (Weightage 9%)

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Chemical Reaction Engineering - II (2170501)



Heterogeneous Reactions: Introduction:

  1. Rate steps involved in heterogeneous systems, 
  2. Overall rate expression for linear and non linear process, 
  3. contacting patterns for two-phase systems

CRE NON IDEAL FLOW (Weightage 18%)

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Chemical Reaction Engineering - II (2170501)



  1. Basics of non-ideal flow, 
  2. Residence time distribution, 
  3. stimulus response techniques, 
  4. The E,F and C Curves, 
  5. their interrelationship,
  6. conversion in non-ideal flow reactors, 
  7. Dispersion model, 
  8. Chemical Reaction and dispersion, 
  9. Intensity of fluid mixing. 
  10. Tanks in series model, 
  11. Deviation from plug flow, 
  12. Models for real stirred tanks

Ch-6: Design and Scheduling of Batch Processes (Weightage 14% )

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Computer Aided Process Synthesis (2170507)

Ch-6: Design and Scheduling of Batch Processes:

  1. Objectives, 
  2. Introduction, 
  3. Design of Batch Process Units, 
  4. Design of Reactor-Separator Processes, 
  5. Design of Single Product Processing Sequences, 
  6. Design of Multi-Product Processing Sequencing







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Ch 4 Synthesis of Heat Exchanger Networks (Weightage 34% )

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Computer Aided Process Synthesis (2170507)

 

Ch-4 : Synthesis of Heat Exchanger Networks:

  1. Objectives, 
  2. Basic Heat Exchanger Network Synthesis (HENS), 
  3. Minimum Utility Targets, 
  4. Temperature Interval Method,
  5.  Hohmann / Lochart Composite Curves (HCC), 
  6. Grand Composite Curves (GCC), 
  7. Pinch Design Approach to Inventing a Network,
  8.  Networks for Maximum Energy Recovery, 
  9. Minimum Number of Exchangers, Stream Splitting, 
  10. Threshold and Optimum Approach Temperature, 
  11. Derivation of Network Superstructures for Minimization of Annual Costs, 
  12. Multiple Utility Design Problems




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Ch 3:Synthesis of Separation Trains (Weightage 19% )

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Computer Aided Process Synthesis (2170507)


Ch 3:Synthesis of Separation Trains

  1. Objectives, 
  2. Introduction ,
  3. Phase Separation of Reactor Effluent, 
  4. Criteria for Selection of Separation Methods, 
  5. Selection of Equipment, 
  6. Sequencing of Ordinary Distillation for the Separation of Nearly Ideal Fluid Mixtures, 
  7. Heuristics for Determining Favourable Sequences, 
  8. Marginal Vapour Rate Method,
  9. Complex and thermally coupled distillation,Sequencing of Ordinary Distillation for the Separation of Nearly Non-Ideal Fluid Mixtures


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CH 1:-The Design Process (Weightage 11% )

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Computer Aided Process Synthesis (2170507)



Objectives, Design Opportunities, Steps in Product Process Design, Environmental, Protection, Safety Considerations, Engineering Ethics, Role of Computers.






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GATE Class Notes

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 GATE EXAM:

The Graduate Aptitude Test in Engineering is an examination that primarily tests the comprehensive understanding of various undergraduate subjects in engineering and science for admission into the Masters Program of institutes as well as jobs at Public Sector Companies.

Exam Pattern of GATE 2021

Particulars

Details

Mode

Computer Based Test

Duration

3 Hours

Type of Questions

  • Multiple Choice Questions (MCQs)

  • Numerical Answer Type (NAT) Questions

Total Number of Questions

65

Total Marks

100

Negative Marking

MCQs will have negative marking while NAT will not.




GATE Study Material for Chemical Download from Below links


1. Engineering Mathematics


2. Process Calculations


3. Thermodynamics


4. Fluid Mechanics


5. Mechanical Operations


6. Heat Transfer


7. Mass Transfer


8. Chemical Reaction Engineering


9. Plant Design and Economics


10.Chemical Technology


11.Process Control

 

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