This study uses data from 4 cored wells to evaluate the controls on reservoir quality, and integrate these results with the sedimentological framework in order better understand reservoir quality distribution within the Zubair Formation.
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This study uses data from over 120 cored wells to refine the stratigraphic and depositional model, and to determine the reservoir architecture and heterogeneities within the field.
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This study uses over 30 UBI datasets calibrated with 22 fully cored wells to assess the dominant fluvial facies and their distribution within a refined reservoir zonation in order to constrain reservoir architecture and modelling scenarios.
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This study shows that constructing a sedimentological framework for the Asl and Hawara Members can assist in understanding reservoir geometries that can lead to a predictive tool for future reservoir potential.
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The main objectives of this study were to better understand the distribution, orientation and type of channel bodies within successive layers of the Triassic Argilo-Grèseux inférieur (TAGI) reservoir in the Ourhoud field through the integration of core and Ultrasonic Borehole Image (UBI) datasets from 37 wells.
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Detailed core description of multiple wells within a giant gas field in the United Arab Emirates (UAE) has enhanced the understanding of the depositional make-up and possible controls on depositional style for the Arab Formation.
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In order to establish facies, facies stacking patterns and the 3D architecture of a super giant field, onshore Abu Dhabi. Detailed sedimentological and petrographic core descriptions have been carried out using about 13000 ft of core from a total of 49 cored wells. In total 27 facies have been established using fabric and bio content. This paper presents a comprehensive facies atlas that contains for each facies a detailed description of fabric and bio content, core and thin-section pictures, petrophysical summaries and an interpretation of depositional environment.
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