Research on Reservoir Types of Carboniferous-Permian Coal-Measure Gas in Shanxi and Their Adaptive Fracturing Methods

Name: Research on Reservoir Types of Carboniferous-Permian Coal-Measure Gas in Shanxi and Their Adaptive Fracturing Methods
ISBN: 9787559126870

赵国飞Liaoning Science and Technology Publishing House Co., Ltd. · ChinaSep 2025

Rating 3.5

Word count: 101K words
Chapters: 35
ISBN: 9787559126870

Summary

This book summarizes the research on commingled coal-measure gas production conducted by the author and his research group over the past decade. It systematically examines the reservoir types of the Carboniferous–Permian coal-measure gas in Shanxi and the adaptive fracturing methods suited to them, achieving the expected results.

Editor's review

Research on Reservoir Types of the Carboniferous–Permian Coal-Measure Gas in Shanxi and Adaptive Fracturing Methods is a specialized academic work focused on unconventional natural gas geology and engineering technology. Drawing on the geological setting of Shanxi's abundant coal-measure gas resources, the author Zhao Guofei systematically analyzes the reservoir characteristics of the Carboniferous–Permian, a key coal-forming period. The book's core value lies in moving beyond conventional reservoir description to explore in depth the compatibility between different reservoir types and corresponding fracturing technologies such as hydraulic fracturing, proposing the concept of "adaptive fracturing methods," which offers practical guidance for engineering. For researchers and engineers engaged in the exploration and development of coalbed methane, tight gas, and other coal-measure gas resources, the discussion of reservoir classification and evaluation systems, geomechanical response analysis, and targeted stimulation schemes provides valuable theoretical grounding and case references. The content is highly specialized, with detailed data and a rigorous logical structure, reflecting the author's solid field geology foundation and clear engineering thinking. Although the academic threshold is relatively high, it is precisely this depth and focus that make it a noteworthy research contribution in this specialized field.

Who it's for

A good fit for

Professional researchers engaged in the exploration and development of unconventional natural gas such as coalbed methane and tight gas
Senior undergraduates or graduate students in geological engineering and petroleum engineering
Engineers at energy companies responsible for coal-measure gas resource assessment and stimulation scheme design
Scholars with specific research interests in the geological conditions of coal and natural gas in Shanxi

Not a good fit for

General energy enthusiasts seeking accessible popular-science reading
Readers interested only in coal mining or conventional oil and gas, with no need for coal-measure gas

Reading tips

Read the preface and table of contents first to grasp the book's logical framework centered on the thread of "reservoir type–fracturing method adaptability"
Use the charts and data provided in the book to extend your thinking by comparing them with geological data from specific blocks in Shanxi
Engineering and technical personnel may focus on chapters covering the principles of fracturing methods and adaptability evaluation, relating them to practical operational challenges

About the publisher

Liaoning Science and Technology Publishing House Co., Ltd. China · Founded in 1982

Liaoning Science and Technology Publishing House Co., Ltd. is a comprehensive science and technology publisher whose output covers medicine, sports, art, industrial technology, health and social sciences. Among the books in our catalog, the medical field includes Ren Weidong's Atlas of Echocardiographic Diagnosis (2nd Edition) and Thyroidology by Teng Weiping and Shan Zhongyan; sports is represented by Li Chunzhen's series of Go tesuji workbooks in elementary, intermediate and advanced volumes; art includes Su An's fantasy illustration collection Yun Shui Yao and Han Xudong's The Magic Oil Pastels: Impressionist Painting Techniques; and industrial technology features the Illustrated Latest Guide to Automobile Timing Calibration. Overall, the press combines professional scholarship with practical books for general readers, with distinctive strengths in medical atlases, Go tutorials and illustration techniques. Public information is limited, so other details are omitted here.

版权信息
前言
1 绪论
1.1 研究背景及意义
1.2 国内外研究现状与分析
1.3 存在的问题及发展趋势分析
1.4 研究内容、方法及技术路线
2 山西石炭—二叠纪煤系气藏类型与储层结构特征
2.1 煤系地层沉积环境
2.2 煤系地层结构分析
2.3 煤系气藏类型划分
2.4 煤系气储层结构类型
2.5 本章小结
3 煤系气储层物性及评价
3.1 储层物性特征参数
3.2 储层评价指标及其标准化
3.3 基于熵值法的评价指标权重
3.4 储层灰色关联评价模型
3.5 储层灰色关联评价
3.6 本章小结
4 储层致裂方法优选
4.1 3种典型致裂方法升压速率和压力峰值特征及致裂机理
4.2 储层力学性质对3种方法致裂效果影响的数值模拟研究
4.3 山西石炭—二叠纪煤系气储层适应性致裂方法探讨
4.4 本章小结
5 储层最佳起裂层位的数值模拟
5.1 模拟方法与数值模型
5.2 模拟方案
5.3 裂缝扩展高度的数值模拟结果与层位优选分析
5.4 本章小结
6 结论与展望
6.1 结论
6.2 主要创新点
6.3 不足与展望
参考文献

FAQ

What problem in coal-measure gas development does this book mainly address?

The book's core purpose is to address how to select and optimize hydraulic fracturing and other stimulation technologies suited to the complex and diverse geological characteristics of Carboniferous–Permian coal-measure gas reservoirs in Shanxi, so as to improve development efficiency and economics.

What knowledge background is needed to understand the book well?

Readers should ideally have foundational knowledge of petroleum geology, reservoir engineering, or coalfield geology, and understand basic concepts of reservoir properties, rock mechanics, and hydraulic fracturing; otherwise they may encounter considerable obstacles from specialized terminology.

Are the book's research findings limited to a specific region?

Although the book takes Shanxi as its specific research subject, the framework it establishes for reservoir type classification and adaptive fracturing methods also has important reference value for other coal-measure gas basins with similar geological conditions (such as the eastern margin of the Ordos Basin).

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About the author

赵国飞 Author

Zhao Guofei is an author about whom little public information is available. At present, only one work by this author is known: Research on Reservoir Types of the Shanxi Carboniferous–Permian Coal-Measure Gas and Their Adaptive Fracturing Methods. The title indicates that the writing focuses on the geological characteristics of Carboniferous–Permian coal-measure gas reservoirs in Shanxi and on fracturing methods, placing it at the intersection of energy geology and reservoir engineering. The book sorts out reservoir types and discusses adaptive fracturing approaches, reflecting a research orientation that starts from specific regional geological conditions and addresses engineering practice. Because no reliable records of the author's dates, nationality, education, or positions have been found, this profile makes no speculation; given the limited material, readers can only infer from the work itself a concern with reservoir evaluation and development technology for coal-measure gas resources.