You will learn:

• Carbonate Reservoir rock properties
• Discussion on tools will include advantage, disadvantage, physics of each tool was built and calibration
• Lithology (lithofacies in carbonates) and porosity determination
• Fractures, vugs, and bitumen detection in carbonate
• Resistivity, induction measurements
• Coring and core analysis
• Petro physical parameters evaluation from core and log data
• Formation Evaluation concepts
• Saturation, Archie’s equation
• Permeability determination from logs and cores
• Quick Look interpretation using basic methods and cross-plots
• Output parameters of Open-Hole log Interpretation
• Log Quality Control on tool measurements (log readings) and data handling
• Practice application on carbonate reservoir examples
• Case study for lithofacies and bitumen identification and variable parameters study in carbonate reservoirs

Geologists, geophysicists, petro physicists and reservoir, petroleum, drilling engineers whose job requires a more extensive knowledge of petro physical engineering, data management staff, who is handling and loading digital log data.

Targets and Expectations; Reservoir Rock Properties; Reservoir Parameters; Logging Tools Measurements; Open-Hole Logging Tools (Conventional and Recent); Lithology Tools; Porosity Tools; Resistivity Tools; Petro physical Parameters; Quick Look Well Log Interpretation;

Practical Application examples (Workshop); Recent and Advanced Tools While Drilling (LWD) ; Cased- Hole Logging Tools; Formation Evaluation; Advanced Formation Evaluation for Reservoir Petro physical Model Evaluation; Modern approaches and Techniques in Petro physics; Lithology Determination; Petro physical Parameters Determination; Computer Processed Interpretation (CPI); Log Quality Control; Cases study; Lithofacies Identification; Bitumen detection; Variable Parameters Study; Permeability Prediction in Carbonate Reservoirs.

CDGA attendance certificate will be issued to all attendees completing a minimum of 80% of the total course duration.