chemical session 2013 (final).docx

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DEPARTMENT OF CHEMICAL ENGINEERING

UNIVERSITY OF ENGINEERING AND TECHNOLOGY, LAHORE

(FOR MNS)

OUTLINE OF COURSES



Scheme of Studies

B.Sc. Chemical Engineering

Semester 1

Semester 2

Sr.

No.

Course

No. Course Title

Weekly

Contact Hrs

Credit

Hrs.

Th Pr. Th. Pr.

1. CH-101 Applied Chemistry-I 3 3 3 1

2. MA-103 Applied Mathematics-I 4 - 4 -

3. ME-115 Engineering Drawing - 3 - 1

4. Ch.E-101 Particle Technology 3 3 3 1

5. Ch.E-102 Computers & Computation 2 3 2 1

6. HU-120 Communication Skills-I - 3 - 1

Total 12 15 12 5

G. Total 27 17



Semester 3

Semester 4

Sr.

No

Course

No. Course Title

Weekly

Contact Hrs

Credit

Hrs.

Th Pr. Th. Pr.

1. CH-202 Applied Chemistry-II 3 3 3 1

2. Ch.E. 201Chemical Engineering

Thermodynamics-I3 - 3 -

3. E.E-201 Electrical Technology 3 3 3 1

4. Ch.E. 202 Fluid Mechanics 3 - 3 -

5. HU-220 Communication Skills-II - 3 - 1

6.IS/HU-

201

Islamic and Pakistan Studies-II

(Compulsory for Muslim

Students)

Ethics and Pakistan Studies-II

(for non Muslim Students)

3 - 3 -

Total 15 09 15 3

G. Total 24 18



Semester 5

Semester 6

Sr.

No.

Course

No. Subject

Weekly

Contact Hrs

Credit

Hrs.

Th Pr. Th. Pr.

1. MA-320 Computer Science and

Numerical Analysis

3 3 3 1

2. Ch.E-301 Heat Transfer Fundamentals 3 - 3 -

3. Ch.E-302 Mass Transfer Fundamentals 3 - 3 -

4. Ch.E-303 Chemical Reaction

Engineering

3 3 3 1

5. Ch.E. 304 Chemical Engineering

Economics

3 - 3 -

Total 15 6 15 2

G. Total 21 17

Sr.

No.

Course

No. Subject

Weekly

Contact Hrs

Credit

Hrs.

Th Pr. Th. Pr.

1 Ch E 305 Ch i l E i i 3 3



Semester 7

Semester 8

S.No Course

No.

Course Title

Weekly

Contact

Hrs

Credit

Hrs.

Th Pr. Th. Pr.

1. Ch.E- 401 Industrial Instrumentation 2 - 2 -

2. Ch.E-402 Simultaneous Heat and

Mass Transfer

3 - 3 -

3. Ch.E-403 Chemical Engineering Plant

Design

3 - 3 -

4. Ch.E-404 Maintenance Engineering 3 - 3 -

5. Ch.E-405 Engineering Management 3 - 3 -

6. Ch.E-406 Plant Design Project - 6 - 2

Total 14 6 14 2

G. Total 20 16

S No Co rse Co rse Title

Weekly

Contact Hrs

Credit

Hrs



DETAIL OF COURSES

B.Sc. CHEMICAL ENGINEERING

CH-101 APPLIED CHEMISTRY-I

Periodic classification of elements on the basis of the structure of atoms; Periodic properties,

Solutions; Solubility; Raoult's law; Azeotropic solution; Vapour pressure and distillation of

partially miscible and immiscible liquids; Solubility Products, Colligative Properties and

determination of the molecular weight; Free Energy and equilibrium; Chemical Equilibrium;Surface Phenomena and Catalysis; Electrochemistry: Electrolysis, Electrolytic conductance;

Transport number; Ionic equilibria; Activity co-efficient; Redox potential; Galvanic Cells,

Acids and Bases; Potentiometric titrations; pH; Buffer solution; Acid-base indicators.

MA-103 APPLIED MATHEMATICS-I

Differentiation and its applications; Maclaurin and Taylor series; Maxima and Minima of

functions of single variable; Revision of elementary integration; Integration by substitutionand by parts; Definite integrals; Application of Integrals; Area under the curve; Length of

Arc; Mean and root mean square values and centroid; Area of surfaces and volumes of solids

of revolution; Theorem of Pappus and Guldinus; Algebra of matrices and determinants.

Solution of system of equations; Linear Transformations and Eigen value problems; Vectors;

Tensors and their simple applications; Motion along a straight line with uniform acceleration;

Motion along a curved path; Tangential and Normal components of acceleration; Simple

Harmonic motion. Projectile; Power, Momentum and conservation of momentum and energy;

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Ch.E-102 COMPUTERS AND COMPUTATION

Introduction to Computers: Logging in proper usage, access and security; Use of keyboardand mouse; General feature and operation of graphic user interfaces; Menus and windows

operations; Use of online help and tutorials. General Operations: File and directories naming,

handling and good practice; Copying, cutting and pasting; operating systems in practices.

Word Processors: Document creation and editing; Formatting, layout, use of fonts; Spell

checking. Extensive hands on practice on computing machines.

Spreadsheets: Data, formulae, label input and management; Layout and good practice.

Graphics: Basic use of graph making and drawing packages; Creation and presentation ofdifferent types. Comprehensive designing and auto-calculation of spread sheet, data sorting

and graphic display of data, development of D.B.M.S.

Integration: Cutting and pasting via clipboard and by direct import from compatible software

to create composite documents.

Network Operations: Use of printer servers and drivers; Electronic mail for receiving and

submitting assignments

HU-120 COMMUNICATION SKILLS-I

Introduction to Communication Skills (the process and principles of communication;

Importance of good communication skills in business / technical environment; Internal

communication in an organization; Challenge of the communication in the global market)

Study Skills, Components of the communication; Non-verbal communications, Functional

English; Assessment Week; Public Speaking (difference between the reading and writing,

reading text of good public speeches and the analysis of their components, listening to the

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oscillation; Sound waves; Resultant of two simple harmonic motions; Resonance and beats.

Acoustics and its application in design of flats, Interference: Wavelength and frequency; units

and measurement of intensity, Reflection and refraction of sound; Reverberation time.Magnetic effect of current; C.G.S. and practical units; Relation between magnetism and

electricity; Magnetic Field due to current in a long wire; Force on a current carrying

conductor in magnetic field ; Laws of electromagnetic induction ; Galvanometer, Ammeter ;

Voltmeter ; Avometer ; Condensers and dielectrics ; Magnetic Materials ; BH curves,

Hysteresis ; Magnetic circuit Calculations ; Solenoids, Pull of an electromagnet ; Principles

of diode and triode ; Cathode-ray tube and photo-multiplier tube. Atomic and Nuclear

physics: Atomic structure; Nuclear Structure; Radioactivity; Nuclear Theory, Fission and

Fusion.

ME-105 MECHANICAL TECHNOLOGY

Workshop practice to learn basic workshop techniques and operations,

Elementary Machines Shop: Detailed study of Centre Lathe and accessories; Plain and

Taper turning, Simple Screw Cutting; Introduction to the Shaper, Slotter, Planner, Pillar and

Radial Drilling Machines.Fitting Shop: The use and care of fitters tools; Laying out and marking of jobs, Practice infiling, sawing, drilling, dicing, tapping and reaming of holes in metallic jobs; Familiarizing

with the working of Arbor Press and Power Hacksaw.

Electric Shop: Study of tools, materials and accessories used in wiring practice; Cables, their

sizes, types and current ratings. Switch gear used on domestic installations. Types of Wiring

systems and use of Distribution Boards.Earthing, its necessity and methods of installation of

earth electrodes. Use of magger testing set. Evolution of neutral in a distribution system.

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IS/HU-101 ISLAMIC & PAKISTAN STUDIES - I

Part-I: Quran and Sunnah; Al-Quran al-karim; Al hadith al sharif, Den-e-Islam, the study ofcardinals articles of faith; SerahtunNabi; Islam and modern science; Ethics

Part-II: Ideology of Pakistan; A brief history of Muslim society in subcontinent; Historical

back ground of the Ideology of Pakistan national & reformative movements; Hazrat Sheikh

Mujaddad Alf-I-Sani; Educational efforts; Pakistan movement.

CH-202 APPLIED CHEMISTRY-II

Organic Chemistry: Introduction to the chemical bonding; Resonance and its applications;

Mechanisms and methods of determining Tautorism; Stereo Chemistry: Organic reactions;

Addition to carbon-carbon and carbon-oxygen double bond; Substitution and elimination

reactions; Inter-conversion of functional groups; Organic Nitrogen compounds and

heterocylic system; Aromatic compounds, Introduction to Bio-Chemistry: Chemistry of the

biomolecules; Enzymes; bio- energetics; Bio-Chemical techniques; Bio-chemical technology.

Ch.E-201 CHEMICAL ENGINEERING THERMODYNAMICS-I

Scope of thermodynamics; Fundamental Quantities, terminologies and related parameters;

First law of thermodynamics and its applications to chemical engineering processes; PVT

behavior of pure fluids; Equations of state; Heat effects; Concept of entropy and second law

of thermodynamics; Thermodynamic properties of fluids; Generalized correlation for gases;

Thermodynamics of flow processes.



week, phonetics and phonology, vocabulary building, written reports, presentations,

seminars.

IS/HU-201 ISLAMIC & PAKISTAN STUDIES -II

Part-I: Al-Quran al-karim; Al-hadith al-sharif; Den-I-Islam; Serahtu Nabi; Ethics

Part-II: Formation of Pakistan; The land of Pakistan; Efforts for execution of Islamic system

in Pakistan; Foreign policy of Pakistan

Ch.E-203 INDUSTRIAL STOICHIOMETRY-II

Material balances involving multiple reactions and multiple units ; Material balances

involving recycle, by-pass and purge streams, Material balances involving phase change,

General energy balance with and without chemical reactions; combined material and energy

balance in chemical/ process industries.

MA-203 APPLIED MATHEMATICS-II

Complex numbers; Argand Diagrams; Exponential and polar forms; Demoiver’s theorem;Hyperbolic and inverse hyperbolic functions; Complex functions; Limits and continuity,

complex differentiation and cauchy-Riemann equations; Complex integration, Cauchy's

theorem and Cauchy's integral formula; Partial differentiation; Total differential and its

application to small errors; Statement of Taylor's Theorem; Maxima and minima of function

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Ch.E-206 FLUID DYNAMICS

Introduction to Fluid Dynamics; Pipes, Fittings and Valves; Transportation of Fluids; Fluidmoving machinery, measurement of flowing fluids, friction in flow through bed of solids,

motion of particles through fluids, agitation of fluids and agitators, blending and mixing,

suspension of solid particles, dispersion operations..

MA-320 COMPUTER SCIENCE AND NUMERICAL ANALYSIS

Introduction to computer set up; Basic Principles of digital computer programming; Program

structure and flow charts; Introduction to machine codes and compilers; Introduction to

Fortran language; Methods for analysis of simple elementary problems and preparation of

computer program; A review of basic Fortran concepts and exercises. Introduction to

numerical analysis; Finite differences; Difference Operators and Tables; Differences of

polynomials; Newton's and Gauss's interpolating techniques for equally spaced data; Simple

theorems on divided differences; Newton's formula for unequal intervals; Lagrange's formula

of interpolation. Numerical differentiation and numerical integration; Difference equations;

Numerical solution of system of linear equations; Numerical solution of ordinarydifferential equations; Runge Kutta's and Picard's Method.

Ch.E-301 HEAT TRANSFER FUNDAMENTALS

Introduction to heat transfer; Applications and Importance of heat transfer; Modes of heat

transfer; Steady state one-dimensional conduction including heat sources and convective

boundary conditions extended surfaces; Transient conduction: lumped capacity method; Free

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Ch.E-304 CHEMICAL ENGINEERING ECONOMICS

Importance of economics in engineering; Market and process surveys in relation to feasibilityanalysis; Plant location; Estimation of capital investment; Physical-plant cost; Manufacturing

cost; General expenses: Interest, taxes, insurance, and depreciation; Sales and profit; Cost

accounting; Alternative investments and replacements :Marketing.

Ch.E-305 CHEMICAL ENGINEERING MATHEMATICS

Application of the followings to the Chemical Engineering problems: Ordinary differential

equations; Simultaneous differential equations; Partial differential equations; Series Solution;

Laplace Transformations.

Ch.E-306 CHEMICAL REACTOR DESIGN

Temperature and Energy Effects for Single Reactions: Heat of reaction and equilibrium

constant; Design equations for batch and flow reactors derived from mass and energy balance

equations; Adiabatic and non-adiabatic operations, Introduction to Heterogeneous ReactionSystem: Fluid particle reaction kinetics; Rate controlling step in shrinking and non-shrinking

spherical particles, Catalysis, Adsorption Isotherms: B.E.T. equation; Kinetics of solid

catalyzed reactions; Experimental methods for finding rates; Integral and differential reactors;

Design for gas-solid catalytic reactors.

Ch.E-307 CHEMICAL ENGINEERING THERMODYNAMICS-II

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Leaching and Extraction: Leaching equipment, Principles of continuous counter current

leaching; Liquid extraction: Extraction equipment, Principles of extraction, Special

extraction techniques; Membrane separation processes, Separation of gases, Membranestructure, Pressure drop and mass transfer effects, Membrane for liquid-liquid Extraction,

Pervaporation; Reverse osmosis; electrostatic separation.

Ch.E-401 INDUSTRIAL INSTRUMENTATION

Fundamentals of electrical technology and digital- logic employed in measurement; Reviewof scientific principles employed in instruments; Parts of instruments; sensor, modifier,

recorder; Dynamic & static properties of instruments; selection & calibration of instruments;

Instrument Identification and Line Symbols; Available technology of instrumentation for

Temperature, Flow, Level, Weight, Load, Pressure, and Composition; Transducers advanced

measurement devices employing piezoelectric current, ultrasonic, laser, microwave;

Installation and installation costs; Case studies.

Ch.E-402 SIMULTANEOUS HEAT AND MASS TRANSFER

Multi-component distillation, Azeotropic and extractive distillation, Equipment evaluation

and design; Drying mechanisms; Humidification & Dehumidification and equipment design;

Fixed-bed operations : Adsorption and Ion Exchange.

Ch.E-403 CHEMICAL ENGINEERING PLANT DESIGN

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Ch.E- 406 PLANT DESIGN PROJECT

Plant design project is the practical demonstration of student’s theoretical knowledge. In plant design project groups of students are assigned a project which includes process

selection, capacity setting, overall material and energy balance, design of different units or

equipments, instrumentation and control, economic analysis of plant, hazard assessment &

HAZOP study etc. Students are required to present project in front of class and teaching

faculty in a seminar which helps to improve their interpersonal & communication skills.

Ch.E-407 TRANSPORT PHENOMENA

Viscosity and the mechanism of momentum transport; Velocity distributions in laminar flow;

The equations of change for isothermal systems; Velocity distribution with more than one

independent variable; Thermal conductivity and mechanism of energy transport; Temperature

distribution in solids and in laminar flow; The equations of change for non-isothermal

systems; Diffusivity and the mechanisms of mass transport; Concentration distribution in

solids and in laminar flow; The equations of change for multicomponent systems.

Ch.E-408 PROCESS MODELING & SIMULATION

Computer simulation in process engineering; Steps in simulation approach; Architecture of

flow sheeting software; Selection of simulation software’ Steady state flow sheeting’

Dynamic simulation; Introduction to various design and simulation software, e.g. HYSYS &

CHEM. CAD etc. (A particular software may be selected to cover the rest of the course

contents); A review of capabilities and limitations of the design/simulation software. Flow

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ii) Bio-Chemical EngineeringIntroduction; Chemical engineering and biotechnology; Cells, cell structure, Cell types;

Lipids, saccharine, RNA, DNA, amino acids and proteins; Enzymes production and kinetics,substrate and its utilization; Biomass production and product formation; Experimental

techniques; Immobilization materials and techniques; Biochemical reactors; Downstream

processing; Applications and future of biotechnology.

iii) Nanotechnology in Chemical Engineering

Introduction to Nanotechnology and its importance in Chemical Engineering, Nano

engineering basics (effect of length scale & properties of Nanomaterial), Types of

Nanomaterial, Nanofabrication, Nanoparticle design and assembly, Characterization of

Nano scale Structures and Surfaces, Nano biomaterial, Nanomaterial safety

iv) Nuclear EngineeringRadioactive decay; Nuclear reactions and artificial radioactivity; General properties;

Neutrons: Neutrons flux; Fission and chain reactions; Separation of isotopes and uses of

stable isotopes; Nuclear reactor principles; Reactor start up and operations; Materials of

construction; Design of gas cooled enriched uranium reactors; Processing methods of nuclear

materials; Radiation hazards; Shielding; Detection and control instruments; Waste disposal.

vi) Computer Aided DesignModeling of chemical engineering design problems, using spread sheet software for design

solutions, user definable functions, formulas and data replication, iterative and selective

structures implementation, macro application, graphical output; Flow sheeting fundamentals,

flow sheeting codes, representing a design problem in flow sheeting codes, using flow

sheeting software for solving design problems; Physical property estimation, cost estimation,

heat and mass balances computations, degree of freedom and thermodynamic property

calculations, size determination, regression analysis and graphical output of results, using

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Annexure I

Program: B.Sc. Chemical Engineering

Duration: 4 years

Number of semesters: 8

Number of weeks per semester: 16 - 18 (16 for teaching and 2 for

examinations)

Total number of credit hours: 140

Number of credit hours per semester: 15 – 18*

Engineering Courses (Minimum): 76 percent

Non-Engineering Courses (Maximum): 24 percent



B.Sc. ChemicalEngineering

Non-Engineering Domain

HumanitiesNaturalSciences

ManagementSciences

Engineering Domain

ComputingEngineeringFoundation

Major BasedCore -

Breadth

Major BasedCore - Depth

DesignProject

chemical session 2013 (final).docx

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