Our 1000+ Chemical Reaction Engineering questions and answers focuses on all areas of Chemical Reaction Engineering subject covering 100+ topics in Chemical Reaction Engineering. These topics are chosen from a collection of most authoritative and best reference books on Chemical Reaction Engineering. One should spend 1 hour daily for 2-3 months to learn and assimilate Chemical Reaction Engineering comprehensively. This way of systematic learning will prepare anyone easily towards Chemical Reaction Engineering interviews, online tests, examinations and certifications.
– 1000+ Multiple Choice Questions & Answers in Chemical Reaction Engineering with explanations
– Every MCQ set focuses on a specific topic in Chemical Reaction Engineering Subject
Who should Practice these Chemical Reaction Engineering Questions?
– Anyone wishing to sharpen their knowledge of Chemical Reaction Engineering Subject
– Anyone preparing for aptitude test in Chemical Reaction Engineering
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– Anyone preparing for entrance examinations and other competitive examinations
– All – Experienced, Freshers and Students
Here’s list of Questions & Answers on Chemical Reaction Engineering Subject covering 100+ topics:
1. Questions & Answers on Basic Concepts
The section contains questions and answers on mole balances, reactions rates and classification.
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Mole Balances Reaction Rates – 1 |
Reaction Rates – 2 Classification of Reactions |
2. Questions on Elements of Reaction Kinetics
The section contains questions on rate coefficient modelling and kinetic models size reduction.
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Modelling the Rate Coefficient – 1 Modelling the Rate Coefficient – 2 |
Reducing the Size of Kinetic Models |
3. Questions & Answers on Kinetics of Homogeneous Reactions
The section contains questions and answers on liquid and gas phase reactions, theories comparison and ideal reactor types.
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Liquid and Gas Phase Reactions Comparison of Theories – 1 |
Comparison of Theories – 2 Ideal Reactor Types |
4. Questions on Homogenous Reactions in Ideal Reactors
The section contains questions on reactor design basics and homogenous reaction mechanisms.
| Introduction to Reactor Design | Homogenous Reaction Mechanisms |
5. Questions & Answers on Ideal Reactors for a Single Reaction, Conversion and Reactor Sizing
The section contains questions and answers on batch reactor design equations, flow reactors design equations, ideal reactors problems, flow reactors, right reactor series, space time and velocity.
6. Questions on Rate Laws and Stoichiometry
The section contains questions on rate laws, stoichiometry definitions, reaction order, elementary rate law, reversible reactions rate laws, constant – volume batch reaction systems, stoichiometry of batch and flow systems, batch and flow systems concentrations equations.
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Rate Laws and Stoichiometry Definitions Reaction Order and Elementary Rate Law Non – Elementary Rate Laws Reversible Reactions Rate Laws Constant – Volume Batch Reaction Systems Batch Reactors with Variable Volume |
Reaction Rate Constant and Activation Energy Concept Stoichiometry of Batch Systems Equations for Batch Concentrations Stoichiometry of Flow Systems Equations for Concentrations in Flow Systems Flow Reactors with Variable Volumetric Flow Rate |
7. Questions & Answers on Isothermal Reactor Design
The section contains questions and answers on cstrs design, conversion and volume related problems, tubular reactor, packed bed flow, pipes pressure drop, chemical plant design, pfrs, pbrs and batch reactors, micro and membrane reactors, cstr startup, semibatch reactor, isothermal semibatch reactor, semibatch reactor equations and equilibrium conversions.
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Design of CSTRS in Series Determination of K from Batch Data Design of a Single CSTR Design of CSTRS in Parallel Conversion and Volume Related Problems Tubular Reactor Pressure Drop in Reactors Flow through Packed Bed Pressure Drop in Pipes Effect of Pressure Drop on Conversion Profile Calculating Conversion in a Reactor with Pressure Drop Design of a Chemical Plant |
Mole Balances on CSTRS, PFRs, PBRs and Batch Reactors Micro Reactors Membrane Reactors Mole Balance Equation on Membrane Reactors Use of Membrane Reactors to Increase Selectivity Unsteady State Operation of Stirred Reactors Startup of a CSTR Semibatch Reactor Isothermal Semibatch Reactor with Second Order Reaction Semibatch Reactor Equations in Terms of Conversion Equilibrium Conversion |
8. Questions on Collection and Analysis of Rate Data
The section contains questions on half lives method, analysis differential, integral and numerical methods, polynomial fit, rate law determining, rate law parameters, nonlinear regression, initial rates method and differential reactors.
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Method of Half Lives Differential Method of Analysis Integral Method of Analysis Numerical Method of Analysis Polynomial Fit |
Determining the Rate Law Finding the Rate Law Parameters Nonlinear Regression Method of Initial Rates Differential Reactors |
9. Questions & Answers on Potpourri of Multiple Reactions, Design for Single & Parallel Reactions
The section contains questions and answers on autocatalytic reactions, parallel reactions, irreversible series, selectivity and reactor yield.
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Autocatalytic Reactions Selectivity and Reactor Yield |
Reactions in Parallel Irreversible Series – Parallel Reactions |
10. Questions on Catalysis and Catalytic Reactions
The section contains questions on catalysts, catalytic reaction steps, rate law mechanism and rate limiting step.
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Catalysts Steps in Catalytic Reaction |
Synthesizing Rate Law Mechanism, Rate Limiting Step General Characteristics |
11. Questions & Answers on Solid Catalysed Reactions & Transport Processes with Reactions Catalyzed by Solids
The section contains questions and answers on pore diffusion resistance, non isothermal particles, mass and heat transfer resistances.
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Pore Diffusion Resistance Mass and Heat Transfer Resistances |
Non Isothermal Particles |
12. Questions on Fluid-Particle Reactions: Kinetics
The section contains questions on fluid particle reactors design, rate determination and gas film diffusion controls.
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Design of Fluid Particle Reactors Determination of The Rate – Controlling Step |
Gas Film Diffusion Controls |
13. Questions & Answers on Packed Bed Catalytic Reactor, Fluidised Bed and Transport Reactors
The section contains questions and answers on adsorption mechanisms, catalytic reactors and fluidised bed catalytic cracking.
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Adsorption Mechanisms Catalytic Reactors |
Fluidised Bed Catalytic Cracking |
14. Questions on Suspended Solid Reactors, Catalyst Deactivation, Diffusion and Reaction
The sections covers questions on catalyst deactivation mechanisms and kinetics, poisoning, suspended solid and multiphase reactors.
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Mechanisms of Catalyst Deactivation Suspended Solid Reactors Multiphase Reactors |
Poisoning Kinetics of Catalyst Deactivation by Coke Formation |
15. Questions & Answers on Distribution of Residence Time for Chemical Reactors
The section contains questions and answers on heat effects, rtd measurement, diagnostics, troubleshooting, one and two parameter models, residence time distribution function, pulse input and sep tracer experiments, cumulative distribution function, skewness, normalised rtd function, laminar flow reactor, cstr and tubular reactor perfect operation, bypassing and dead volume, intensity function, segregation and maximum mixedness models.
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Heat Effects Measurement of RTD Diagnostics RTD in Ideal Reactors Troubleshooting One Parameter Model Two Parameter Model Residence Time Distribution (RTD) Function Pulse Input Experiment for Measurement of RTD Step Tracer Experiment for Measurement of RTD Cumulative Distribution Function Mean Residence Time Skewness Standard Deviation or the Spread of Distribution Normalised RTD Function Internal Age Distribution |
Single CSTR RTD Laminar Flow Reactor CSTR Perfect Operation CSTR Bypassing CSTR Dead Volume Tubular Reactor Perfect Operation Tubular Reactor Bypassing Tubular Reactor Dead Volume PFR/CSTR Series RTD Reactor Modelling Using the RTD Segregation Model Maximum Mixedness Model Intensity Function RTD and Multiple Reactors – Segregation Model RTD and Multiple Reactors – Maximum Mixedness Model |
16. Questions on Complex Flow Patterns, Temperature and Pressure Effects
The section contains questions on equilibrium conversion, rate constant temperature, macro and micro mixing in reactors.
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Equilibrium Conversion Temperature Dependence of Rate Constant |
Macro and Micro- Mixing in Reactors |
17. Questions & Answers on Fluid-Fluid Reactions: Kinetics & Basics of Non Ideal Flow
The section contains questions and answers on absorption systems with chemical reaction, fluid-fluid reactors design, reactors combination, non ideal flow reactors conversion, c, f and e curves properties.
18. Questions on Compartment Models, Models for Non Ideal Reactors
The section contains questions on series model in tanks, dispersion model, diagnosing reactor ills, flow, reaction and dispersion, tubular reactor dispersion with laminar flow, non ideal reactors flow, comparison between series and dispersion models.
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Tanks in Series Model Dispersion Model Diagnosing Reactor Ills Flow, Reaction and Dispersion |
Dispersion in a Tubular Reactor with Laminar Flow Non Ideal Reactors Flow Reaction and Dispersion Tanks in Series Model vs Dispersion Model |
19. Questions & Answers on Bioreactors, Enzyme and Microbial Fermentation
The section contains questions and answers on microbial fermentation, fermenter and bioreactors.
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Microbial Fermentation – 1 Microbial Fermentation – 2 |
Fermenter Bioreactors |
Here’s the list of Best Reference Books in Chemical Reaction Engineering.
Wish you the best in your endeavor to learn and master Chemical Reaction Engineering!
