Abstract
A detailed 3D model of Upper Safa gas reservoir in Obaiyed Field has been constructed by integration of seismic, well log, and core data. Data integration was facilitated by the Petrel, Schlumberger’s reservoir modeling software. The integrated model has been used to support key operational and reservoir development decisions. The cross sections made from the 3D reservoir model in many directions of the study area, show the lateral and vertical extension of Upper Safa reservoir zones and their thickness, facies and petrophysical parameters variations including faults and folds.
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