Petroleum Geochemistry

Learn the fundamental principles of petroleum geochemistry through this comprehensive 9-hour lecture series covering the essential aspects of hydrocarbon exploration and analysis. Master the origin and preservation of organic matter in sedimentary rocks, understanding how biological materials transform into potential petroleum source rocks. Explore vitrinite reflectance as a key thermal maturity indicator, learning to interpret optical measurements that reveal the thermal history of organic matter. Delve into Rock-Eval pyrolysis and Total Organic Carbon (TOC) analysis techniques to evaluate source rock quality and hydrocarbon generation potential. Study the kinetics of petroleum generation, examining the time-temperature relationships that control hydrocarbon formation and migration. Develop skills in geochemical correlation methods to link crude oils with their source rocks and trace hydrocarbon migration pathways. Investigate gas geochemistry principles, including the analysis of natural gas compositions, isotopic signatures, and their applications in petroleum system evaluation and reservoir characterization.