📌 General Introduction

Geological formation evaluation and well logging are critical processes in the oil and gas industry, providing essential insights into reservoir properties and hydrocarbon potential.

Formation evaluation involves analyzing rock and fluid characteristics such as porosity, permeability, and saturation, which are fundamental to understanding reservoir performance.

Well logging, on the other hand, provides continuous records of subsurface formations through electrical, acoustic, and radioactive measurements, enabling geoscientists and engineers to interpret reservoir conditions with precision.

Together, these techniques form the backbone of reservoir characterization, guiding exploration strategies, production planning, and risk management.

The Geological Formation Evaluation and Logging workshop, delivered over ten intensive days, is designed to equip participants with both theoretical knowledge and practical skills in formation evaluation and log interpretation.

The program emphasizes petrophysical analysis, stratigraphic modeling, data integration, and global case studies.

This workshop offers a unique opportunity for petroleum engineers, geologists, and reservoir specialists to strengthen their expertise, optimize exploration and production strategies, and ensure sustainable resource management.

🎯 Target Audience

• Petroleum engineers in exploration and production.
• Geologists and petrophysical data analysts.
• Reservoir and field managers.
• Reservoir evaluation specialists.
• Graduate students in petroleum engineering and applied geology.

🎯 Expected Objectives

• Understand the fundamentals of formation evaluation.
• Develop skills in well log interpretation.
• Strengthen the ability to build integrated reservoir models.
• Gain practical experience in petrophysical analysis.
• Improve exploration and production strategies.

📚 Scientific Topics

Theme 1: Fundamentals of Formation Evaluation

Session 1: Introduction to Formation Evaluation

• Definition and importance
• Role in reservoir studies
• Applied examples

Session 2: Basic Geological Properties

• Porosity
• Permeability
• Saturation

Theme 2: Electrical Logs

Session 1: Principles of Electrical Logs

• Resistivity
• Conductivity
• Practical examples

Session 2: Interpretation of Electrical Logs

• Data analysis
• Applications
• Case studies

Theme 3: Acoustic Logs

Session 1: Principles of Acoustic Logs

• Velocity
• Density
• Practical examples

Session 2: Interpretation of Acoustic Logs

• Data analysis
• Applications
• Case studies

Theme 4: Radioactive Logs

Session 1: Principles of Radioactive Logs

• Gamma ray
• Neutron
• Practical exampley

Session 2: Interpretation of Radioactive Logs

• Data analysis
• Applications
• Case studies

Theme 5: Data Integration

Session 1: Combining Log Data

• Electrical
• Acoustic
• Radioactive

Session 2: Integration with Geological Data

• Seismic data
• Stratigraphic data
• Practical examples

Theme 6: Stratigraphic Modeling

Session 1: Building Stratigraphic Models

• Modeling steps
• Modern tools
• Practical applications

Session 2: Dynamic Modeling

• Fluid simulation
• Temporal changes
• Case studies

Theme 7: Risk Management

Session 1: Risk Assessment in Formation Evaluation

• Methodologies
• Analytical tools
• Practical applications

Session 2: Risk Reduction Strategies

• Preventive measures
• Contingency plans
• Case studies

Theme 8: Safety and Quality

Session 1: International Safety Standards

• API
• ISO
• Practical examples

Session 2: Quality Management

• Systems and tools
• Modern techniques
• Applied practices

Theme 9: Global Case Studies

Session 1: Middle Eastern Fields

• Saudi Arabia
• Iraq
• UAE

Session 2: International Fields

• North Sea
• Gulf of Mexico
• Africa

Theme 10: Future of Formation Evaluation and Logging

Session 1: Modern Technologies

• Artificial intelligence
• Digital modeling
• Future applications

Session 2: Global Trends

• Innovation
• Future challenges
• New opportunities