The 2D Seismic Evaluation of Petrophysical Characters of Yamama Reservoir in Nasiriyah Oil Field, Southern Iraq

Since seismic reflection data produce comprehensive subsurface images that reveal geological structures likely to contain minerals, oil, and gas, they are essential for resource exploitation. When paired with well logs, these data enable seismic and petrophysical assessments that lower drilling risks and boost efficiency. Wireline logs from five wells and seismic coverage of the Nasiriyah oil field (Dhi-Qar Governorate), processed with Schlumberger software, were used to characterize the Yamama reservoir. Synthetic seismograms connected reservoir tops to seismic data; however, resistivity and gamma logs helped with correlation and sequence delineation. Wells' correlation described the migration routes of hydrocarbons and reservoir carbonates. Potential sweet spots were found using models that showed heterogeneity and anisotropy in the reservoir's lateral and vertical variations. Units YB3 and YC were defined as the primary production layers, based on borehole data analyzed in Techlog, Petrel, Kingdom, and Didger. Results confirm seismic methods enhance exploration success and guide future hydrocarbon recovery.