curriculum of b.sc. chemical engineering

DEPARTMENT OF CHEMIICAL & POLYMER ENGINEERINGUNIVERSITY OF ENGINEERING AND TECHNOLOGY, LAHORE

(FAISALABAD CAMPUS)Title of Subject: Applied Chemistry-I Course Code: CH-101Discipline: B.Sc. Chemical EngineeringSemester: 1st Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To enhance the knowledge of Inorganic and Analytical chemistry and their reaction with process industry.Course Outline: 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.

Lab Outline: Practical are based on, Inorganic Preparations Qualitative analysis; Preparation of standard solution by ion exchange chromatography; Trace amount determination by spectrophotometer, Conductrometric titrations, Potentiometer titrationsBooks Recommended:1. Finar I. L., “Organic Chemistry- The Fundamental Principles” 1975, Vol-I, The English

Language Book Society and Longman Group Limited.2. Glasstone S. “Textbook of Physical Chemistry” 1951, 2nd Ed. Macmillan and Co.

Limited.3. Volhardt K. Peter C. “Organic Chemistry” W.H.Freeman and Company.4. Maron Samuel H., Prutton Carl F. “Principles of Physical Chemistry” 4 th Ed. Machmillan

Publishing Co.5. Younis, M. “Organic Chemistry”.

Approval: Board of Studies: Res. No. ---------------- Dated: -----------

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(FAISALABAD CAMPUS)

Title of Subject: Applied Mathematics-I Course Code: MA-103Discipline: B.Sc. Chemical EngineeringSemester: 1st Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 4 Practical: 0Minimum contact hours: Theory: 72 Practical: 0

Objectives:To develop understanding with the concepts of calculus and analytic geometry and the applications of these concepts to the solution of engineering problems. Statistics applicable to Engineering problems is also taught.Course Outline:

Differentiation and its applications; Maclaurin and Taylor series; Maxima and Minima of functions of single variable; Revision of elementary integration; Integration by substitution and 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; Force balance on submerged bodies

Books Recommended:1. George B. Thomas JR. “Calculus & Analytical Geometry” 1993, 9th Ed, Addison-Wesley

Publishing Co.2. Kreyszig Erwin. “Advanced Engineering Mathematics” 18993, 7th Ed. John Willey &

Sons.





(FAISALABAD CAMPUS)

Title of Subject: Communication Skills-I Course code: HU-120Discipline: B.Sc. Chemical EngineeringSemester: 1st Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 0 Practical: 1Minimum contact hours: Theory: 0 Practical: 54

Objectives:To enable the students to meet their real life communication needs.

Lab Outline: 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 famous public speeches and exercise in public speaking), Formal Presentation (Modes of the formal presentations, purpose of oral presentations, mechanics of the presentations, written communication)

Books Recommended:1. Practical English Grammar by A. J. Thomson and A. V. Martinet. Exercises 1. Third

edition. Oxford University Press. 1997. ISBN 0194313492 2. Practical English Grammar by A. J. Thomson and A. V. Martinet. Exercises 2. Third

edition. Oxford University Press. 1997. ISBN 0194313506 3. Writing. Intermediate by Marie-Christine Boutin, Suzanne Brinand and Francoise Grellet.

Oxford Supplementary Skills. Fourth Impression 1993. ISBN 0 19 435405 7 Pages 20-27 and 35-41.

4. Reading. Upper Intermediate. Brain Tomlinson and Rod Ellis. Oxford Supplementary Skills. Third Impression 1992. ISBN 0 19 453402 2.





(FAISALABAD CAMPUS)

Title of Subject: Computers and Computation Course Code: Ch.E-102Discipline: B.Sc. Chemical EngineeringSemester: 1st Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To give working knowledge & skills of coding (C++ syntax.), how to avoid common coding pitfalls, to use and create own functions and classes. The course will enable students recognize the advantages of using pointers and references & to understand the fundamental ideas of object oriented (OO) design.

Course Outline: Introduction to Computers: Logging in proper usage, access and security; Use of keyboard and 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 of different 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

Lab Outline: In the laboratory, the student will be familiarized with: basic use of flow charts, introduction to office tools including spreadsheet, word processing and presentation, overview of different browsers and different microsofts.




Books Recommended:1. Norton, P. “Computing Fundamentals” Sixth Edition, McGraw Hill Publishers, 2006.2. Davis, G. H., “How to Do Everything with Microsoft Office Excel 2003”, McGraw-Hill

Book Co., Osborne, 2003.3. Nelson, S.L., Kelley, J., “Office XP: The Complete Reference”, McGraw Hill Publishers,

2001.





(FAISALABAD CAMPUS)

Title of Subject: Engineering Drawing Course Code: ME-115Discipline: B.Sc. Chemical EngineeringSemester: 1st Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 0 Practical: 1Minimum contact hours: Theory: 0 Practical: 54

Objectives:To provide an understanding of fundamentals of engineering drawing.

Lab Outline: Introduction and importance of drawing in engineering; Use of instruments; Planning of a drawing sheet; The projection of simple solids in simple positions; The oblique and auxiliary plans; Lettering; Dimensioning; The principal requirements of a working drawing; Isometric and pictorial projection of solid figures, Making of free-hand sketches from solid object and from orthographic projections; Sections of solid; Tangent planes to surfaces in contact, Inter-section of surfaces and inter-penetration of solids; Development of surfaces; Screw thread systems; Key and cotters; Couplings and simple bearings; Preparation of detailed and few assembly drawing.

Books Recommended:1. Parkinson, A. C. “A First Year Engineering Drawing” 1958, Sir Isaac Pitman & Sons. 2. Engineering Drawing and Graphic Technology 14thEdition by T.E. French, C.J. Vierk

and R.J. Foster 3. Elementary Engineering Drawing by N.D. Bhatt





(FAISALABAD CAMPUS)

Title of Subject: Particle Technology Course Code: Ch.E-101Discipline: B.Sc. Chemical EngineeringSemester: 1st Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To provide understanding of the fundamentals of particle technology with the emphasis on applications and practical problems in chemical and process industries.

Course Outline: Importance of Particle Technology in Chemical/Process Industries; Characterization of the Particles; Detailed study of the following unit operations; Screening, , mixing, size reduction crystallization, filtration, and sedimentation; Different types of screening equipment, , mixers, centrifuges, filters ,size reduction equipment and crystallizers, with emphasis on the followings; mechanical construction, operation and the working principle, design and the controlling parameters, efficiency, economic evaluation, applications and the selection criteria. Role of different mechanical separation techniques in Chemical /Process Industry.

Lab Outline: Energy calculations for ball mill, Jaw crusher, Hammer mill, Pebble mill, ultrafine grinders, smooth roll crushers, Sieve analysis. Determine the rate of mixing of granular solids by kneader mixer and separation efficiency of cyclone separator

Books Recommended:1. Richardson, J. F., Harker, J. H. and Buckhurst, J. R. “Coulson & Richardson's Chemical

Engineering”, Vol. 2, 5th Ed., Butter Worth Heinemann, 2002.2. McCabe, L. W., Smith, J.C. and Harriot, P., “Unit Operations of Chemical Engineering”,

7th Ed., McGraw-Hill Book Co. New York, 2005.





(FAISALABAD CAMPUS)

Title of Subject: Applied Mechanics-I Course Code: MA-102Discipline: B.Sc. Chemical EngineeringSemester: 2nd Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 0 Practical: 1Minimum contact hours: Theory: 0 Practical: 54

Objectives:To enable the students to understands the applications of mechanics.Lab Outline: Experimental work related to the following core areas of mechanics; Inertia and moment of inertia analysis of flywheel; Determination of coefficient of friction for different systems; Basiler suspension; mechanics of Weston differential pulley; Performance evaluation of Tie and Jib and forces analysis; Mechanical advantages in mechanical and applications; Estimation of efficiency losses for various systems and study of techniques to improve efficiency.

Books Recommended:1. “JL Meriam and LG Kraige”, “ Engineering Mechanics: Statics” 2. “JL Meriam and LG Kraige”.” Engineering Mechanics: Dynamics”




DEPARTMENT OF CHEMIICAL & POLYMER ENGINEERING

UNIVERSITY OF ENGINEERING AND TECHNOLOGY, LAHORE (FAISALABAD CAMPUS)

Title of Subject: Industrial Stoichiometry-I Course Code: Ch.E-103Discipline: B.Sc. Chemical EngineeringSemester: 2nd Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:To develop understanding of basic calculations involved in chemical engineering.Course Outline: Units and dimensions, conversion of units, dimensional analysis; Stoichiometric and composition relations; Concepts of an ideal gas; Study of non-ideal behavior of gases and related calculations; Vapor pressure saturation and humidity as applied to material balance calculations. Introduction to material and energy balance computations.

Books Recommended:1. Himmelblau, D. M., “Basic Principles and Calculations in Chemical Engineering”, 7th

Ed., McGraw-Hill Book Co. New York, 2009.2. Hougen, O. A., Watson, K. M. and Ragatz, R. A., “Chemical Process Principles”, 2nd

Ed., John Wiley & Sons Inc., 1954.





(FAISALABAD CAMPUS)

Title of Subject: Applied Physics Course Code: PHY-101Discipline: B.Sc. Chemical EngineeringSemester: 2nd Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:The objective of this subject is to provide knowledge about physics theorems and principles with the emphasis on engineering.Course Outline:

Thermometry; Heat transfer; Heat insulation; Properties of materials for use in buildings, Geometrical optics; The focal length of a spherical surface; The focal length of a lens; Magnification; Compound lenses; Resolving power. Laws of illumination and photometry; Sextant Spectrometer, Principles of refracting telescopes, Polarization of light; Waves and 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.

Lab Outline: Power supply, Solenoid, 6ES Tube for experiment of charge to mass ratio; Photo cell for Photo Electric Effect; Tangent Galvanometer; Spectrometer; Bread Boards, Multimeters, Diodes, Power Supply; Morse key, Two-Way key, Potentiometer, Power Supply, Capacitors; Triode Characteristics Apparatus; Ionization Potential of Mercury.




Books Recommended:1. Physics for Scientists and Engineers, by Douglas C. Giancoli, 4 th Edition, Prentice Hall,

2009.





(FAISALABAD CAMPUS)

Title of Subject: Mechanical Technology Course Code: ME-105Discipline: B.Sc. Chemical EngineeringSemester: 2nd Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 0 Practical: 1Minimum contact hours: Theory: 0 Practical: 54

Objectives:To develop practical skills in the use of workshop tools and equipment. Lab Outline: 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 in filing, 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.Smith Shop: The use and care of Smithy tools. Study and use of open hearth forge. Practice in upsetting, drawing out, spreading, bending, cutting and punching. Hardening and tempering of small cutting and punching of small cutting tools; Soldering; brazing; Electric, gas and forge welding.Carpentry Shop: The use and care of carpentry tools. Timber: its defects and preservation methods; Practice in planning and sawing; Study of joints.

Books Recommended:1) Workshop Technology, W.A.J. Chapman, 4th Edition, Elsevier Butter-worthHeinemann,

1972.2) Electrical Workshop: A Textbook, by R.P. Sing, 2nd Edition, International Publishing

House, 2008.





(FAISALABAD CAMPUS)

Title of Subject: Engineering Materials Course Code: Ch.E-104Discipline: B.Sc. Chemical EngineeringSemester: 2nd Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 2 Practical: 0Minimum contact hours: Theory: 36 Practical: 0

Objectives:To familiarize the students with material properties and their applications.Course Outline: Significance of materials in engineering equipment designs and fabrication; Fundamental concept of stress & strain their estimation and applications; Chemical Engineering Design; Mechanical & thermal properties & the applications of the following materials of construction; Iron & steel, stainless steel, Nickel, Hastelloy, Copper alloys, Aluminium & its alloys, Lead, titanium & tantalum; Phase equilibrium diagrams of stainless steel; Polymeric materials; Composite materials; Glass, Stoneware, Acid-resistant bricks & tiles; Selection of materials of construction; Introduction to corrosion and its types.

Books Recommended:1. Fisher, L.W., “Selection of Engineering Materials and adhesives”, Taylor and Francis

Group, 2005.2. John, V., “Introduction to Engineering Materials”, 4th Ed., Pal Grave Macmillan, 2003.3. Callister, W.D., “Material Science and Engineering- An Introduction”, 7th Ed., John

Wiley & Sons, 2007.





(FAISALABAD CAMPUS)

Title of Subject: Chemical Process Industries Course Code: Ch.E-105Discipline: B.Sc. Chemical EngineeringSemester: 2nd Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To provide an understanding of processes of different chemical and process industries

Course Outline: Introduction to process flow sheeting, Process flow diagrams, standard symbols; Detailed study of the following group of industries (i) Water treatment; Silicate industries (Cement, Glass and Ceramics); (ii) Agro- based industries(Pulp and Paper, Soap and Detergent, Oil and Ghee, Sugar); (iii) Acid industries( Hydrochloric acid, Sulphuric acid, Nitric acid and Phosphoric acid); (iv) Alkali industries ( Soda Ash, Caustic Soda and Ammonia) Fertilizer (NPK based fertilizers); Classified chemicals (Insecticides; Explosives and Surface coating industries). (v) Petro-chemicals)

Lab Outline:Preparation of soap, Leather analysis, Milk analysis, Fermentation, Preparation of nitrobenzene, Aspirin, Acetic acid and Oxalic acid.

Books Recommended:1. Austin G.T., “Shreve's Chemical Process Industries “. 5th Ed., McGraw-Hill Book Co.

Inc., 19842. Speight, J. G., “Chemical Process and Design Handbook”, McGraw-Hill Book Co. Inc.,

2002.





(FAISALABAD CAMPUS)

Title of Subject: Islamic and Pakistan Studies-I Course Code: IS/HU-101Discipline: B.Sc. Chemical EngineeringSemester: 2nd Year: 1st Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:Develop vision of historical perspective, government, politics, contemporary Pakistan, ideological background of Pakistan..Study the process of governance, national development, issues arising in the modern age and posing challenges to Pakistan.Course Outline:

Part-I: Quran and Sunnah; Al-Quran al-karim; Al hadith al sharif, Den-e-Islam, the study of cardinals 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.

Books Recommended:1) Pakistan Studies by Muhammad Ikram Rabbani, Urdu Bazar publishers, 2005





(FAISALABAD CAMPUS)

Title of Subject: Electrical Technology Course Code: EE-201Discipline: B.Sc. Chemical EngineeringSemester: 3rd Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:The objective of the course is to impart the basic knowledge of electrical and electronics that is generally part of process industry.Course Outline: Basic concepts; electrical quantities and units, basic circuits, laws, Circuit components, Multiple load circuits, Complex Circuit Analysis; Magnetism and electromagnetism; Alternating current voltages, power in AC circuits, Capacitance, Inductance, Transformer, R.C and L circuits, Electric Motors, Instruments and measurements, Residential Wiring Concepts.

Lab Outline:Introduction and use of Electrical tools, Electrical materials, To learn and make T-joint & Straight joint, To study and implement staircase wiring using two way switches, To study old and new house wiring schemes, To study and observe working of fluorescent tube light with and without starter, To find the light wavelength of sodium vapor lamp, To study commutation process, DC motor & generator working, To learn PCB Designing and to design a sample circuit on a PCB SHEET, To study repairing of home appliances such as Heater, Electric iron and fans etc., To study and make transformer winding, To prepare layout on a metal sheet by marking and prepare rectangular tray, To mark punch and drill holes on a metal sheet, To prepare Joints for butt- welding and lap welding. Books Recommended:

1) Workshop Technology, W.A.J. Chapman, 4th Edition, Elsevier Butter-worth Heinemann, 1972.

2) Electrical Workshop: A Textbook, by R.P. Sing, 2nd Edition, International Publishing House, 2008.





(FAISALABAD CAMPUS)

Title of Subject: Chemical Engineering Thermodynamics-I Course Code: Ch.E-201Discipline: B.Sc. Chemical EngineeringSemester: 3rd Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:To familiarize students with the concept of thermodynamic, heat and its application in chemical engineering

Course Outline: 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.

Books Recommended:1. Smith, J. M., Van Ness, H.C., Abbot, M. M., “Chemical Engineering Thermodynamics",

7th Ed., McGraw-Hill Book Co. New York. 2010.2. Cengel.Y.A., Bole.M.A. “Thermodynamics An Engineering approach”, 5th Ed.,

McGraw Hill, 2006.3. Eastop,T.D.,McConkey.A., “Applied Thermodynamics”, 5th Ed., Pearson Education Ltd.





(FAISALABAD CAMPUS)

Title of Subject: Applied Chemistry- II Course Code: Ch-202 Discipline: B.Sc. Chemical EngineeringSemester: 3rd Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To apply knowledge of organic chemistry for unit processes in organic synthesis. To introduce students to Biochemistry.Course Outline: Organic chemistry: Introduction to chemical bondings; Resonance and its applications; Mechanism; Methods of determining; Tautorism; Functional Groups; Addition to carbon-carbon and carbon oxygen double bond; Substitution and Elimination reactions; Aromatic Compounds; inter conversion of functional groups; Organic nitrogen compounds and heterocyclic systems; Introduction to bio-chemistry: Chemistry of bi molecules, Enzymes; Bio-energetic; Bio-chemical techniques; Bio-chemical technology.

Lab Outline:Practicals to be based on: Determination of optimum conditions for any unit process; Preparation of ethers on Semi-batch process. Preparation of organic compounds.Books Recommended:1. Shreve's Chemical Process Industries, G.T. Austen, McGraw Hill 1995.2. Riegels Handbook of Industrial Chemistry, James A. Kent 10th Ed. Springer/Van

Nostrard Reinhold, 2003.





(FAISALABAD CAMPUS)

Title of Subject: Fluid Mechanics Course Code: Ch.E-202Discipline: B.Sc. Chemical EngineeringSemester: 3rd Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:To familiarize students with the concept of fluid and particle mechanicsCourse Outline: Introduction and importance of fluid mechanics; Description of fluids; Types of fluids and classification of fluid flows; Compressible vs. Incompressible fluids, Steady and unsteady fluid flows; Properties of fluids; Basic equation of fluid flow; Flow of incompressible fluids in pipes, laminar and turbulent flowing closed channels; Processes of compressible fluid flows; Flow through variable area conduits; Boundry layer concept, Prandtl‘s Boundary layer equations, Turbulent boundary layer; Dimensional analysis.

Books Recommended:1. McCabe, L. W., Smith, J.C. and Harriot, P., “Unit Operations of Chemical Engineering”,

7th Ed., McGraw-Hill Book Co. Inc., 2005.2. Richardson, J. F., Harker, J. H. and Buckhurst, J. R., “Coulson & Richardson's Chemical

Engineering”, Vol. 1, 6th Ed., Elsevier, 2005.3. Fox, R. W., Mc Donald, A.T. and Pritchard, P.J., “Introduction to Fluid Mechanics“, John

Willey & Sons. 2004.





(FAISALABAD CAMPUS)

Title of Subject: Communication Skills-II Course Code: HU-220Discipline: B.Sc. Chemical EngineeringSemester: 3rd Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 0 Practical: 1Minimum contact hours: Theory: 0 Practical: 54

Objectives:The objective of this subject is to develop communication skills in researching, writing essays, reports and short business documents, working cooperatively in teams, and presenting group projects. It also provides an overview of communication theory and an insight into the processes of professional communication.Lab Outline: Introduction, written communication, correctness of language, business correspondence (memorandums, minutes of a meeting, emails, resume and cover letter writing, application and follow up letters, business letters, analysis of sample letters), interview skills, assessment week, phonetics and phonology, vocabulary building, written reports, presentations, seminars.

Books Recommended:1. Business Communication: Making Connections in a Digital World, by

Lesikar, 12th Edition, McGraw Hill, 2010.





(FAISALABAD CAMPUS)

Title of Subject: Islamic and Pakistan Studies- II Course Code: IS/HU -201Discipline: B.Sc. Chemical EngineeringSemester: 3rd Year: 2nd Effective: 13 Ch &14 Ch BatchMarks: Theory: 100 Practical: 0Credit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:To familiarize the students with the basic concepts of Halal and Haram, rights of Muslims & non-Muslims and rights of woman in Islam. Detailed knowledge about five pillars of Islam and Seerat (Life of Prophet (SAW)). This subject also provides knowledge about ideology of Pakistan and role of different personalities in Pakistan Movement.Course Outline: Part-I: Al-Quran al-karim; Al-hadith al-sharif; Den-I-Islam; Serahtu Nabi; EthicsPart-II: Formation of Pakistan; The land of Pakistan; Efforts for execution of Islamic system in Pakistan; Foreign policy of Pakistan

Books Recommended:1. Pakistan Studies by Muhammad Ikram Rabbani, Urdu Bazar publishers, 2005.





(FAISALABAD CAMPUS)

Title of Subject: Applied Mathematics-II Course Code: MA-203Discipline: B.Sc. Chemical EngineeringSemester: 4th Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 4 Practical: 0Minimum contact hours: Theory: 72 Practical: 0

Objectives:To focus use and application of differential equations in the areas relevant to process.

Course Outline: Differentiation and its applications; Maclaurin and Taylor series; Maxima and Minima of functions of single variable; Revision of elementary integration; Integration by substitution and 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; Force balance on submerged bodies

Books Recommended:1. Edwards, C., and D. Penney. Elementary Differential Equations with Boundary Value

Problems. 6th ed. Upper Saddle River, NJ: Prentice Hall, 2003.2. Erwin Kreyszig, Advanced Engineering Mathematics, John Wiley, 2006





(FAISALABAD CAMPUS)

Title of Subject: Industrial Stoichiometry-II Course Code: Ch.E-203Discipline: B.Sc. Chemical EngineeringSemester: 4th Year: 2nd Effective: 13 Ch-14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:In depth study of calculation in chemical engineering involving both mass balance and energy balance for design and operation applicationsCourse Outline: 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.

Books Recommended:

1. Himmelblau, D. M., “Basic Principles and Calculations in Chemical Engineering”, 7th

Ed., McGraw-Hill Book Co. New York, 2009.

2. Felder, R. M. and Rousseau, R. W., “Elementary Principles of Chemical Processes”, 3rd

Ed., John Wiley & Sons Inc., 2001.

3. Hougen, O. A., Watson, K. M. and Ragatz, R. A., “Chemical Process Principles”, 2nd Ed., John Wiley & Sons Inc., 1954.





(FAISALABAD CAMPUS)

Title of Subject: Unit Processes Course Code: Ch.E-205Discipline: B.Sc. Chemical EngineeringSemester: 4th Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To understand the various industrial processes and its application.Course Outline: Industrial Application of the following unit Processes with emphasis on their kinetic behavior and economic importance: Nitration; Esterification; Amination; Halogenations; Sulfonation; Oxidation and Hydrogenation. Introduction to biochemical Engineering Processes.

Lab Outline:Preparation of Bakelite from Phenol and Formaldehyde; Ethyl Acetate from Acetic acid and Ethyl alcohol; Sodium Sulphate from Sodium chloride and Sulphuric acid;Production of Picric acid by Phenol, Sulphuric acid and Nitric acid; Nitro Benzene from Nitric acid and Benzene;Oxalic acid from Nitric acid and Sugar; Glacial Acetic Acid from Sulfuric acid, Methanol & water ; Oxalic acid from Nitric acid and SugarBooks Recommended:1. Groggins, P. H., “Unit Processes in Organic Synthesis”, 5th Ed., McGraw-Hill Book Co.

Inc., 1995.2. Smiths, J.M., “Chemical Engineering Kinetics”, 3rd Ed., McGraw-Hill Book Co. Inc.,

1990.3. Speight, J. G., “Chemical Process and Design Handbook”, McGraw-Hill Book Co. Inc.,

2002.






Title of Subject Fluid Dynamics Course Code: Ch.E-206Discipline: B.Sc. Chemical EngineeringSemester: 4th Year: 2nd Effective: 13 Ch&14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To develop understanding of applying governing equations of mass, momentumand energy to simulate chemical engineering processes.Course Outline: Introduction to fluid dynamics; Transportation of fluids; Selection, Design procedure and cost for storage tank, pipes, fittings and valves; Selection of pipes, pumps, Fans, Blowers, Compressor, Turbines and expanders; Design procedure and costs; Metering of fluids; Agitation and mixing of fluids; Static fluid phenomena in static mixers; Dynamic mixers; Flow passed immersed bodies; Fluidization; Chemical Engineering computational fluid Dynamics; Cavitation prevention of pumps; Chocking prevention of pipes; Corrosion prevention; Surging in compressors.

Lab Outline:To verify the characteristics curves of centrifugal pump using the computer controlled centrifugal pump bench. To study the single, series, parallel pump operation with variable flow rate.To study the Fluidization characteristics in sand-air system. To study the Fluidization characteristics in water-air system. To study the behavior of a fan ay different outlet flow rates.To determine he input voltage by running empty equipments& draw a graph between calculated power & input power. To determine the air flow using inlet nozzle dimensions & pressure changes.Measure the velocity profile by Pilot static tube. To find air flow using Pitot tube &comparison with the results from nozzle. To measure the duct resistance, fan characteristics & their effect on flowrate.To prove fan law for a fan. To draw curves of head against flow efficiency & specific speeds for fans. To determine the velocity of air w.r.t. different positions & to measure mach number.Books Recommended:1. McCabe, L. W., Smith, J.C. and Harriot, P., “Unit Operations of Chemical Engineering”,

7th Ed., McGraw-Hill Book Co. New York, 2005.




2. Richardson, J. F., Harker, J. H. and Buckhurst, J. R., “Coulson & Richardson's Chemical Engineering”, Vol. 1, 6th Ed., Elsevier, 2005.

3. Abulencia, P. J., Theodore, L., “Fluid Flow For The Practicing Chemical Engineer”, John Wiley & Sons, Inc., New Jersey, 2009.

4. Volk, M., “Pump Characteristics and Applications”, 2nd Ed., Taylor and Francis Group, LLC., 2005.






Title of Subject: Energy Engineering Course Code: Ch.E-204Discipline: B.Sc. Chemical EngineeringSemester: 4th Year: 2nd Effective: 13 Ch &14 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:The objective of this course is to equip the students with the basic knowledge and skills of engineering drawing and its application in practical scenarios.Course Outline: Introduction to energy, types of energy and sources of energy, Introduction to Fuels in solid, liquid and gaseous state. Renewable and non-renewable energy resources: Introduction of hydropower, solar energy, wind energy, tidal energy, geothermal, nuclear energy, fossil fuels, Extraction, advantages and limitations of each energy resource, Availability of these energy resources in Pakistan, Environmental impacts of energy resources. Fuel processing: Carbonization, Combustion, Gasification, Fuel up-gradation, Energy from biomass. Lab Outline:To determine the Aniline point & Diesel Index of the given sample of oil. To determine the softening point of the given sample of coal tar using softening point apparatus. To determine the viscosity of the given fuel oil using the Engler viscometer.To determine the vapor pressure of the given sample of fuel oil using the Reid vapor pressure apparatus.To determine the smoke point of the given sample of oil.To determine the cloud point of the given sample of oil.To determine the Pour point of the given sample of oil.To determine the moisture content in the given sample of coal.To find out the %age Ash content in the given sample of coal.To find out the %age volatile component in the given sample of coal.Books Recommended:




1. Gupta, O. P., “Elements of Fuels, Furnaces and Refractories”, Khana Publishers, 2006.

2. Harker, J. H., Buckhurst, J. R., “Fuel and Energy”, Academic Press, 1981.

3. Sorensen, B., “Renewable Energy”, 3rd Ed., Academic Press, 2004.





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Title of Subject: Computer Science and Numerical Analysis Course Code: MA-320Discipline: B.Sc. Chemical EngineeringSemester: 5th Year: 3rd Effective: 11 Ch-12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To enable students using structured programming techniques in suitable programming languages and implement numerical solutions using MATLAB.Course Outline: 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 ordinary differential equations; Runge Kutta's and Picard's Method.

Lab Outline:

Practice and uses of different methods that are involve in calculations of different processes.Books Recommended:1. Zhilin Li, Lubin & Vulkov, Jerzy Wasniewski, “Numerical analysis and its applications”,

Springer, 2005, ISBN 3540249370.2. Michelle Schatzman, “Numerical Analysis” Oxford University Press, 2002, ISBN

0198508522.3. Steven T. Karris, “Numerical Analysis” Orchard Publications, 2004, ISBN 0974423912.





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Title of Subject: Chemical Reaction Engineering Course Code: Ch.E-303Discipline: B.Sc. Chemical EngineeringSemester: 5th Year: 3rd Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To apply the knowledge of chemistry, thermodynamics and chemical engineeringfor designing of reactors.Course Outline:

Fundamentals of Chemical Reaction Engineering and its importance: Rate of reaction; Rate equation; Molecularity and order of reaction; Kinetic models and mechanism for non-elementary reactions, Analysis of Rate Data: Integral and differential methods of analysis for single irreversible / reversible reactions for constant and variable volume reactors, Ideal Reactors, for Single Reactions: Design / performance equations for homogenous batch and flow reactors; Holding time and space-time for flow reactors; Comparison of reactors, Multiple Reactors System: Reactors of equal and different sizes used in series/parallel; Determining best set up for given conversion. Recycle reactors, Auto catalytic reactions.

Lab Outline:

To standardize the conductivity meter with standard solution of Sodium hydroxide & draw the curve to show the relationship between conductivity & concentration. (Method A). To standardize the conductivity meter with standard solution of Sodium hydroxide & draw the curve to show the relationship between conductivity & concentration. (Method B).To calibrate the feed pump used for Sodium hydroxide & Ethyl Acetate tanks and draw the calibration curve to show the relationship between various flow rates & speeds (regulator positions).To investigate the reaction of Sodium hydroxide & Ethyl Acetate & study the behavior of instantaneous conversion with time. Also find the overall conversion & draw graph between concentration vs time.To study the effect of stoichiometric ratio of reactants (Sodium hydroxide & Ethyl Acetate) on conversion & find out the optimum ratio of reactants.To draw a graph between Conductivity & Concentration by using the “Least square method”. (Best fit straight line). To draw a graph between Conductivity & Concentration by using the “Least square method”. (Best fit parabolic curve).To study the kinetics ( “n” and




“k” ) for the given reaction between Sodium hydroxide & Ethyl Acetate Using Integral Analysis.To study the kinetics ( “n” and “k” ) for the given reaction between Sodium hydroxide & Ethyl Acetate Using Differential Analysis.To study the kinetics ( “n” and “k” ) for the given reaction between Sodium hydroxide & Ethyl Acetate Using Fractional Life Method.To study the kinetics ( “n” and “k” ) for the given reaction between Sodium hydroxide & Ethyl Acetate Using Empirical Rate Equation.To find Arhenous law parameters (E &Ko) for the given reaction in lab. To study the rate constant for the given reaction between Sodium hydroxide & Ethyl Acetate (Sponification reaction) Using Titration method.To study the kinetics of the given reaction (Sodium hydroxide & Ethyl Acetate) through the Conductometric method by finding Specific rate constant & Overall order of the reaction.

Books Recommended:1. Levenspiel, O., “Chemical Reaction Engineering”, 3rd Ed. John Wiley & Sons Inc., 2003.2. Smith, J.M., “Chemical Engineering Kinetics” 3rd Ed., McGraw-Hill Book Co. New

York, 1981.3. Fogler, H. S., “Elements of Reaction Engineering”, 3rd Ed., Prentice Hall India, 2005.





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Title of Subject: Unit Processes Course Code: Ch.E-305Discipline: B.Sc. Chemical EngineeringSemester: 5th Year: 3rd Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To understand the various processes and its applications.Course Outline:

Industrial application of the following unit processes with emphasis on their kinetic behavior and economic importance: Nitration; Esterification; Amination; Halogenations; Sulphonation; Oxidation and Hydrogenation, Introduction to biochemical engineering processes.

Lab Outline:Preparation of Bakelite from Phenol and Formaldehyde; Ethyl Acetate from Acetic acid and Ethyl alcohol; Sodium Sulphate from Sodium chloride and Sulphuric acid;Production of Picric acid by Phenol, Sulphuric acid and Nitric acid; Nitro Benzene from Nitric acid and Benzene;Oxalic acid from Nitric acid and Sugar; Glacial Acetic Acid from Sulfuric acid, Methanol & water ; Oxalic acid from Nitric acid and SugarBooks Recommended:

1. Groggins, P. H., “Unit Processes in Organic Synthesis”, 5th Ed., McGraw-Hill Book Co. Inc., 1995.

2. Smiths, J.M., “Chemical Engineering Kinetics”, 3rd Ed., McGraw-Hill Book Co. Inc., 1990.

3. Speight, J. G., “Chemical Process and Design Handbook”, McGraw-Hill Book Co. Inc., 2002.





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Title of Subject: Mass Transfer Course Code: Ch.E-306Discipline: B.Sc. Chemical EngineeringSemester: 5th Year: 3rd Effective: 11 Ch-12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To familiarize the students with mass transfer operations in chemical engineeringCourse Outline: Introduction to mass transfer and its applications; Mass conservation equations for single and multi-component mixture Principles of diffusions transfer between phases; Fick’s law, Analogies with momentum and heat transfer; Steady state Diffusion in gases and liquids; Transient diffusion; Mass transfer theories; Mass transfer coefficients through various geometries and flow patterns; Equilibrium stage operations: Equipment for stage contacts, Distillation: Flash distillation, Continuous distillation with reflux. Design of plate and packed columns.Lab Outline:Leaching, liquid-liquid extraction, gas-liquid absorption, diffusion, crystallization, distillation and ion exchangeBooks Recommended:1. Richardson, J. F., Harker, J. H. and Buckhurst, J. R. “Coulson & Richardson's Chemical

Engineering”, Vol. 2, 5th Ed., Butter Worth Heinemann, 2002.2. McCabe, L. W., Smith, J.C. and Harriot, P., “Unit Operations of Chemical Engineering”,

7th Ed., McGraw-Hill Book Co. Inc., 2005.3. Treybal, R.E.,”Mass Transfer Operations”, 3rd Ed., McGraw Hill Book Co. Inc., 1981.





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Title of Subject: Chemical Engineering Mathematics Course Code: Ch.E -304Discipline: B.Sc. Chemical EngineeringSemester: 6th Year: 3rd Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:To provide in-depth knowledge of mathematical methods.Course Outline:

Application of the followings to the Chemical Engineering problems: Ordinary differential equations; Simultaneous differential equations; Partial differential equations; Series Solution; Laplace Transformations.

Books Recommended:1. Sherwood, T. K., Reed, C. E. and Mickley, H. S., “Applied Mathematics in Chemical

Engineering”, 2nd Ed., McGraw-Hill Book Co. Inc., 1989.2. Rice, R.G. and Do, D.D., “Applied Mathematics and Modeling for Chemical Engineers”,

John Wiley & Sons, 1995.

3. Jenson, V.G. and Jeffreys, G.V., “Mathematical Methods in Chemical Engineering”, 2nd

Ed., Academic Press, 1997.






Title of Subject: Chemical Engineering Thermodynamics-II Course Code: Ch.E-307Discipline: B.Sc. Chemical EngineeringSemester: 6th Year: 3rd Effective: 11 Ch & 12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:To enable students to apply the knowledge in chemical engineering application.Course Outline: Power cycles, refrigeration and liquefaction; Concepts of equilibrium; Phase rule; Vapour liquid equilibrium at low to moderate pressure; Simple models for vapour – liquid equilibrium and modified Raoult’s law; Vapour-liquid equilibrium from K- value correlations; Solution thermodynamics: Fundamental property relation; Maxwell equations; Chemical potential and phase equilibria; partial properties, ideal gas mixture, fugacity, fugacity coefficient for pure species and for a species in solution; Generalized correlation for fugacity coefficients; Ideal solutions: excess properties, liquid phase properties from vapor-liquid equilibrium data, Models for excess Gibb’s energy. Property changes of mixing, heat effects of mixing process; Chemical reaction equilibrium; Chemical reaction equilibrium for homogeneous and heterogeneous systems.

Lab Outline:To calculate the COP of Refrigeration Unit, air conditioning unit (Both Heating and Cooling Cycle) and heat pump; To calculate the efficiency of Compressor installed in refrigeration unit, Air Conditioning Unit (Both Heating and Cooling Cycle) and Heat Pump; To draw P-V & T-S diagram for Refrigeration cycle, Air Conditioning Unit and heat pump; To study the two stroke and four engine on Two stroke and four stroke Models

Books Recommended:1. Smith, J.M., Van Ness, H.C., Abbot, M.M., “Chemical Engineering Thermodynamics ",

7th Ed., McGraw-Hill Book Co. Inc., 2010.




2. Cengel,Y.A., Bole,M.A. “Thermodynamics An Engineering approach”, 5th Ed., McGraw Hill, 2006.

3. Winnick, J., “Chemical Engineering Thermodynamics“, John Willey & Sons. Inc., 2001.





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Title of Subject: Chemical Engineering Economics Course Code: Ch.E -302Discipline: B.Sc. Chemical EngineeringSemester: 6th Year: 3rd Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:To equip the graduate engineers to identify the economically feasible process in the engineering field.Course Outline: Importance of economics in engineering; Market and process surveys in relation to feasibility analysis; 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.Books Recommended:1. Peters, M.S. and Timmerhaus, K.D., “Plant Design & Economics for Chemical

Engineers.” 5th Ed., McGraw Hill Book Co. Inc., 1991.2. Riggs’s J. L. David D. Bedworth., “Engineering Economics”4th Ed., McGraw Hill Book

Co. Inc., 2004. 3. James R. Couper., “Process Engineering Economics.” 4th Ed., Marcel Dekker Inc. New

York, 2003.





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Title of Subject: Energy Engineering Course Code: Ch.E-308Discipline: B.Sc. Chemical EngineeringSemester: 6th Year: 3rd Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 0

Objectives:To give and overview of different energies, ossil fuels. Students should be able to understand the significance of combustion in process industry. After this course, student should be able to design industrial furnaces and boilers. He should also be able to develop techniques and technologies to comply with emission legislation in this regard..Course Outline: Introduction to energy, types of energy and sources of energy, Introduction to Fuels in solid, liquid and gaseous state. Renewable and non-renewable energy resources: Introduction of hydropower, solar energy, wind energy, tidal energy, geothermal, nuclear energy, fossil fuels, Extraction, advantages and limitations of each energy resource, Availability of these energy resources in Pakistan, Environmental impacts of energy resources. Fuel processing: Carbonization, Combustion, Gasification, Fuel up-gradation, Energy from biomass.

Lab Outline:To determine the Aniline point & Diesel Index of the given sample of oil, the softening point of the given sample of coal tar using softening point apparatus, the viscosity of the given fuel oil using the Engler viscometer, the vapor pressure of the given sample of fuel oil using the Reid vapor pressure apparatus, the smoke point of the given sample of oil; the cloud point of the given sample of oil; the Pour point of the given sample of oil; the moisture content in the given sample of coal, the %age Ash content in the given sample of coal; the %age volatile component in the given sample of coal; the Aniline point & Diesel Index of the given sample of oil; the softening point of the given sample of coal tar using softening point apparatus; the viscosity of the given fuel oil using the Engler viscometer; the vapor pressure of the given sample of fuel oil using the Reid vapor pressure apparatus; the smoke point of the given sample of oil; the cloud point of the given sample of oil; the Pour point of the given sample of oil, the moisture content in the given sample of coal, the %age Ash content in the given sample of coal and the %age volatile component in the given sample of coal.Approval: Board of Studies: Res. No. ---------------- Dated: -----------



Books Recommended:1. Gupta, O. P., “Elements of Fuels, Furnaces and Refractories”, Khana Publishers, 2006.2. Harker, J. H., Buckhurst, J. R., “Fuel and Energy”, Academic Press, 1981.3. Sorensen, B., “Renewable Energy”, 3rd Ed., Academic Press, 2004.





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Title of Subject: Maintenance Engineering Course Code: Ch.E-301Discipline: B.Sc. Chemical EngineeringSemester: 6th Year: 3rd Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:Plant life depends on its proper maintenance and up keep safety is very essential for any productive unit and it is said that safety and productivity go in hand and hand. The subject prepare the students for above mentioned aims.

Course Outline: Types of maintenance and their applications; Maintenance Management; Maintenance of pumps, Machines and Piping, Lubrication programs, Forms of corrosion, prevention and inhibition, Design considerations; Layout and construction; Overall safety of plant and personnel; fire and explosion; Health hazards; Accident prevention; Government Regulations for industrial safety.

Books Recommended:1. Higgins, L. R. and Mobley, R. K., “Maintenance Engineering Handbook”, 6th Ed.,

McGraw-Hill Book Co., New York, 2001.2. Dhillon, B. S., “Engineering Maintenance: A Modern Approach”, CRC Press, 2002.





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Title of Subject: Process Dynamics and Control Course Code: Ch.E -401Discipline: B.Sc. Chemical EngineeringSemester: 7th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum Contact Hours: Theory: 54 Practical: 54

Objectives:To familiarize the students with process parameter measurements and their instruments, various control strategies and response analysis.Course Outline:

Introduction & significance of control; Feedback& feed forward control; Design & Hardware elements of control; Dynamics of first & second order systems; Overall transfer function testability; Controllers (P, PI, PID etc) & final control elements; Representation of control systems; Multiple control loops; cascade, ratio, over-riding etc. Introduction to stability of chemical processes; introduction to frequency response techniques; Routh's criteria, Bode plots, Nyquist method; Computer control, Introduction to Distributed Control Systems; Case study: Development of control scheme of complete plant.

Lab Outline:Study the K & J type thermocouples, Study of control loops, Process plant training.

Books Recommended:1. Stephanopoulos, G.., “Chemical Process Control”, Pearson Prentice Hall, 2006.2. Smith C.A., Corripio A.B “Principles and Practice of automatic Process Control” 3rd Ed,

John Wiley and Sons, 2006.3. Luyben, W.L., “Process modeling, Simulation and Control for Chemical Engineers”, 2nd

edition, McGraw-Hill Book Co. Inc.,1996.





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Title of Subject: Simultaneous Heat and Mass Transfer Course Code: Ch.E-402Discipline: B.Sc. Chemical EngineeringSemester: 7th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 4 Practical: 0Minimum contact hours: Theory: 72 Practical: 0

Objectives:To develop understanding of simultaneous heat and mass transfer operations.Course Outline: 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.

Books Recommended:1. McCabe, L. W., Smith, J.C. and Harriot, P., “Unit Operations of Chemical Engineering”,

7th Ed., McGraw-Hill Book Co. New York, 2005.2. Dutta B.K., “Principles of Mass Transfer and Separation Processes.” PHI Private learning

, New Delhi, 2009.3. Richardson, J. F., Harker, J. H. and Buckhurst, J. R. “Coulson & Richardson's Chemical

Engineering”, Vol. 2, 5th Ed., Butter Worth Heinemann, 2002.





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Title of Subject: Chemical Engineering Plant Design Course Code: Ch.E-403Discipline: B.Sc. Chemical EngineeringSemester: 7th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum contact hours: Theory: 54 Practical: 54

Objectives:This course will make capable the students to understand basic needs and requirement of a plant design practices and techniques by using design codes and standards.Course Outline: Introduction; Process design development; General design considerations; Optimum design; Materials of fabrication and their selection; Material transfer handling and equipment design; Heat transfer equipment design; Mass transfer equipment design; Application of computer aided design of software.Lab Outline:Practicals related to softwares, design of differents eqiupments and process related to the dield.

Books Recommended:1. Peters, S.M., Timmerhaus, K.D., and West, R.E., “Plant Design

Economics for Chemical Engineers”, 5th Edition, McGraw-Hill Book Co. Inc., 2003.

2. Ludwig .E, “Applied Process Design”, 2nd Vol., 3rd Ed., Houston Texas, 2002.

3. Sinnott R.K”Chemical Engineering Design” 4th Ed. Butterworth Heinemann





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Title of Subject: Plant Design Project-I Course Code: Ch.E-409Discipline: B.Sc. Chemical EngineeringSemester: 7th Year: 4th Effective: 11 Ch-12 Ch BatchGrading System: GPACredit hours: Theory: 0 Practical: 2Minimum contact hours: Theory: 0 Practical: 54

Objectives:This course will make capable the students to understand basic needs and requirement of a plant design practices and techniques by using design codes and standards in industries.

Lab Outline: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.

Books Recommended:All chemical engineering and other related books.





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Title of Subject: Engineering Management Course Code: Ch.E-404Discipline: B.Sc. Chemical EngineeringSemester: 7th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum contact hours: Theory: 54 Practical: 0

Objectives:This enables the students to understand the organization and managing its operations.

Course Outline: Resources and management processes; Environment of engineering organization and managers; Social, Ethical, Global and Multicultural environment; Elements of planning and decision making; Decision making and their types; Managing strategy and strategic planning; Elements of an organization. Organization design, change and innovation; Human resource management; Managing motivation and performance; Managing work groups and teams; Organizational communication and interpersonal relations in engineering organizations; Types of control; Managing operation, quality and productivity of an engineering organization.

Books Recommended:1. Griffin, W., “Management”, 8th Ed., Houghton Mifflin Company, 2006. 2. Dhillon, B. S., “Engineering Management: Concepts, Procedures, and Models”,

Technomic Pub. Co., 1987.






Title of Subject: Engineering LawsCourse Code: Ch.E -405Discipline: B.Sc. Chemical EngineeringSemester: 8th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum Contact Hours: Theory: 54 Practical: 0

Objectives:This course covers the laws related to engineering projects.

Course Outline: Laws for environmental concerns/regulations and penalties, engineering projects bidding and compliance requirement, rules, responsibilities and obligation. Understanding banking and credit institution, legislation, labor loss, safely rules and regulations, certification, procedure and opportunities. Government and company legislation, codes and conducts of engineering projects.

Books Recommended:1. Dhillon, B. S., “Engineering Management: Concepts, Procedures, and Models”,

Technomic Pub. Co., 1987.2. Higgins, L. R. and Mobley, R. K., “Maintenance Engineering Handbook”, 6th Ed.,

McGraw-Hill Book Co., New York, 2001.





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Title of Subject: Environmental Engineering Course Code: Ch.E-406Discipline: B.Sc. Chemical EngineeringSemester: 8th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 1Minimum Contact Hours: Theory: 54 Practical: 54

Objectives:The graduate will have knowledge in the area of environmental engineering that includes types of pollution, sampling, monitoring, pollution control considering the international and national standards.Course Outline: Introduction to ecology of environment; Impact of technology on ecology of system; The effects of industrial pollutants on human environments; Environmental impact assessment and sustainable development; Air pollution and its control; Water pollution and its control; Industrial waste water and its control; Industrial noise pollution and its control; Future requirements of process industries and developments under the constraints of diminishing world resources and ecological elements of human environment, EIA method and techniques for impact prediction and evaluation

Lab Outline:Study the operation of cyclone separator and determine the collection efficiency of given cyclone separator.Measure of hardness of water by complex matrix method. Measure of chlorides in water. Determination of total acidity in water. Determination of total alkalinity in water. Measurement of dissolved oxygen in sample water.Measurement of chemical oxygen demand in sample water. Measurement of biological oxygen demand in sample water. Measurement of total solids in sewage. Measurement of total dissolved solids in sewage. Measurement of total settable solids in sewage. Study the process of reverse osmosis for water treatment. Study the coagulation, flocculation, decantation unit for the turbidity clearance in water. Determination of velocity gradient of flocculation unit.Books Recommended:1. Cornwell, D.A., “Introduction to Environmental Engineering”, 4th Ed., McGraw Hill,

Inc, New York, 2008.2. Joseph, B.”Environmental Sciences & Engineering”, Tata McGraw Hill, 2006.




3. Masters, M. Gilbert., Introduction to Environmental Engineering and Science”, 2nd Ed., Pearson Education, 2004.





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Title of Subject: Transport Phenomena Course Code: Ch.E-407Discipline: B.Sc. Chemical EngineeringSemester: 8th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum Contact Hours: Theory: 54 Practical: 0

Objectives:To familiarize the students with the concept of Transport Phenomena and its application in the process industry.Course Outline: Viscosity and the mechanism of momentum transport; Velocity distribution 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 mechanism of mass transport; Concentration distribution in solids and in laminar flow; The equations of change for multi-component systems.

Books Recommended:1. Bird, R. B., Lightfoot, E. N. and Stewart, W. E., “Transport Phenomena”, 2nd Ed., John

Wiley and Sons Inc., 2006.2. Bennett, C.O. and Mayers, J.E, “Momentum Heat and Mass Transfer”, 3rd edition,

McGraw Hill Book Co. Inc., 1982.3. Sissom, L.E. and Pitts, D.R., “Elements of Transport Phenomena”, McGraw Hill Book

Co. Inc., 1972.4. Geankoplis, C.J.,”Transport Processes- Momentum, Heat and Mass”, Allyn and Bacon,

Inc., 1983





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Title of Subject: Gas EngineeringCourse Code: Ch.E-408Discipline: B.Sc. Chemical EngineeringSemester: 8th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum Contact Hours: Theory: 54 Practical: 0

Objectives:To familiarize students with gas separation & techniques for production of natural gas or LPG.Course Outline: Introduction to natural gas industry; Phase behavior of natural gas systems; Properties of natural gas and volatile hydrocarbon liquids; Gas hydraulics; Compressor station; Pipe loops vs Compression; Gas distribution network (analysis and simulation), Selected elements of graph theory, formulation of equations for steady state analysis, numerical solution of algebric equations, methods of steady state analysis; Gas purification by low temperature processes; Sweetening and dehydration of crude gas; Corrosion protection of gas pipelines; Pipeline economics.

Books Recommended:1. Kidney, A, J., Parrish, W.R., “Fundamentals of Natural Gas Processing”, Taylor &

Francis Group, LLC, 2006.2. Menon ,E.S., “Gas Pipeline Hydraulics”, 2nd Ed., Taylor and Francis, 2005.3. Katz, Donald L., Cornel, D., Vary, John A., Kobayashi, R., Elenbass, J.R., and

Poettmann, F.H., “ Hand Book of Natural Gas Engineering”, McGraw Hill Book Co. Inc., 1959.





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Title of Subject: Biochemical EngineeringCourse Code: Ch.E-408Discipline: B.Sc. Chemical EngineeringSemester: 8th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 3 Practical: 0Minimum Contact Hours: Theory: 54 Practical: 0

Objectives:To develop know how to utilize microbes carryout chemical conversions and to design for above purpose

Course Outline: Introduction; Chemical Engineering and Biotechnology; Cells, Cell structure, Cell types; Lipids, Saccharine, RNA, DNA, Amino acids and proteins; Enzymes production and kinectics, Substrate and its utilization; Biomass production and product formation; Experimental techniques; Immobilization materials and techniques; Biochemical reactors; Downstream processing; Application and future of biotechnology.

Books Recommended:1. Malsch, H.N., “Biomedical Nano -Technology”, 2nd Ed., Taylor and Francis, 2005.2. Greo, S. R., Pring, B. F. and Smith, R. L., “Nanoscale Technology in Biological

Systems”, 4th Ed., Taylor and Francis, 2004





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Title of Subject: Plant Design Project-II Course Code: Ch.E-409Discipline: B.Sc. Chemical EngineeringSemester: 8th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 0 Practical: 2Minimum Contact Hours: Theory: 0 Practical: 54

Objectives:This course will make capable the students to understand basic needs and requirement of a plant design practices and techniques by using design codes and standards in industries.

Lab Outline: 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.

Books Recommended:All chemical engineering and other related books.





(FAISALABAD CAMPUS)

Title of Subject: Modeling and SimulationCourse code: Ch.E-410Discipline: B.Sc. Chemical EngineeringSemester: 8th Year: 4th Effective: 11 Ch &12 Ch BatchGrading System: GPACredit hours: Theory: 2 Practical: 1Minimum Contact Hours: Theory: 36 Practical: 54

Objectives:To develop understanding of various simulations and programming tools for process design.Course Outline: Computer simulation in process engineering , steps in simulation approach , architecture of flow sheeting software, selection of simulation software, steady state flow sheeting , dynamics simulation, introduction to various design and simulation software, eg HYSYS, CamCad etc. ( a particular software may be selected to cover the rest of the course content) a review of capabilities and limitations of the design/simulation software, flow sheets and sub flow sheets, defining process streams and use of fluid packages, adding common unit operations in the flow sheets, drawing simple process flow diagram ( PFD) in HYSYS, steady state material and energy balances using graphical user interface and worksheet, adding instrumentation and control components. Simple transient calculations

Lab Outline: Material and energy balance, Flow sheeting on HYSIS, Chem Cad and Matlab

Books Recommended:1. HYSYS (or ChemCAD) User and Tutorial Guides.2. Chau, Pao C. “Process Control : A First Course with MATLAB”, Cambridge University

Press, 2002.3. Davis, Timothy A. and Sigmon, Kermit, “MATLAB Primer, 7th Ed.” Chapman &

Hall/CRC, 2004.




curriculum of b.sc. chemical engineering

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