Course Objectives:

By the end of this course, participants will be able to:

1. Understand the Fundamentals of Fault Seals
• Gain a deep understanding of fault seals, their role in hydrocarbon trapping, and the geological processes involved in their formation.
2. Apply Fault Seal Theory
• Use theoretical concepts to quantify and model fault seal capacity and performance in exploration projects.
3. Analyze Fault Seals Using Seismic and Geological Data
• Utilize seismic and geological data to interpret faults and predict fault seal behavior in reservoirs.
4. Integrate Fault Seal Analysis into Exploration and Development Plans
• Incorporate fault seal analysis into broader exploration and reservoir development strategies to optimize hydrocarbon recovery.
5. Address Uncertainty in Fault Seal Analysis
• Recognize and manage uncertainties in fault seal modeling to make more informed exploration decisions.

Who Should Attend:

This course is ideal for:

1. Geologists and Geophysicists: Professionals responsible for interpreting geological and geophysical data to assess fault seals and reservoir characteristics.
2. Reservoir Engineers: Engineers involved in reservoir modeling and development who need to understand the role of fault seals in fluid flow and compartmentalization.
3. Exploration Teams: Teams engaged in the discovery and evaluation of new hydrocarbon reserves, where fault seal analysis plays a crucial role in exploration success.
4. Petroleum Engineers: Engineers focusing on the development and optimization of petroleum reservoirs, especially in areas with complex fault systems.
5. Project Managers and Decision Makers: Professionals overseeing exploration and development projects who need to integrate fault seal analysis into overall project strategies.