8. SEMESTER COURSES COURSE CODE COURSE TITLE T+P+L CREDIT ECTS 02040801 Petroleum and Natural Gas Engineering Design 2+4+0 4 8 02040802 Worker Health and Safety 2+0+0 2 3 02040803 Petroleum and Natural Gas Economics 3+0+0 3 5 ELECTIVE COURSES Non-Technical Elective Courses (3 credit) 020408nn NTEC – IV 3+0+0 3 4 Technical Elective Courses (6 credit) 02040804 Emerging Technologies in Drilling Engineering 3+0+0 3 5 02040805 Pipeline Design and Risk Analysis 3+0+0 3 5 02040806 Well Pressure Test Analysis 3+0+0 3 5 02040807 LPG Technology and Industry 3+0+0 3 5 02040808 Well Mechanics 3+0+0 3 5 02040809 Underground Gas Storage 3+0+0 3 5 02040810 Reservoir Characterization 3+0+0 3 5 02040811 Enhanced Petroleum Recovery Methods 3+0+0 3 5 TOTAL CREDIT: 9+9 30 Abbreviations: T = Hours of lecture per week P = Teaching hours of practice per week L = Laboratory course hours NTEC: Non-Technical Elective Courses * Petroleum and Natural Gas Engineering Design Course, which may take the case to graduate (if the extension is valid for those). Required Courses: 126 Credit Elective Courses: 39 Credits
02040809 Underground Gas Storage 8. Semester 3 02040810 Reservoir Characterization 8. Semester 3 02040811 Enhanced Petroleum Recovery Methods 8. Semester 3 Annexe 2 CONTENT OF COURSES I. SEMESTER Course Code: Course Name: 02040101 Mathematics -I Degree: Bachelor's degree Year/Term: 1./Fall Education Type: Theoretical Courses Education Language: Turkish Type: Compulsory National Credit: 4 ECTS Credit: 6 Lecturers: Content Of Course: Communication, functions and logarithms, questions about the subject solutions, Limits and continuity, theoretical questions solutions about the subject, Derivative, and derivatives of some of the important functions of the geometrical interpretation, Lecture about the subject of problem solving, Increasing and decreasing functions, curvature of curves, maximum-minimum problems solutions theoretical questions about the subject Vague situations in limit, L'Hospital rule, Lecture about the subject of problem solving, Function of the graphics, drawings, Theoretical solutions about the subject questions Objectives of the Course: Fundamental mathematical concepts to students, especially limits, continuity, derivative, series of concepts and their professional practice is to teach. Recommended Resources: O. Bizim, A. Tekcan ve B. Gezer. Genel Matematik, Dora Yayıncılık, 2011. F. Akbulut ve A. Çalışkan. Matematik Analiz Alıştırma ve Problemler Derlemesi, İzmir, 1987. J. Stewart. Calculus, ThomsonPub., 2003. G. Thomas and R. Finney. CalculusandAnalyticGeometryPart I, Addison-WesleyPub. 1994. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: none NOTE:
Course Code: Course Name: 02040233 Principles of Atatürk and History of Revolution-II Degree: Bachelor's degree Year/Term: 1./Spring Education Type: Theoretical Courses Education Language: English Type: Compulsory National Credit: 2 ECTS Credit: 2 Lecturers: Content Of Course: Introduction Forming of organized armies East front Wars that have been fought by the organized armies, 1st İnönü war, 2nd İnönü war Sakarya war and after TBMM National struggle period Turkish international politics and Lozan treaty Mid-term exam Atatürk period international affairs Republic era political parties Economical developments in Atatürk period Revolutions. Atatürks principles Turkey after Atatürk End-of-term exam Objectives of the Course: Ataturk's reforms of the system and to give the correct information about the History of the Republic of Turkey, the Turkish youth to train in accordance with the Kemalist Thought System. Recommended Resources: Doç.Dr.Orhan Doğan Atatürk İlkeleri Ve İnklap Tarihi Doç.Dr.Orhan Doğan Atatürk İlkeleri Ve İnklap Tarihi Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: none NOTE: Course Code: Course Name: 02040235 English Course II Degree: Bachelor's degree Year/Term: 1./Spring Education Type: Theoretical Courses Education Language: English Type: Compulsory National Credit: 3 ECTS Credit: 3 Lecturers: Content Of Course: Future tense, Futureprogressive Was/were, Simple past tense, Present Perfect Tense, Past Perfect Tense, RelativeClauses, Passivevoice yapıları ders içeriği olarak anlatılacaktır. Objectives of the Course: Reading, writing, listening and speaking skills through the basic language of the student. Recommended Resources: Çakır, V., Yorgancı, N., Keskil, G., Full StreamAhead, Gündüz Eğitim ve Yayıncılık, 2002. Yardımcı Ders Kitapları: EssentialGrammerInUse.
IV. SEMESTER Course Code: Course Name: 02040401 Engineering Mathematics (Numerical Methods) Degree: Bachelor's degree Year/Term: 2./Spring Education Type: Theoretical Courses Education Language: Turkish Type: Compulsory National Credit: 4 ECTS Credit: 6 Lecturers: Content Of Course: Definition of Numerical Methods and disclosure of especially use in engineering applications, Error analysis in numerical methods, analytical solutions of linear and nonlinear equations system solutions, approximation methods, interpolation, linear regression, numerical integration. Objectives of the Course: Numerical methods used in engineering and science, language, logic and mathematics teaching, Science, industry and society in a very large area composed of numerical methods for solving problems is to teach how Recommended Resources: R. Tapramaz, 2002, Sayısal Çözümleme, Literatür yayıncılık, ISBN: 0130126411. Nahit Kumbasar, 1992, Bilgisayar Programları ile Sayısal Hesap, TMMOB Inşaat Mühendisleri Odası Yayını. Curtis F. Gerald and Patrick O. Wheatley, 2004, 0-321-13304-8, Addison Wesley Publishing Company, ISBN:0-321-13304-. İ.Uzun, 2004, 4. Nümerik Analiz, beta yayınları, ISBN: 9754869529. Chaapra, S., C., Canale, R., P., 2003, Mühendisler için sayısal yöntemler, Literatür Kitabevi, ISBN:0130126411. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: Differential Equations (02040301) course has passed with CC NOTE:
Course Code: Course Name: 02040405 Properties Degree: Bachelor's degree Year/Term: 2./Spring Education Type: Theoretical Courses Education Language: Turkish Type: Compulsory National Credit: 3 ECTS Credit: 5 Lecturers: Content Of Course: Hydrocarbon behavior of systems, For and real gases and liquids laws, Vapor-liquid equilibrium (VLE), Five reservoir phase behavior and physical properties, Properties of the dry gas, The wet properties of Black petroleum properties Reservoir fluid analysis; gas-liquid equilibrium. Objectives of the Course: Petroleum and natural gas to provide information the formation and chemistry, hydrocarbons and hydrocarbon reservoir fluid phase behavior and to inform students, Used for modeling gas-liquid equilibrium models to explain the real and the ideal, Five different reservoir fluids to explain to students To determine hydrocarbon fluid properties show experimental and correlational methods. Recommended Resources: William D. McCain Jr., 1990. The Properties of Petroleum Fluids, 2nd Edition, PennWell Books, 548p. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: none NOTE:
V. SEMESTER Course Code: Course Name: 02040501 Reservoir Engineering - I Degree: Bachelor's degree Year/Term: 3./Fall Education Type: Theoretical Courses Education Language: Turkish Type: Compulsory National Credit: 3 ECTS Credit: 4 Lecturers: Content Of Course: Pushing mechanisms of hydrocarbon reservoirs, classification and determination of the amount of the reserve, widely used material balance equations are derived for different pushing mechanisms and implementation in reservoir engineering, Volumetric water balance equation to be used in a variety of pushing mechanisms disclosure The uncertainty of reserve estimates on the digitization. Objectives of the Course: Analytical thinking and reasoning to solve problems with improve their ability to reservoir engineering through Integrated Physics, mathematics, and engineering sciences the application of In the presence of uncertainty and lack of knowledge and economic assessments, the main reservoir management decisions to improve the students' ability. Recommended Resources: Craft B.C., Hawkins, M.F., (1959) Applied Petroleum Reservoir Engineering, Prentice Hall Inc., New Jersey. Amyx, J. W., Bass, Jr. D. M and Whiting, R. L., 1960, Petroleum Reservoir Engineering-Physical Properties, McGraw-Hill. Slider, H. C., 1976, Practical Petroleum Reservoir Engineering Methods, PennWell, ISBN:0878140611. Calhoun, Jr J. C., 1976, Fundamentals of Reservoir Engineering, University of Oklahoma Press, ISBN:0806113898. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: Rock Properties(02040404) and Fluid Properties (02040405) courses have passed with CC NOTE: sciences,
VI. SEMESTER Course Code: Course Name: 02040601 Reservoir Engineering - II Degree: Bachelor's degree Year/Term: 3./Spring Education Type: Theoretical Courses Education Language: Turkish Type: Compulsory National Credit: 3 ECTS Credit: 5 Lecturers: Content Of Course: In the calculations, error analysis. Identification of reservoir parameters. Reservoir pressure, porosity, permeability average techniques. Fluid flow in the reservoir: Unstable flow, quasi-steady flow and steady flow principles. Approximate solutions to fluid flow problems. Oil wells for pressure performance. Diffusivity equation and solution to the problems of the applications. Extinct injection flow rate and liquid-filled reservoirs. Selected exercises and problems Objectives of the Course: To give related to reservoir engineering concepts, equations, instruments and analysis methods, Numerical reasoning abilities to the increasing problems in reservoir engineering, Mathematics, physics, earth and engineering sciences that contains information on how to use the capabilities of the increasing in reservoir engineering problems In reservoir engineering to prepare students for more advanced courses. Recommended Resources: Bradley, H.B., 1987. Petroleum Engineering Handbook, Society of Petroleum Engineers, Richardson, TX Craft, B.C., Hawkins, M.: Applied Petroleum Reservoir Enginering, Prentice Hall, New Jersey, 1991. Dake, L.P.: The Practice of Reservoir Engineering, Elsevier, 1994. Hagoort, J.: Fundamentals of Gas Reservoir Engineering, Elsevier, Amsterdam, 1988. Kumar, S.: Gas Production Engineering, Gulf Publishing Company, Houston, 1987. Satman A.: Advanced Reservoir Engineering-Course Notes, İ.T.Ü., 1999.
Drilling motors, drill bits, and BHAs (Bottom Hole Assembly). Well head operations. Directional drilling, reservoir during design considerations. Drilling and surface location requirements. Torque and drag (torque and drag) models. Types of horizontal wells and planning. Login gain, core and completion techniques. Well-stability (wellbore stability) issues and well cleaning requirements. Objectives of the Course: To directional drilling equipment applications, the planning, the necessary calculations, equipment and the problems encountered. Recommended Resources: J. A. Short., 1993. Introduction to Directional and Horizontal Drilling, PennWell Books, Tulsa, OK Bourgoyne, A.T. et al, 1986, Applied Drilling Engineering, SPE Textbook Series, Vol.2,SPE, ISBN:1555630014. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: None NOTE: Course Code: Course Name: 02040605 Unconventional Petroleum Geology Degree: Bachelor's degree Year/Term: 3./Spring Education Type: Theoretical Courses Education Language: Turkish Type: Technical elective National Credit: 3 ECTS Credit: 5 Lecturers: Content Of Course: Unconventional petroleum definition, origin, composition and storage conditions. Geology, mineralogy and geochemistry. Examples of Turkey and the world. Acquisition methods, retorting technologies and developments in the world. Environmental impacts of unconventional oil technology. Objectives of the Course: - Geology of conventional oil systems -Battery shales
Combined log analysis techniques. Gas-containing formation evaluation. Objectives of the Course: Drilling, production and reservoir engineering to obtain the necessary data will be analyzed to inform people how well logs. Recommended Resources: Well loggin and formation evaluation, Toby Darling, Gulf Professional Publishing Fundamentals of well-log interpretation, O.Serra, Elsevier Science Publisher Yalçın Pekiner, Kuyu Logları Tekniğiyle Yeraltının Keşfi,Seçkin Yayıncılık Bassiouni, Z., 1994, Theory, Measurement and Interpretation of Well Logs, SPE, ISBN:1555630561. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: Rock Properties (02040404) and Properties (02040405) courses have passed with CC NOTE: Course Code: Course Name: 02040703 Well Completion Degree: Bachelor's degree Year/Term: 4./Fall Education Type: Theoretical Courses Education Language: Turkish Type: Compulsory National Credit: 3 ECTS Credit: 4 Lecturers: Content Of Course: Well completion methods. Formation pollution. Hydraulic fracturing operations are planned. Hydraulic fracturing fluids and filling materials. Fracturing pressure analysis. The productivity of hydraulically fractured wells. Design pickling operation; acid-rock reaction, acid etching method. Sprains, protection pipe fitting and sprains, production of a series of pipe buckling. Perforation and squeeze cementing. Sand control.
Objectives of the Course: To inform about well improvement methods. Recommended Resources: 1.Bourgoyne, A.T. et al, 1986, Applied Drilling Engineering, SPE Textbook Series, Vol.2,SPE, ISBN:1555630014 2. Ryen Caenn, HCH Darley, George R. Gray, 2011, Composition and Properties of Drilling and Completion Fluids, Gulf Professional Publishing; 6 edition, ISBN: 978-0123838582 3. Robert F. Mitchell ed., 2007, Petroleum Engineering Handbook, Volume II: Drilling Engineering, SPE, ISBN: 978-1-55563-114-7 Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: None NOTE: Course Code: Course Name: 02040709 Reservoir Geomechanics Degree: Bachelor's degree Year/Term: 4./Fall Education Type: Theoretical Courses Education Language: Turkish Type: Technical elective National Credit: 3 ECTS Credit: 4 Lecturers: Content Of Course: Analyzing stress-strain, formation pressure, analyzing and calculation of the strain at the field, characterization of fracture rock, fault stability analysis, compaction and subsidence, geomechanics of fractured reservoir, hydraulic fracture, rock fluid interaction Objectives of the Course: Description of earth crust environment, and understanding their mechanical behaviour. Recommended Resources: Evaluatıon Methods: Midterm exam: 40%; 60% Prerequisite: None NOTE: Course Code: Course Name: 02040710 Environmental Control in Petroleum Engineering Applications Degree: Bachelor's degree Year/Term: 4./Fall Education Type: Theoretical Courses Education Language: Turkish Type: Technical elective National Credit: 3 ECTS Credit: 4 Lecturers: Content Of Course: Petroleum engineering environmental control policies. The impact of drilling and production activities. environmental transport of oil waste. planning for environmental protection. No waste disposal methods. rehabilitation of contaminated sites.
NOTE: Course Code: Course Name: 02040804 Emerging Technologies in Drilling Engineering Degree: Bachelor's degree Year/Term: 4./Spring Education Type: Theoretical Courses Education Language: Turkish Type: Technical elective National Credit: 3 ECTS Credit: 5 Lecturers: Content Of Course: Managed Pressure Drilling. Underbalanced Drilling. The advanced technology used in drilling equipment carried. Real Time Drilling Centres. Torque and drag calculations. The pressure in the formation of high temperature and high drilling of the wells. the drilling as casing using. Objectives of the Course: To give students in the latest technologies developed for drilling engineering, teaching techniques can work as a drilling engineer in the international market level. Recommended Resources: J. J. Azar, G. R. Samuel, 2007, Drilling Engineering, Pennwell Corp, ISBN: 978-1593700720 S. Aadnoy, 1997, Modern Well Design, Gulf Publishing Company, ISBN: 978-0884154839 Robert F. Mitchell ed., 2007, Petroleum Engineering Handbook, Volume II: Drilling Engineering, SPE, ISBN: Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: None NOTE: Course Code: Course Name: 02040805 Pipeline Design and Risk Analysis Degree: Bachelor's degree Year/Term: 4./Spring Education Type: Theoretical Courses Education Language: Turkish Type: Technical elective National Credit: 3 ECTS Credit: 5 Lecturers: Content Of Course: Pipeline design elements. Selection passageway. Natural gas and liquid transmission pipeline. Gas compressors, cooling and liquid pumps. Liquid and gas pipe lines, hydraulic and transient flow