FALL
CHEMICAL ENGINEERING LABORATORY-I
Module Code Number
KMÜ-401
Number of ECTS Credits
2
Hours / Week
4 hours/week
Module Lecturer
Dr. H.Soner ALTUNDOĞAN (Coordinator)
Year / Term
4th / Fall
Type of Course
Compulsory
(Compulsory / Elective)
Pre requisites / Recommended
None / Fluid Mechanics, Introduction to Transport Phenomena, Heat
Transfer, Mass Transfer, Reaction Engineering-I
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Rotameters. Friction lost in pipes. Determination of Diffusion coefficients.
Heat transfer by conduction. Liquid phase chemical reactors. Laminar flow
study system. Basic measurements related to solid particles. Grinding.
Double-pipe heat exchanger. Sedimentation and hydraulic classification.
The aim of this module is to provide experience in application of basic
mechanical processes, transport phenomena and chemical reaction
engineering knowledge through experiments.
The midterm score is determined by summing the averages of written
quizzes (40%), experiment interest points (10%) and individual report points
(% 50). Final score is determined by summing the individual experiment
evaluation point (30 %) and one written final exam (70 %). Finally, the
midterm score (40%) and final score (60%).
Turkish
Chemical Engineering Laboratory Textbook, F.U. Chemical Engineering
Department, 1997.
SEPARATION PROCESSES
KMÜ-415
5
3 hours/week
Dr. Cevdet AKOSMAN
4th/ Fall
Compulsory
None/Physical chemistry, Mass transfer
Phase equilibria. Analysis and calculations of separation processes based on
phase equilibria and diffusion. Equilibrium stage and continuous counter
current operations. Calculations of packed bed columns in two-phase
systems. Calculations of separation equipment based on distillation, gas
absorption, extraction and drying.
The aim of this module is to provide an introduction to the basic concepts
and techniques used in separation processes described in the module
contents.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Transport Processes and Unit Operations (3rd ed) by Christi J. Geankoplis,
Prentice-Hall International Inc., New Jersey, 1993.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
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Textbook /
recommended readings
REACTION ENGINEERING-II
KMÜ-421
5
3 hours/week
Dr. Dursun ÖZER
4th / Fall
Compulsory
None /Reaction Engineering-I, Thermodynamics-II
Design and analysis of non-isothermal, recycle, autocatalytic and multiple
reactors. Choosing the right kind of the reactor for multiple reactions. The
kinetics of non-catalytic fluid-particle reactions and design of fluid-particle
reactors. Non-ideal reactors.
The aim of this module is to train students to analyse and design nonisothermal reactor with multiple reactions and design of non-ideal reactors.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1. Fogler, H. S., Elements of Chemical Reaction Engineering, 2nd ed.,
Prentice-Hall International Inc., New Jersey, 1992.
2. Smith, J. M., Chemical Engineering Kinetics, 3rd ed., McGraw-Hill
International Inc., Singapore, 1981.
CHEMICAL ENGINEERING DESIGN-I
KMÜ-423
5
5 hours/week
Dr. Fikret TÜMEN
4th / Fall
Compulsory
None / Stoichiometry-I, Stoichiometry-II, Basic Computer Science,
Economics, Fluid Mechanics, Heat Transfer, Mass Transfer, Reaction
Engineering-I, Reaction Engineering-II
Analysis of industrial processes point of view of economy, environment and
occupational health. Plant location selection. Principles of equipment and
plant layout. Optimisation and decision in equipment and process design.
Design principles and applications in typical processes. Feasibility studies.
Using of computer software in engineering design.
The aim of this module is to provide knowledge and skills to understand and
design a chemical process and to provide experience in using process
simulators (ChemCAD) for chemical plant design.
The midterm score is determined by summing the written exam (80%) and
ChemCAD application exam (20%). Final score is determined by one
written exam. Finally, midterm score (40%) and final score (60%) build the
success degree. The students can take make-up exam to enhance the midterm
score.
Turkish
1. Aksöz, H.İ., Fabrika Organizasyonu ve Yönetimi, I. Kısım, Ege Üniv.
Basımevi, Ege Üniv. Müh. Fak. Yayınları No. 12 , Bornova, İzmir, 1987.
2. George E. Dieter, Engineering Design- A Materials and Processing
Approach, Second Ed., McGraw Hill, 1991.
3. Max S. Peters, Klaus D. Timmerhaus, Plant Design and Economics for
Chemical Engineers, Fourth Ed., McGraw Hill, 1991.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
PROCESS CONTROL
KMÜ-425
5
3 hours/week
Dr. Gülbeyi Dursun
4th / Fall
Compulsory
None/
Introduction to control systems. Differential equations and linear systems.
The Laplace transforms. Transfer functions. Block diagrams. Transfer
functions of systems. Transient response of simple control systems. Control
system design by frequency response.
The aim of this course is to provide a method of analysis used in the control
area to look at a simple control system design problem.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1.Coughanowr, D. R. and Koppel, L. B., Process Systems Analysis and
Control, McGraw-Hill Inc., Singapore, 1965
ORGANIC CHEMICAL TECHNOLOGIES
KMÜ-433
5
3 hours/week
Dr. H.Soner ALTUNDOĞAN
7th / Fall
Compulsory
None / Organic Chemistry
Sugar technology. Paper technology, cellulose and its derivatives, synthetic
fibre. Leather technology. Fat and oil technology. Soap and detergent
technology. Petrochemical technology.
The aim of this module is to provide basic knowledge on significant organic
chemical technologies.
One written midterm exam (40%) and one written final exam (60%). The
students can take make-up exam to enhance the midterm score. The
homework and the presentation are also added directly to the midterm exam
score.
Turkish
Organic Chemical Technologies Lecture Notes
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
INTRODUCTION TO BIOTECHNOLOGY
KMÜ-427
3
2 hours/week
Dr. Dursun ÖZER
4th / Fall
Elective
None /
Definition of biotechnology. Development of biotechnology. Industrial
micro-organisms. Preparing culture medium. Cell growth phases. Microbial
kinetics. Sterilisation methods. Bioreactors. Downstream processing. Waste
water treatment. Enzymes.
The aim of this module is to an introduction to the basic concepts and
techniques used in biotechnology described in the module contents.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1. Lee,M.J., Biochemical Engineering, Prentice Hall ,New Jersey, 1992.
2. Telefoncu, A., Biyoteknoloji, Ege Üni. Basımevi, 1995.
INTRODUCTION TO EXTRACTIVE METALLURGY
Module Code Number
KMÜ-431
Number of ECTS Credits
3
Hours / Week
2hours/week
Module Lecturer
Dr Melek YILGIN
Year / Term
4th / Fall
Type of Course
Elective
(Compulsory / Elective)
Pre requisites / Recommended
None /
Preparing ore (crushing, grinding, classifying). Concentrating ore (gravity
Module Contents
method, flotation, magnetic method). Roasting, sintering, reduction, refining,
metallurgical sludges.
Aims and Objectives of the
The aim of this module is to provide an introduction to the basis of three
module
alternative approaches to metal extraction and refining: pyro-metallurgy,
hydrometallurgy and electrometallurgy in Extractive Metallurgy described in
the module contents.
Method of assessment
One written midterm exam (40%) and one written final exam (60%)
Teaching Language
Turkish
Textbook /
Erdal, I., Ekstraktif Metalurji,Ankara,1976; Bor,F.Y., Ekstraktif Metalurji
recommended readings
Prensipleri Kısım II,İstanbul Teknik Üniversite Matbaası, Gümüşsuyu,1989;
Önal,G., Ateşok,G.,Cevher Hazırlasma El Kitabı, İstanbul,1994.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
INTRODUCTION TO COAL TECHNOLOGY
KMÜ-437
3
2 hours/week
Dr. Dursun PEHLİVAN
4th / Fall
Elective
None / Organic Chemistry
Energy Concept, Kinds, Conversion, Sources. Main Fuels. Origin and
Formation of Coal. Diagenesis and Metamorphism. Maturation of Coal and
Coal Series. Physical Composition of Coal. Important Industry-Related
Properties of Coal. Chemical Properties of Coal. Coal Mining, Storing and
Preparation. Coking and Gasification of Coal.
The aim of this course is to provide students a simple way of understanding
the energy options of the modern society, with main emphasis on the coal as
an important energy source, coal forming processes, coal properties and, the
scientific and engineering principles of coal technology.
One written midterm (40%) and one final exam (60%)
Turkish
1.N. Berkowitz, An Introduction to Coal Technology, New York, Academic
Press, 1979.
2.J.H. Harker, J.R. Backhurst, Fuel and Energy, London, Academic Press,
1981
3.Internet sources
MECHANICAL SEPARATION PROCESSES
KMÜ-411
3
2 hours/week
Dr. İnci TÜRKTOĞRUL
4rth/ Fall
Elective
None /
The principles of mechanical separation processes. The systems, which have
solid particle and its properties. Classification. Solid-fluid separation
processes: Filtration. Solid-gas separation processes: Electrofilters, cyclones.
The aim of this module is to provide an introduction to the basic concepts
and techniques used mechanical separation processes described in the
module contents.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Geankoplis, C. J., Transport Processes and Unit Operations, 3rd ed.,
Prentice-Hall International Inc., New Jersey, 1993.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
INTRODUCTION TO ENZYME KINETICS
KMÜ-429
3
2 hours/week
Dr. Dursun ÖZER
4th / Fall
Elective
None /
Introduction to enzymes. Production and purification of enzymes. Enzymes
immobilization. Kinetics of unreactant enzymes. Simple and mixed type
inhibition systems. Design of enzymes reactors with simple kinetics.
The aim of this module is to provide an introduction to the basic concepts in
enzymes and knowledge for design of enzymes reactors.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1. Segel, I. H. Enzyme Kinetics, John Wiley & Sons, USA, 1975.
2. Telefoncu, A. (Editör), Enzimoloji, Kuşadası, 1997.
COMBUSTION AND FUEL TECHNOLOGY
KMÜ-435
3
2 hours/week
Dr. Fethi KAMIŞLI
4th / Fall
Elective
None / Stoichiometry-I, Stoichiometry-II
Fuels used industry. Properties and industrial analyse of coal. Liquid and
gaseous fuels. Combustion stoichiometry, exhaust composition, relationship
between exhaust oxygen and mixture. Determination of stoichiometric and
excess oxygen. Control of combustion efficiency. Determination of factors
affected on combustion efficiency. Theory of chain reactions. Determination
of thermal efficiency. The lowest and highest thermal values of reactions.
Theoretical and adiabatic flame temperature. Industrial combustion systems.
The aim of this module is to provide an introduction to the basic concepts
and techniques used in combustion and fuel technology described in the
module contents.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1. Elementary Principle of Chemical Processes by Felder R. M. and Rousseau
R. W. Wiley, 2002.
2. Stokiometri by Yalçın H. ve Gürü, M., Palme Yayıncılık, Ankara/Türkiye,
2000.
3. Sınai Stokiometri by Çataltaş İ., Inkılap ve Aka Yayınevi, İstanbul
/Türkiye, 1982.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
INTERNSHIP-II (INDUSTRIAL)
2
25 days/term
3rd/ Spring
Compulsory
None
Carry out practical training (25 days) in an industrial setting or a research
institute. Apply the knowledge acquired in earlier coursework to a real-life
situation under supervision of qualified personnel.
The aim of this module is to provide a real-life experience in the application
of knowledge acquired in earlier coursework, and the identification,
formulation and solution of engineering problems.
One written report (70%) and one final exam (oral presentation) (30%)
Turkish
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SPRING
CHEMICAL ENGINEERING LABORATORY-II
Module Code Number
KMÜ-402
Number of ECTS Credits
4
Hours / Week
6 hours/week
Module Lecturer
Dr. H.Soner ALTUNDOĞAN (Coordinator)
Year / Term
4th / Spring
Type of Course
Compulsory
(Compulsory / Elective)
Pre requisites / Recommended
None / Fluid Mechanics, Introduction to Transport Phenomena, Heat
Transfer, Mass Transfer, Process Control, Reaction Engineering-I, Reaction
Engineering-II
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Heat transfer by natural and forced convection. Cross flow heat exchanger.
Cooling tower. Gas absorption. Tray dryer. Distillation. Liquid-liquid
extraction. Plug flow reactor. Dynamic behaviour of manometers. Process
controlling and control systems.
The aim of this module is to provide experience in application of transport
phenomena, chemical reaction engineering and process control knowledge
through experiments.
The midterm score is determined by summing the averages of written
quizzes (40%), experiment interest points (10%) and individual report points
(% 50). Final score is determined by summing the individual experiment
evaluation point (30 %) and one written final exam (70 %).Finally, the
midterm score (40%) and final score (60%).
Turkish
Chemical Engineering Laboratory Textbook, F.U. Chemical Engineering
Department, 1997.
MATHEMATICAL MODELING
KMÜ 404
5
4 hours/week
Dr. Dursun PEHLİVAN
4th/ Spring
Compulsory
None / Fluid Mechanics, Heat Transfer, Mass Transfer, Reaction
Engineering, Numerical Methods
Modelling and Simulation, Analysis of Chemical Processes, Equations,
Math-Cad Applications, Numerical Solutions of Algebraic Equations, of
Arbitrary Function Derivation, Interpolation, Extrapolation, Numerical
Solutions of Differential Equations, Numerical Integration Methods,
Modelling of Dynamical Fluid Flow Systems, Modelling of Dynamical
Chemical Reaction Systems, Modelling of Heat Transfer Systems,
Modelling of Simultaneous Heat and Mass Transfer Systems, Modelling of
Higher-Order Systems.
The aim of this module is to provide students the ability to define and
analyse chemical process systems, the methods for thorough understanding
of the systems and, the ability to write all governing equations and solve
them simultaneously by using computer routines.
One homework a week (40% of the arithmetic mean of the marks given for
homework), and one written final exam (60%)
Turkish
1.D. Pehlivan, S. Altundoğan, M. Tanyıldızı, Mathematical Modelling,
Course notes, Fırat University, 1999.
2.R.G.E. Franks, Modelling and Simulation in Chemical Engineering 1981.
3.H.S.Mickley, T.K.Sherwood, and C.E.Reed, Applied Mathematics In
Chemical Engineering.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
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Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
GRADUATION PROJECT
KMÜ-408
5
4 hours/week
All Lecturers in the Department
4th/ Spring
Compulsory
All modules in 1st and 2nd years/All previous compulsory modules
A project requiring experimental and/or theoretical studies on a specific
subject related to Chemical engineering that will contrite to the professional
development of students supervised by the departmental staffs.
The aim of this module is to provide students an opportunity to apply the
knowledge and skills acquired in previous coursework to solve a specific
problem and/or acquire in-depth knowledge on a specific topic.
One written report (40%) and one final exam (oral presentation) (60%)
Turkish
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CHEMICAL ENGINEERING DESIGN-II
KMÜ-424
5
5 hours/week
Dr. Fikret TÜMEN
4th / Spring
Compulsory
None / Chemical Engineering Design-I, Stoichiometry-I, Stoichiometry-II,
Basic Computer Science, Economics, Fluid Mechanics, Heat Transfer, Mass
Transfer, Reaction Engineering-I, Reaction Engineering-II
Alternative processes and process selection in some industrial processes.
Equipment materials selection. Preparation of process flow sheet.
Calculation and sizing of equipments in typical processes. Economical
evaluation of processes and cost analysis. Design report preparation. Making
a project work given and oral presentation.
The aim of this module is to provide knowledge and skills to understand and
design a chemical process and to provide experience in using process
simulators (ChemCAD) for chemical plant design.
The midterm score is determined by summing the written exam (50%)
project I (ChemCAD) (20%) and project II (30%) . Finally, midterm score
(40%) and final score (60%) build the success degree. The students can take
make-up exam to enhance the midterm score.
Turkish
1.Turton, R., Bailey, R.C., Waiting, W.B., Shaeiwitz, J.A., Analysis,
Synthesis and Design of Chemical Process, Prentice-Hall, 1998.
2.Vilbrandt, F.C., Dryden, C.E., Chemical Engineering Plant Design,
McGraw-Hill,
3.Max S. Peters, Klaus D. Timmerhaus, Plant Design and Economics for
Chemical Engineers, Fourth Ed., McGraw Hill, 1991.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
EXTRACTIVE METALLURY
KMÜ-432
3
2 hours/week
Dr. H.Soner ALTUNDOĞAN
4th / Spring
Elective
None / Introduction to Extractive Metallurgy
Iron metallurgy, carbonaceous steel production. Production of alloyed steel
making materials (chromium, nickel, manganese, cobalt, silicon) Copper
Production. Lead production. Zinc production. Production of light metals
(aluminium, magnesium). Hydrometallurgical production methods.
The aim of this module is to provide basic and advanced knowledge in the
extractive metallurgy.
One written midterm exam (40%) and one written final exam (60%). The
students can take make-up exam to enhance the midterm score. The
homework and the presentation are also added directly to the midterm exam
score.
Turkish
1. Işık, E., Kimya Mühendisliği Ekstraktif Metalurjisi, Ankara D.M.M.A.,
Ankara, 1976.
2. Diğer Yardımcı Kaynaklar:
3. Tulgar, H. E. (W.H. Dennis’den Çeviri), Demirden Gayri Metaller
Metalurjisi (2. cilt) , İTÜ Kimya-Metalurji Fak. Ofset Atölyesi, İstanbul,
1987.
PETROCHEMICAL TECHNOLOGY
KMÜ436
3
2 hours/week
Dr Melek YILGIN
4th /Spring
Elective
None /
The definition of the industry, the basic sources and the main products. The
important chemicals production such as PVC, polystyrene, synthetic rubber.
The aim of this module is to provide an introduction to chemicals and
derivates that are obtained from the processing of crude oil and natural gas in
petrochemical technology described in the module contents.
One written midterm exam (40%) and one written final exam (60%)
Turkish
List, H.L., Petrochemical Techonolgy, New Jersew, 1986; Kuleli, Ö., Petrol
Arıtım Teknolojisi, Çağlayan Kitabevi, 1981.
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
INTRODUCTION TO FOOD CHEMISTRY
KMÜ-440
3
2 hours/week
Dr. Filiz KAR
4th / Spring
Elective
None/Organic Chemistry
Basic concepts in food chemistry. Amino acids. Carbohydrates. Lipids.
Proteins. Enzymes. Vitamins. Components and properties of fruits. Food
additives and ingredients. Last developments in food technology.
The aim of this module is to teach the important properties and chemical
structures of food components, the importance of the reactions of each food
component taking place during food processing.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1. Arslan, N., Gıda Kimyasına Giriş, Fırat Üniv. Müh. Fak. Kimya Müh.
Bölümü, Elazığ, 1999.
MEMBRANE SEPARATION PROCESSES
KMÜ-412
3
2 hours/week
Dr. İnci TÜRK TOĞRUL
4th /Spring
Elective
None /
Classification of membrane separation processes. Properties of membrane
separators. Microfiltration, ultrafiltration, osmosis, electrodialysis. Liquid
membranes. Gas separation processes. Operating design in membrane
separation
The aim of this module is to provide an introduction to the basic concepts
and techniques used membrane separation processes described in the module
contents.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Geankoplis, C. J., Transport Processes and Unit Operations, 3rd ed.,
Prentice-Hall International Inc., New Jersey, 1993.
INTRODUCTION TO HETEROGENEOUS REACTIONS
Module Code Number
KMÜ-422
Number of ECTS Credits
3
Hours / Week
2 hours/week
Module Lecturer
Dr. Dursun ÖZER
Year / Term
4th / Spring
Type of Course
Elective
(Compulsory / Elective)
Pre requisites / Recommended
None /Reaction Engineering-I, Reaction Engineering-II
Overall reaction rates. Types of heterogeneous reactions. Mechanisms of
catalytic reactions. Adsorption and adsorption isotherms. Determination of
Module Contents
surface area. Void volume and solid density. Pore-volume distribution.
Catalyst preparation. And catalyst deactivation. Rate equations for fluidsolid reactions.
Aims and Objectives of the
The aim of this module is to train students to collect and analyse reaction
module
rate data to drive reaction rate expressions for heterogeneous reactions and
design heterogeneous reactors.
Method of assessment
One written midterm exam (40%) and one written final exam (60%)
Teaching Language
Turkish
Textbook /
1. Fogler, H. S., Elements of Chemical Reaction Engineering, 2nd ed.,
recommended readings
Prentice-Hall International Inc., New Jersey, 1992.
2. Smith, J. M., Chemical Engineering Kinetics, 3rd ed., McGraw-Hill
International Inc., Singapore, 1981
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Pre requisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
WATER TECHNOLOGY
KMÜ-434
3
2 hours/week
Dr. H.Soner ALTUNDOĞAN
4th / Spring
Elective
None / Inorganic Chemical Technologies
Properties and occurrence of water in the nature. Characteristics of drinking,
washing and industrial waters. The matters in water and phenomena from
them. Water treatments and purification.
The aim of this module is to provide basic and advanced knowledge on
water chemistry and municipal and industrial water treatment.
One written midterm exam (40%) and one written final exam (60%). The
students can take make-up exam to enhance the midterm score. The
homework and the presentation are also added directly to the midterm exam
score.
Turkish
M. Bildik, Water Technology Lecture Notes, F.U. Chemical Engineering
Department, 1996.