Structural Analysis of Ancient Submarine Mountains and Reservoir Fracture Prediction: A Case Study of the Zonghai Area in the Jiyang Depression

Author: Sun Yongzhuang, Wu Shiguo
Publisher:
Publish Date: 2006-10-01
Features:
Chapter 1 Introduction
1.1 Research Significance of Paleohigh Gas-Oil Reservoirs
1.2 Difficult Issues in the Study of Paleohigh Gas-Oil Reservoirs
Chapter 2 Tectonic Research Methods of Paleohighs
2.1 Tectonic Characteristics of Paleohighs
2.2 Tectonic Research Methods of Paleohighs
Chapter 3 Reservoir Fracture Prediction Techniques
3.1 Shear Wave Exploration Technology
3.2 Seismic Wave Nonlinear Prediction Technology
3.3 Numerical Simulation of Tectonic Stress Field
3.4 Seismic Coherence Analysis Technology
3.5 Amplitude Variation with Azimuth (AVA) Fracture Detection Technology
3.6 Amplitude Variation with Offset (AVO) Fracture Detection Technology
3.7 Pattern Recognition Technology
3.8 VSP Fracture Prediction Technology
Chapter 4 Types and Formation Processes of Late Mesozoic Rift Basins in the Eastern North China Platform
4.1 Types and Basic Characteristics of Late Mesozoic Rift Basins
4.2 Formation and Evolution Stages of Late Mesozoic Rift Basins in the Ziyang Depression Zhuanghai Area and Surrounding Regions
4.3 Deep Mechanism and Regional Tectonic Dynamics Background of Late Mesozoic Rift Basin Formation
Chapter 5 Tectonic Characteristics and Evolution of the Tan-Lu Fault Zone in the Ziyang Depression Zhuanghai Area and Surrounding Regions
5.1 Tectonic Characteristics of the Tan-Lu Fault Zone in the Study Area and Surrounding Regions
5.2 Formation and Evolution of the Tan-Lu Fault Zone
Chapter 6 Tectonic Characteristics of the Ziyang Depression Zhuanghai Area
6.1 Characteristics of Major Faults in the Zhuanghai Area
6.2 Main Tectonic Styles in the Zhuanghai Area
6.3 Main Paleohigh Types and Characteristics in the Ziyang Depression Zhuanghai Area
Chapter 7 Tectonic Evolution and Paleohigh Belt Genesis Analysis in the Zhuanghai Area
7.1 Basic Principles and Methods of Balanced Cross Sections
7.2 Main Methods and Processes for Making Balanced Cross Sections
7.3 Case Studies of Tectonic Balanced Cross Sections
7.4 Tectonic Evolution in the Zhuanghai Area
7.5 Paleohigh Formation Process
Chapter 8 Tectonic Stress Field Analysis in the Zhuanghai Area
8.1 3D Tectonic Stress Field Simulation
8.2 Determining the Direction of In-situ Stress in the Zhuanghai Area Using Magnetic Anisotropy of Drilling Cores (AMS)
8.3 FMI Imaging Analysis and In-situ Tectonic Stress Field
Chapter 9 Application and Research of 3Dmove Fracture Prediction Technology in the Zhuanghai Area
9.1 Application of 3Dmove Fracture Prediction Technology in the Zhuanghai Area
9.2 Fracture Prediction Principles of FMI Imaging Logging Technology and Its Application in the Zhuanghai Area
9.3 Fracture Development Patterns and Reservoir Characteristics of Paleohighs in the Zhuanghai Area
Chapter 10 Main Conclusions and Recommendations
10.1 Main Conclusions
10.2 Recommendations for Future Work
Main References
This book is based on research into many aspects of paleohigh tectonics, evolution, and fracture prediction techniques. It comprehensively applies relevant technologies, taking the Zhuanghai Area of the Ziyang Depression as a case study, to analyze the tectonic characteristics of each period and the formation and evolution process of paleohighs. It also analyzes and predicts the fracture distribution patterns of paleohigh reservoirs.