This course include introduction to the theory of petroleum formation and occurrence as well as state of the art tools and techniques used in petroleum exploration and reservoir development. Topics include: hydrocarbon source rocks (mineralogy, organic carbon content), kerogen (formation, composition, types and evolution during organic diagenesis and catagenesis), petroleum and gas generation from kerogen, expulsion from source rock and migration to reservoirs, reservoir rocks, petroleum (composition, physical properties, changes upon maturation, biomarkers, maturity indicators), traps and seals, sedimentary basins, petroleum systems, methods of petroleum exploration, introduction to reservoir types with focus on fluvial and deltaic as well as carbonate settings, introduction to subsurface mapping methods, reserve estimations, and geological controls on recovery methods, production allocation, and enhanced oil recoveries.
Course learning outcomes
1. Competently discuss and evaluate petroleum system elements and processes; Evaluate and interpret a range of petroleum source rocks, their maturity, and unconventional development potential.
2. Recognize different reservoir types and familiarize with subsurface mapping tools and methods including seismic, logs, cores, fluid properties, and biomarkers.
3. Evaluate exploration and/or development potential and identify geology related production opportunities and challenges.
4. Develop scientific observation skills, scientific communication skills (verbal, presentation, and written) and team skills through individual and group projects.