Reservoir Engineering

Explore key reservoir engineering aspects of water flooding, including reservoir characterization, fluid flow dynamics, flood design, implementation strategies, and performance evaluation to maximize recovery efficiency.

Focused on the interplay between geology and reservoir engineering, this course covers reservoir characterization, fluid flow dynamics, reserve estimation, and simulation techniques for informed decision-making in field development.

Delve into the principles and applications of PVT modeling, covering fluid sampling, data analysis, and simulation techniques. The course bridges theoretical knowledge with practical tools for optimizing reservoir performance.

This course introduces key concepts of reservoir engineering, including reservoir characterization, material balance methods, fluid properties, and well performance analysis. Participants will learn about reservoir behavior during primary, secondary, and enhanced recovery phases. Practical case studies and exercises enhance understanding and application of reservoir engineering techniques in real-world scenarios.

This course covers the principles, techniques, and applications of Enhanced Oil Recovery (EOR). Participants will learn about thermal recovery (e.g., steam injection), chemical methods (e.g., polymer flooding), and gas injection (e.g., CO₂ and miscible gas). It emphasizes selecting appropriate EOR methods based on reservoir characteristics and economic feasibility. Practical case studies and exercises ensure participants can implement these strategies effectively.

This course introduces the principles of reservoir simulation, covering topics such as reservoir modeling, grid design, fluid flow equations, and numerical methods. Participants will learn to construct and validate simulation models, forecast reservoir behavior, and evaluate development strategies. Hands-on exercises with simulation software enhance practical understanding and application.

This course explores advanced concepts of reservoir management, including reservoir characterization, performance monitoring, production optimization, and enhanced recovery techniques. Participants will learn to analyze reservoir data, forecast production, and develop strategies to maximize reservoir efficiency and profitability. Real-world case studies and simulations enable hands-on learning and application of best practices.

The "Applied Reservoir Engineering & Management" course focuses on providing professionals with the essential knowledge and tools for managing reservoir performance. It covers advanced techniques in reservoir characterization, production optimization, and resource management, aiming to improve the efficiency and sustainability of reservoir operations.