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ABSTRACTS
(By Author)
2nd Edition AAPG/EAGE
Petroleum
Systems of
the Middle East GTW
28–30 October 2025, Kuwait City, Kuwait
Search and Discovery Article #91211 (2025)
Posted November 5, 2025
Items preceded by asterisk (*) designate extended abstracts.
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Paleozoic Source Rocks and Unlocking Further Shuaiba Potential and Busting Charge Dogma in North Oman by
Integrating Multi-disciplinary Dataset, Unraveling the Huqf Unlocking the Hydrocarbon Potential of the Mediterranean: The Critical Role of Implications of the Cenozoic Tectonic Evolution for the Arabian Plate Integrated Charger Modelling and Geochemical Analysis of Greater Lekhwair Investigating H2S Dynamics in Key Charge Controls Impacting Prospectivity in South Oman Basin, How Unlocking Potential: Advanced Characterization Techniques for Unconventional Mudstone Reservoirs, Integrated Sedimentological, Stratigraphic, and Ai-based Characterisation of the Lower Cretaceous Zubair Formation: Deciphering Geological Complexities in Middle East Deltaic Systems, Driving Decarbonization Through Real-time Stratigraphic Workflows: Enhancing Efficiency in Gas Exploration and Development, Integrated Application of Reservoir Geochemistry and Searching for the Paleozoic From Origin and Distribution of H2S in Multiple Stacked Mesozoic Reservoirs, Offshore UAE, Pathfinder Modelling of H2 Solubility and Migration in Sedimentary Carbonate Reservoir Heterogeneity and Play Characteristics Revealed by Well-Log Interpretation: Case Studies from the Middle East and North America, Tectono-stratigraphic Evolution, Magmatism, and Diagenetic Controls on High-resolution Basin Modeling of Cretaceous Evaluation of the Regional Silurian LTO Play: The Jordanian Framework for Potential Unconventional Expansion in Northwest Saudi-Arabia, New Perspectives on the Middle East Mesozoic *Enhanced Pore Pressure Prediction Using a Modified Eaton's Equation and its Applications from Shallow to Deep Basin Modeling in Exploration – Prospect Generator or Prospect Killer?, Simulating Basin Circulation and Environmental Conditions in the Late Jurassic Arabian Intrashelf Basin: An Innovative Tool to Unveil Source Rock Architecture at Deposition, |