Chemical Engineering • 3rd SemesterCore / Standard CurriculumChange Track

Chemical Engineering — 3rd Semester Syllabus

Chemical Engineering

Credits Allocation Table (L-T-P Structure)

Course Title	Code	L	T	P	Credits
Engineering Mathematics -III (PDE, Prob/Stat)	114301	3	1	0	4
Chemical Engineering Materials	114302	3	0	0	3
Process Calculation	114303	3	0	0	3
Solid Fluid Operations	114304	3	0	0	3
Physics & Organic Chemistry	114305	3	0	0	3
Industrial Fluid Flow Operation	114306	3	0	0	3
Universal Human Values	114307	3	0	0	3
Indian Knowledge System	114308	3	0	0	0
Solid Fluid Operations Lab	114304P	0	0	2	1
Industrial Fluid Flow Operation Lab	114306P	0	0	2	1
Internship-I	114309	-	-	-	2
TOTAL	-	-	-	-	26

Engineering Mathematics -III (PDE, Prob/Stat)

114301

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Partial Differential Equations

Definition Of Partial Differential Equations
First Order Partial Differential Equations
Solutions Of First Order Linear Pdes
Solution To Homogenous And Non-Homogenous Linear Partial Differential Equations Of Second Order By Complimentary Function And Particular Integral Method

Unit 2.0: Second Order Linear Equations

Second-Order Linear Equations And Their Classification
Initial And Boundary Conditions
D'Alembert's Solution Of The Wave Equation
Duhamel's Principle For One Dimensional Wave Equation
Heat Diffusion And Vibration Problems
Separation Of Variables Method To Simple Problems In Cartesian Coordinates
The Laplacian In Plane, Cylindrical And Spherical Polar Coordinates
Solutions With Bessel Functions And Legendre Functions
One Dimensional Diffusion Equation And Its Solution By Separation Of Variables

Unit 3.0: Probability Theory

Probability Spaces
Conditional Probability
Independence
Discrete Random Variables
Independent Random Variables
The Multinomial Distribution
Poisson Approximation To The Binomial Distribution
Infinite Sequences Of Bernoulli Trials
Sums Of Independent Random Variables
Expectation Of Discrete Random Variables
Moments
Variance Of A Sum
Correlation Coefficient
Chebyshev's Inequality

Unit 4.0: Continuous Random Variables

Continuous Random Variables And Their Properties
Distribution Functions And Densities
Normal, Exponential And Gamma Densities
Bivariate Distributions And Their Properties
Distribution Of Sums And Quotients
Conditional Densities
Bayes' Rule

Unit 5.0: Basic Statistics

Basic Statistics
Measures Of Central Tendency: Moments, Skewness And Kurtosis
Probability Distributions: Binomial, Poisson And Normal
Evaluation Of Statistical Parameters For These Three Distributions
Correlation And Regression
Rank Correlation
Curve Fitting By The Method Of Least Squares
Fitting Of Straight Lines, Second Degree Parabolas And More General Curves

Unit 6.0: Test Of Significance

Test Of Significance: Large Sample Test For Single Proportion, Difference Of Proportions
Tests For Single Mean, Difference Of Means, And Difference Of Standard Deviations
Test For Ratio Of Variances
Chi-Square Test For Goodness Of Fit And Independence Of Attributes

Chemical Engineering Materials

114302

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Structure Of Engineering Materials

Importance Of Material Science In Engineering
Classification Of Engineering Materials: Ceramics, Glasses, Metals, Alloys, Polymers
Classification Of Structure Of Materials: Macrostructure, Microstructure, Crystal Structure, Electronic Structure
Effect Of Structure On Properties
Space Lattices
Bragg's Law Of X-Ray Diffraction
Powder Method

Unit 2.0: Properties Of Materials

Physical Properties: Density, Color, Odour, Refractive Index
Elasticity, Plasticity, Modulus Of Elasticity
Chemical Properties: Acidity, Reactivity, Toxicity, Solubility, Flammability
Mechanical Properties: Ductility, Malleability, Tensile Strength, Compressive Strength, Brittleness, Creep, Fatigue, Fracture
Thermal Properties: Heat Capacity, Thermal Conductivity, Specific Heat, Thermal Expansion, Thermal Stability
Electrical Properties: Dielectric Constant, Dielectric Strength, Resistivity And Conductivity
Stress Strain Behaviour Of Metals

Unit 3.0: Engineering Materials

Classification Of Engineering Materials: Metals, Composites, Ceramics, Polymers
Metals: Classification, Properties, Uses, Ferrous Metals, Nonferrous Metals
Polymers: Classification, Mechanism, Thermoplastics, Thermoelastic
Ceramics: Glasses, Crystalline Ceramics, Types And Properties Of Ceramics
Composites: Metal Composites, Polymer Composites, Ceramics Composites
Introduction To Nanomaterials, Properties, Application, Synthesis & Characterization Of Nanomaterials
Properties & Applications Of Carbon Nano Tubes

Unit 4.0: Corrosion

Introduction To Corrosion
Types Of Corrosion, Atmospheric Corrosion
Effect Of Acid, Alkali, Water, Steam
Factor Influencing Rate Of Corrosion
Concept & Mechanism Of Electrochemical Corrosion
Corrosion Control: Proper Selection Of Material, Electroplating, Hot Dipping Method, Cathodic Protection
Biological Aspect Corrosion, Microbial Induced Corrosion And Prevention
Effect Of Aerobic And Anaerobic Bacteria On Corrosion
Concept Of Bio Fouling, Effect Of Bio Fouling

Unit 5.0: Biomaterials

History & Concept Of Biomaterials
Concept, Types, Application Of Biomaterials Like Ceramics, Glasses, Polymer

Unit 6.0: Nanomaterials

Concept & Classification Of Nanomaterials
Physical Method Of Fabrication Like Chemical Vapour Deposition VDM, Molecular Beam Epitaxy
Nanofabrication By Scanning Probe
Nanofabrication By Replication

Process Calculation

114303

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Introduction To Fundamentals Of Chemical Calculations

Dimensions And Units
Systems Of Units, Conversion Of Units
Physical Properties Of Solutions, Gases
Concentration & Composition Of Mixtures And Solutions
Ideal Gas Law, Dalton's Law, Amagat's Law And Raoult's Law

Unit 2.0: Material Balance Without Chemical Reactions

Law Of Conservation Of Mass
Material Balance Without Chemical Reaction Concept And Procedure
Material Balance For Different Unit Operations
Recycle And Bypass Operations
Unsteady State Operations

Unit 3.0: Material Balance With Chemical Reactions

Approach To Solve Material Balance Involving Chemical Reactions
Different Chemical Reaction Terms
Material Balance For Different Unit Processes
Recycle And Bypass Operations
Unsteady State Operations

Unit 4.0: Energy Balance

Law Of Conservation Of Energy
Different Forms Of Energy
Different Terms Used In Energy Balance
Energy Balance Equation, Procedure To Do Energy Balance
Hess's Law And Calculation Of Enthalpy Change And Heat Capacity
Energy Balances For Process Involving Chemical Reaction Including Adiabatic Reactions

Unit 5.0: Combustion

Types Of Fuels And Calorific Value Of Fuel
Calculation Of Air Requirement For Combustion
Combustion Numerical

Unit 6.0: Psychrometry

Psychrometric Terms
Psychrometric Calculations

Solid Fluid Operations

114304

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Solid Particle, Its Characterization

Particle Shape & Size
Mean Particle Size, Size Distribution
Sphericity
Particle Size Measurement Techniques
Measurement Of Surface Area Of Particle
Particles In Mixtures
Laws Of Crushing & Grinding (Rittinger's Law, Kick's Law, Bond's Law)
Numerical Based On Crushing Laws

Unit 2.0: Transportation Of Solid Particle

Concept Of Conveyor, Types & Application
Belt Conveyor
Bucket Conveyor
Screw Conveyor
Positive & Negative Conveyor System

Unit 3.0: Size Reduction & Screening

Importance Of Size Reduction & Screening
Open Circuit & Closed Circuit Operations
Factor Affecting On Size Reduction & Screening
Size Reduction Equipment: Jaw Crusher, Hammer Mill, Gyratory Crusher, Roll Mill, Ball Mill
Derivation For Critical Speed Of Ball Mill
Concept Of Screening, Capacity & Effectiveness Of Screen
Concept Of Mesh Number, Ideal & Actual Screen
Screen Efficiency With Derivation
Differential & Cumulative Screen Analysis
Factors Affecting On Screen Efficiency
Screening Equipments: Grizzlies, Trommels, Vibrating Screen
Numerical Based On Screening

Unit 4.0: Solid-Liquid Separation

Concept & Principle Of Filtration
Factors Affecting On Filtration, Filter Media, Filter Aid
Industrial Filtration Equipments: Plate & Frame Filter, Pressure Leaf Filter, Basket Centrifuge, Drum Filter
Washing Of Cake, Cake Resistance
Design Equation Of Batch Filtration
Concept Of Sedimentation, Drag Force, Drag Coefficient
Free Settling, Hindered Settling, Terminal Settling Velocity, Stokes Law
Factors Affecting On Sedimentation, Application
Batch Sedimentation Test
Industrial Equipment's: Thickeners, Clarifiers, Gravity Classifier
Design Of Thickeners Area & Height
Froth Flotation: Concept, Mechanism, Application, Flotation Agents, Industrial Floating Equipments

Unit 5.0: Gas - Solid Separation

Cyclone Separator: Principle & Concept, Construction, Working, Types Of Cyclone Separator, Multiple Cyclone Separator
Electrostatic Separator: Principle & Concept, Construction, Working, Types, Applications Of ESP
Wet Scrubber: Principle & Concept, Construction, Working, Applications
Bag Filter: Principle & Concept, Construction, Working, Application

Unit 6.0: Mixing

Importance Of Mixing & Agitation
Principle Of Mixing, Mixing Index
Criterion For Selection Of Agitators
Calculation Of Power Consumption In Agitation
Ribbon Blender, Mullar Mixer, Sigma Mixer
Principle Of Vortexing & Swirling
Agitators, Flow Patterns, Methods To Prevent Vortexing
Design Of Agitator

Physics & Organic Chemistry

114305

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Basics Of Organic Chemistry, Engineering Materials And Catalysis

Classification Of Organic Compounds
Introduction To Functional Groups
Effect Of Functional Group On The Properties And Reactivity Of Organic Compounds
Isomerism- Types
Aromaticity- Properties And Reactivity Of Aromatic Compounds Such As Benzene For Various Applications Including Petrochemical And Pharmaceuticals
Paints And Varnishes: Introduction To Paints And Varnishes, Difference Between Paint And Varnishes
Insulators: Characteristics, Classification, Properties Of Insulators
Polymer And Monomer: Classification On The Basis Of Molecular Structure, On The Basis Of Monomers (Homo Polymer And Copolymer), On The Basis Of Thermal Behaviour (Thermoplastics And Thermosetting)
Natural And Synthetic Polymers
Natural Rubber And Its Vulcanization- Advantages Of Vulcanized Rubber
Types Polymerization Reaction, Addition Polymerization, Condensation Polymerization
Synthesis, Properties And Application Of Polyethylene, Polyvinyl Chloride, Teflon, Polystyrene, Phenol Formaldehyde, Epoxy Resin, Orion, Nylon 66, Nylon 6, Bakelite
Adhesives: Characteristics, Classification And Their Uses
Lubricants: Classification, Properties And Applications
Catalysis: Types Of Catalysis Homocatalysis, Heterocatalysis, Organic Catalyst: Types Of Catalyst Positive, Negative And Auto- Catalyst, Catalytic Promoter And Catalytic Inhibitor, Catalytic Mechanism, Industrial Application Of Catalyst
Separation And Purification Techniques: Separation Technique Such As Distillation, Chromatography

Unit 2.0: Chemical Reactions, Processes And Reaction Mechanism

Reaction Mechanism, Kinetics And Thermodynamics Of Chemical Reaction
Designing And Optimization, Processes Such As Synthesis, Purification And Transformation
Troubleshooting Processes
Environmental Impact Of Organic Processes And Greener Alternatives
Reaction Mechanism And Reaction Types: Knowledge Of Reaction Intermediates, Application Of Reaction Mechanism For Designing Efficient And Safe Processes
Knowledge Of Mechanism Like Nucleophilic Substitution, Electrophilic Addition And Elimination Reaction
Awareness Of Oxidation, Reduction, Condensation, Hydrolysis, Polymerisation, Etc.
Safety During Chemical Reaction And Processes: Safety Consideration Associated With Organic Chemicals And Their Reactivity, Toxicity And Potential Hazards Of Organic Chemicals, Proper Handling And Storage Of Chemicals

Unit 3.0: Applied Organic Chemistry For Chemical Engineers

Stereochemistry: Chiral Molecules And Its Effect, Properties And Reactivity Of Compounds, Applications Of Stereochemistry In Pharmaceutical Manufacturing
Functional Group Transformations: Awareness Of Functional Group Transformations
Spectroscopy Techniques: Awareness On Identification And Characterization Of Organic Compounds Through - Nuclear Magnetic Resonance (NMR), Infrared (IR), Ultraviolet Visible (UV-Vis), Mass Spectrometry

Unit 4.0: Quantum Mechanics

Behaviour Of Atoms And Molecules
Basic Concepts Of Quantum Mechanics

Unit 5.0: Statistical Mechanics

Basic Concepts Of Statistical Mechanics
Applications In Modelling Gases, Liquids And Solids

Unit 6.0: Applied Physical Chemistry For Chemical Engineers

Thermodynamics: Energy Changes, Heat, Work And Spontaneity Of Chemical Reactions And Processes
Chemical Kinetics: Rate Of Chemical Reaction And Factors Affecting The Kinetics Of Reaction
Phase Equilibrium: Phase Diagrams, Phase Transition, Behaviour Of Materials, Applications In Designing Separation Processes
Electrochemistry: Basic Concept Of Batteries, Types Of Batteries, Corrosion Preventions And Electrolysis

Industrial Fluid Flow Operation

114306

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Properties Of Fluid

Pressure, Hydrostatics Law, Pascal's Law
Specific Weight, Mass Density And Specific Gravity
Hydrostatic Equilibrium, Manometers And Pressure Measurement
Forces On Inclined Plane And Curved Submerged Surfaces
Viscosity And Its Measurements, Pressure And Temperature Dependence Of Viscosity
Redwood Viscometer, Capillary Viscometer, Unbekolhde Viscometer
Surface Tension And Capillarity
Types Of Fluid: Newtonian And Non-Newtonian Fluids, Real And Ideal
Dimensional Analysis

Unit 2.0: Fluids Kinematics And Dynamics

Continuity Equation
Eulerian And Lagrangian Approach, Substantial Derivative
Reynolds Equation, Laminar And Turbulent Flow, F For Laminar & Turbulent Flow
Stream Function, Potential Function, Vortex Flow (Free And Forced)
Bernoulli's Equation And Its Application, Correction Factors
Energy And Hydraulic Grade Lines
Navier-Stoke's Equation
Flow And Velocity Measurement Devices: Pitot Tube For Point Velocities, Notches And Weirs
Flow Measuring Devices: Orifice Meter, Venturi Meter, Rotameter

Unit 3.0: Incompressible Viscous Flow

General Characteristics Of Pipe Flow- Laminar, Turbulent, Entrance Region, Fully Developed Flow
Hagen-Poiseuille Equation
Shear Stress Distribution And Velocity Profiles
Major And Minor Losses In Pipes, Fittings, Noncircular Ducts
Friction Factor, Pipe Roughness, Moody Chart
Boundary Layer Theory
Drag Force, Lift And Drag Coefficients, Drag On Flat Plate, Circular Cylinder And Sphere

Unit 4.0: Pumps And Compressors

Introduction Of Pumps
Classification And Working Of Pumps: Centrifugal, Reciprocating, Piston, Plunger, Gear And Diaphragm Pumps
Work And Power Input, Cavitation
Net Positive Suction Head (NPSH), Maximum Suction Lift, Specific And Minimum Speed
Pump Losses And Efficiencies, Application, Necessity Of Multistage Pumps
Importance Of Fans, Blowers And Compressors
Types Of Fans, Blowers & Compressors
Application Of Fan, Blowers & Compressors

Unit 5.0: Pipe Fittings

Importance Of Pipe Fitting In Process Industry
Application Of Pipe Fitting In Process Industry
Different Types Of Pipe Fitting Like Elbow, Tee, Expander, Reducer, Cap, Valves
Importance Of Valve In Pipe Fitting

Unit 6.0: Agitation

Criterion For Valve Selection For Various Application
Material Of Construction For Valves
Gate Valve, Globe Valve, Butterfly Valve, Ball Valve, Diaphragm Valve
Agitation Of Fluid, Flow Pattern, Power Calculation
Types Of Agitators, Impellers

Universal Human Values

114307

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Introduction To Value Education

Right Understanding, Relationship And Physical Facility (Holistic Development And The Role Of Education)
Understanding Value Education Sharing About Oneself
Self-Exploration As The Process For Value Education
Continuous Happiness And Prosperity - The Basic Human Aspirations
Exploring Human Consciousness
Happiness And Prosperity - Current Scenario
Method To Fulfill The Basic Human Aspirations

Unit 2.0: Harmony In The Human Being

Understanding Human Being As The Co-Existence Of The Self And The Body
Distinguishing Between The Needs Of The Self And The Body
The Body As An Instrument Of The Self
Understanding Harmony In The Self
Harmony Of The Self With The Body
Programme To Ensure Self-Regulation And Health

Unit 3.0: Harmony In The Family And Society

Harmony In The Family - The Basic Unit Of Human Interaction
Trust - The Foundational Value In Relationship
Respect - As The Right Evaluation
Other Feelings
Justice In Human-To-Human Relationship
Understanding Harmony In The Society
Vision For The Universal Human Order

Unit 4.0: Harmony In The Nature/Existence

Understanding Harmony In The Nature
Interconnectedness, Self-Regulation And Mutual Fulfilment Among The Four Orders Of Nature
Realizing Existence As Co-Existence At All Levels
The Holistic Perception Of Harmony In Existence

Unit 5.0: Implications Of The Holistic Understanding - A Look At Professional

Natural Acceptance Of Human Values
Definitiveness Of (Ethical) Human Conduct
A Basis For Humanistic Education
Humanistic Constitution And Universal Human Order
Competence In Professional Ethics
Holistic Technologies, Production Systems And Management Models- Typical Case Studies
Strategies For Transition Towards Value-Based Life And Profession

Unit 6.0: Competence In Professional Ethics, Holistic Technologies, Production Systems And Management Models- Typical Case Studies, Strategies For Transition Towards Value-Based Life And Profession

Competence In Professional Ethics
Holistic Technologies, Production Systems And Management Models- Typical Case Studies
Strategies For Transition Towards Value-Based Life And Profession

Indian Knowledge System

114308

Theory Course • 6 Units

View PYQ Papers

Unit 1.0: Introduction To Indian Knowledge Systems

Overview Of IKS
Organization Of IKS
Conception And Constitution Of Knowledge In Indian Tradition
The Oral Tradition
Models And Strategies Of IKS

Unit 2.0: Overview Of IKS Domains

The Vedasas The Basis Of IKS
Overview Of All The Six Vedangas

Unit 3.0: Relevance In Current Technical Education System I

Relevance Of Following IKS Domains In Present Technical Education System: Arthashastra (Indian Economics And Political Systems)
Ganita And Jayamiti (Indian Mathematics, Astronomy And Geometry)
Rasayana (Indian Chemical Sciences)

Unit 4.0: Relevance In Current Technical Education System II

Ayurveda (Indian Biological Sciences / Diet & Nutrition)
Jyotish Vidya (Observational Astronomy And Calendar Systems)
Prakriti Vidya (Indian System Of Terrestrial/ Material Sciences/Ecology And Atmospheric Sciences)

Unit 5.0: Relevance In Current Technical Education System III

Vastu Vidya (Indian System Of Aesthetics- Iconography And Built- Environment /Architecture)
Nyaya Shastra (Indian Systems Of Social Ethics, Logic And Law)

Unit 6.0: Shilpa And Natyashastra, Sankhya And Yoga Darshna, Vrikshayurveda

Shilpa And Natyashastra (Indian Classical Arts: Performing And Fine Arts)
Sankhya And Yoga Darshna (Indian Psychology, Yoga And Consciousness Studies)
Vrikshayurveda (Plant Science/Sustainable Agriculture/Food Preservation Methods)

Solid Fluid Operations Lab

114304P

Laboratory Subject • 1 Units

View PYQ Papers

Topics Part 1

Use Java crusher to verify crushing law (Rittinger's law, Kick law, Bonds law).
Use Ball mill to find average particle size by changing residence time.
To determine effectiveness of screen.
Draw rate of filtration curve using plate & frame filter.
Use vacuum filter to determine rate of filtration curve.
Use batch sedimentation test to design the thickener.
Use Basket centrifuge to determine percentage solid recovered.
Determine the efficiency of Froth Flotation cell.
Determine the efficiency of cyclone separator.
To determine power consumption of agitator.
Use Sigma Mixer to find mixing index.
Use Ribbon blender to find mixing index.
Study Conveyor system (Belt/Chain/Bucket).

Prescribed Experiments

Use Java crusher to verify crushing law (Rittinger's law, Kick law, Bonds law).
Use Ball mill to find average particle size by changing residence time.
To determine effectiveness of screen.
Draw rate of filtration curve using plate & frame filter.
Use vacuum filter to determine rate of filtration curve.
Use batch sedimentation test to design the thickener.
Use Basket centrifuge to determine percentage solid recovered.
Determine the efficiency of Froth Flotation cell.
Determine the efficiency of cyclone separator.
To determine power consumption of agitator.
Use Sigma Mixer to find mixing index.
Use Ribbon blender to find mixing index.
Study Conveyor system (Belt/Chain/Bucket).

Industrial Fluid Flow Operation Lab

114306P

Laboratory Subject • 1 Units

View PYQ Papers

Topics Part 1

Determination of viscosity of different liquids by using given redwood viscometer at constant temperature.
Determination of viscosity of a given liquid at different temperature by using redwood viscometer.
Measurement of differential and gauge pressure using given manometer.
Calculation of energy associated with fluid using Bernoulli's principle.
Determination of Co-efficient of discharge for venturi meter to calculate theoretical & experimental value.
Determination of Co-efficient of discharge for orifice meter to compare theoretical & experimental value.
Calibration of Rotameter for given flowrate to plot curve for area Vs flowrate.
Determination of type of flow (Laminar/Turbulent) using Reynolds apparatus.
Determination of discharge coefficient for notches & weirs.
Determination of coefficient of viscosity for given viscous fluid to verify stokes's law.
Determination of head loss due to sudden expansion & sudden contraction.
Calculation of viscosity of given fluid by hagenpoiseuille equation.
Determination of characteristics curve of Centrifugal pump.
Plot the head vs flowrate curve for reciprocating pump.
Plot flow rate & head relation for Gate valve (different pipe diameter).

Prescribed Experiments

Determination of viscosity of different liquids by using given redwood viscometer at constant temperature.
Determination of viscosity of a given liquid at different temperature by using redwood viscometer.
Measurement of differential and gauge pressure using given manometer.
Calculation of energy associated with fluid using Bernoulli's principle.
Determination of Co-efficient of discharge for venturi meter to calculate theoretical & experimental value.
Determination of Co-efficient of discharge for orifice meter to compare theoretical & experimental value.
Calibration of Rotameter for given flowrate to plot curve for area Vs flowrate.
Determination of type of flow (Laminar/Turbulent) using Reynolds apparatus.
Determination of discharge coefficient for notches & weirs.
Determination of coefficient of viscosity for given viscous fluid to verify stokes's law.
Determination of head loss due to sudden expansion & sudden contraction.
Calculation of viscosity of given fluid by hagenpoiseuille equation.
Determination of characteristics curve of Centrifugal pump.
Plot the head vs flowrate curve for reciprocating pump.
Plot flow rate & head relation for Gate valve (different pipe diameter).

Internship – I

114309

Laboratory Subject • Course Details

View PYQ Papers