Petroleum Geologist: Geological Concepts & Carbonate Reservoir Planning

Introduction:

Understanding geological concepts and the complexity of carbonate reservoirs is fundamental to the success of exploration and production activities in the petroleum industry. Proper evaluation and planning maximize hydrocarbon recovery and reduce operational risks. To build this expertise, Seattle International Institute for Training offers a specialized training course focusing on geological principles, reservoir characterization, and development planning, particularly in carbonate environments. This course equips participants with practical knowledge and analytical tools essential for efficient reservoir evaluation and development strategies.

Objectives:  

Participants in this course will learn to:

Ø  Understand key geological concepts relevant to petroleum exploration and development.

Ø  Analyze the characteristics and behavior of carbonate reservoirs.

Ø  Develop skills in reservoir modeling and planning.

Ø  Enhance abilities in interpreting geological and geophysical data.

Ø  Apply best practices for maximizing hydrocarbon recovery in carbonate systems.

Target Audience:

This course is ideal for:

Ø  Petroleum geologists and geophysicists.

Ø  Reservoir engineers and field development planners.

Ø  Exploration and production professionals.

Ø  Technical staff involved in subsurface evaluation.

Ø  Anyone interested in advancing their knowledge of geological applications in the petroleum industry.

Course Outline:

Day 1: Fundamentals of Petroleum Geology

• Overview of petroleum system elements.
• Rock cycle, sedimentary processes, and basin formation.
• Source rocks, migration pathways, traps, and seals.
• Geological mapping and field techniques.
• Introduction to exploration workflows.

Day 2: Geological Interpretation and Subsurface Mapping

• Seismic interpretation basics for geologists.
• Well log analysis and correlation.
• Structural geology and trap classification.
• Stratigraphy and depositional environments.
• Mapping subsurface structures and reservoir units.

Day 3: Carbonate Reservoirs: Characteristics and Challenges

• Formation and types of carbonate rocks.
• Porosity types and permeability in carbonates.
• Diagenetic processes affecting reservoir quality.
• Challenges in carbonate reservoir evaluation.
• Field examples of carbonate reservoirs worldwide.

Day 4: Reservoir Modeling and Development Planning

• Building geological models for reservoirs.
• Integration of geological, petrophysical, and seismic data.
• Static and dynamic modeling techniques.
• Planning drilling campaigns and well placement in carbonate reservoirs.
• Case study: carbonate reservoir development project.

Day 5: Enhanced Recovery and Future Trends

• Enhanced oil recovery (EOR) techniques for carbonate reservoirs.
• Monitoring reservoir performance and adjusting plans.
• New technologies and digital tools in reservoir management.
• Environmental considerations in field development.
• Final workshop: Designing a carbonate reservoir development plan.