Portfolio

Project Description:

• Analyzed the depositional settings and diagenetic alterations in reefal carbonate reservoirs.
• Conducted petrographic, stable isotope, and porosity-permeability studies.
• Investigated the impact of dolomitization and meteoric diagenesis on reservoir quality.

Key Findings:

✔ Identified reefal facies associations and their reservoir potential.
✔ Diagenetic processes significantly enhanced secondary porosity.
✔ Integration of sedimentological and diagenetic data improved reservoir characterization.

Images: (Placeholder for thin sections, diagenetic features, and facies models)

Project Description:

• Developed outcrop-based reservoir analogues for Miocene carbonate and siliciclastic successions.
• Conducted detailed lithofacies and sequence stratigraphy analysis.
• Integrated field data with petrophysical and geophysical interpretations.
• Assessed reservoir heterogeneity and diagenetic controls on porosity and permeability.

Key Findings:

✔ Identified lateral and vertical facies variations in carbonate deposits.
✔ Recognized early diagenetic processes affecting reservoir quality.
✔ Created 3D conceptual models for reservoir simulation.

Images: (Placeholder for field photographs, stratigraphic columns, and thin-section images)

Project Description:

• Investigated the organic-rich Qusaiba Shale and Qasim Formation for hydrocarbon potential.
• Performed geochemical analysis (TOC, Rock-Eval, XRD) and sedimentological studies.
• Evaluated thermal maturity and depositional environment using biomarkers and petrographic data.

Key Findings:

✔ High TOC content and favorable thermal maturity for shale gas potential.
✔ Anoxic depositional conditions inferred from trace element analysis.
✔ Strong correlation between mineralogy and mechanical properties.

Images: (Placeholder for core samples, XRD plots, and geochemical analysis charts)