Spontaneous Combustion of Coal

1. Front Matter

   Pages i-xiii

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2. Introduction

   • Xinyang Wang

   Pages 1-27

3. Historical Perspective on Identifying and Controlling Spontaneous Combustion

   • Xinyang Wang

   Pages 29-72

4. Laboratory Experiment for Evaluating Characteristics of Spontaneous Combustion

   • Xinyang Wang

   Pages 73-128

5. Analytical Model Developed to Estimate Self-Heating Potential

   • Xinyang Wang

   Pages 129-170

6. Numerical Modeling of Self-Heating Event and Preventive Measures

   • Xinyang Wang

   Pages 171-206

7. Interpretation of Mine Atmosphere Monitoring Data

   • Xinyang Wang

   Pages 207-231

8. Back Matter

   Pages 233-240

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This book aims to understand, analyze and mitigate the harmful impacts of spontaneous coal combustion in underground mines, a thermal phenomenon that triggers fires and explosions threatening the safety of mine workers globally. Based on experimental and theoretical research findings, the book emphasizes three essential questions that are fundamental to understand spontaneous coal combustion: What are the root causes? How to evaluate the causative factors to determine the activity of coal? and How to bring this issue under control in real longwall panel? Readers are introduced to experimental techniques applied to investigate the basic molecular structure of coal and evaluate chemical properties that induce self-heating behavior, theoretical analyses to predict the extrinsic effect on low temperature oxidation of coal in experimental scale and full-size longwall panel, and preventive measures to mitigate this issue using methods for retardant screening, numerical simulationsfor optimal grouting and nitrogen injections, and case studies analyzing thermal events using mine atmosphere gas monitoring data. The book will be of interest to students and researchers studying mining engineering and chemistry, as well as engineers and practitioners involved in coal mine development and risk assessment. 

• Spontaneous coal combustion
• Mine safety
• Ventilation
• Temperature oxidation
• Grouting
• Thermal events
• quality control, reliability, safety and risk

• Department of Safety Engineering, Northeastern University, Shenyang, China

  Xinyang Wang

Dr. Xinyang Wang is an Associate Professor in the Department of Mining Engineering at Liaoning Technical University, and a Postdoctoral Researcher in the Department of Safety Engineering at Northeastern University, China.  

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