Petroleum Reservoir Engineering Fundamentals

Unlock the foundational principles behind extracting valuable hydrocarbons from the Earth's subsurface and managing these critical energy resources. This course provides a comprehensive, text-based introduction to petroleum reservoir engineering, equipping you with the core concepts needed to understand how oil and gas reservoirs function, how they are characterized, and how their performance is predicted. You'll learn to: Understand the fundamental rock and fluid properties critical to petroleum reservoirs. Apply material balance equations to estimate hydrocarbon reserves and predict reservoir performance. Analyze the principles of fluid flow through porous media and their impact on well productivity. Identify and characterize various types of petroleum reservoirs based on their geological and fluid properties. Learn basic concepts of reservoir simulation for modeling subsurface behavior and optimizing extraction. Explore the role of reservoir engineering in modern resource management and energy transition strategies. The course begins with an exploration of key terminology and foundational definitions, progressing through the properties of reservoir rocks and fluids, fluid flow mechanics, and methods for performance prediction. It concludes by examining different reservoir types and their relevance in today's energy landscape. This course is ideal for beginners with no prior experience in petroleum engineering, including aspiring engineers, geoscientists, and anyone interested in the technical aspects of oil and gas resource development. Begin your journey into the science and engineering of subsurface energy resources.