Objectives of To inform about well improvement methods. the Course: 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 Recommended of Drilling and Completion Fluids, Gulf Professional Publishing; 6 edition, ISBN: Resources: 978-0123838582 3. Robert F. Mitchell ed., 2007, Petroleum Engineering Handbook, Volume II: Drilling Engineering, SPE, ISBN: 978-1-55563-114-7 Midterm exam: 40%; Final: 60% None Evaluatıon Methods: Prerequisite: NOTE: Course Code: 02040709 Degree: Year/Term: Course Name: Reservoir Geomechanics Bachelor's 4./Fall degree Education Type: Education Type: National ECTS Theoretical Courses Language: Technical Credit: Credit: Turkish elective 3 4 Lecturers: Analyzing stress-strain, formation pressure, analyzing and calculation of the strain at the field, characterization of fracture rock, Content Of Course: fault stability analysis, compaction and subsidence, geomechanics of fractured reservoir, hydraulic fracture, rock fluid interaction Objectives of the Description of earth crust environment, and understanding their Course: mechanical behaviour. Recommended Resources: Evaluatıon Methods: Midterm exam: 40%; 60% Prerequisite: None NOTE: Course Code: 02040710 Degree: Year/Term: Course Name: Environmental Control in Bachelor's 4./Fall Petroleum Engineering degree Applications Education Type: Education Type: National ECTS Theoretical Courses Language: Technical Credit: Credit: Turkish elective 3 4 Lecturers: Petroleum engineering environmental control policies. The impact of drilling and production activities. environmental transport of oil Content Of Course: waste. planning for environmental protection. No waste disposal methods. rehabilitation of contaminated sites.
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.
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