Requirements
- Requirements1
- Requirements2
Features
- Key Features1
Target audiences
- Target Audience1
>> Course Description:
- Coring and Core Planning
- Core Points Selection
- Well Site Core Handling➢ Core orientation ➢ Core preservation ➢ Surface Core GR
- Routine Core Analysis and Measurements ➢ Saturated fluid porosity➢ Helium Porosity
➢ Nitrogen Permeability ➢ Grain Density
➢ Fluid saturations - SCAL Analysis for geological interpretation
- Geological Core Description➢ Surface boundaries identification
➢ Chronological sedimentary sequence
➢ Texture and compositional identification
➢ Ichnofacies analysis
➢ Facies package and depositional complex
➢ Depositional interpretation
➢ Sequence stratigraphy framework from cores - Petrographic Techniques for Reservoir Discrimination
- ➢  Thin section analysis, XRD and SEM for textural andcompositional identification
- ➢  Reservoir quality evaluation
- ➢  Facies and reservoir quality prediction analysis (RQP model)
➢ Diagenesis in clastic and carbonates
➢ Facies and diagenesis mapping
- Geological Reservoir Formation Damage (RFD) Reasons, Predictionand Mitigations➢ Petrographic analysis for RFD evaluation➢ Lab analysis for RFD prediction and prevention
- Optimized Reservoir Rock Typing (ORRT)
- ➢  Petrophysical reservoir rock typing (RCA, RRT)
- ➢  Petrographic reservoir rock typing (PRRT)
- ➢  Reservoir discrimination based on the parameters controlling thefluids to flow
- ➢  Petrographic and petrophysical RRT for optimum reservoirdiscrimination
- ➢  Workshop by Techlog (generated scripts) for ORRT prediction inthe un-cored wells.
- Facies, Facies Packages and Depositional Interpretation with ORRT
Course Features
- Lectures 2
- Quizzes 0
- Duration 15 hours
- Skill level All levels
- Language Arabic, English
- Students 0
- Assessments Yes