DOI: 10.38007/978-1-80053-612-8

This book aims to systematically explain the core impact mechanism of the physical characteristics of oil reservoirs on gas reservoir development, especially how to optimize gas reservoir development strategies through scientific physical models and technical means. The first chapter will introduce the fundamental theory of reservoir physics in gas reservoir development, covering the physical properties of reservoir rocks, gas liquid solid multiphase fluid interactions, and other basic knowledge, providing theoretical support for subsequent chapters. Chapter 2 delves into the core impact of key reservoir physical characteristics on gas reservoir development, analyzing the controlling effects of pore network structure, heterogeneity, and other factors on gas reservoir development. Chapter 3 elaborates on the mechanism and evaluation method of dynamic response in the development process of gas reservoirs through a physical property coupling model for gas reservoir productivity evaluation. Chapter 4 discusses the development strategies for different types of gas reservoirs, including conventional sandstone gas reservoirs, unconventional shale gas reservoirs, and carbonate fractured gas reservoirs, based on typical gas reservoir types. Finally, Chapter 5 focuses on the forefront of research and technological innovation in the physical properties of oil reservoirs, exploring the application of multi physics field coupling simulation technology and green low-carbon development technology.

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