Research on Prevention and Control Technologies for Coal and Gas Outbursts in Close-Distance Coal Seam Groups
This book presents research work on outburst prevention technologies for close-distance coal-seam groups. The core concept of this book is to extend the outburst prevention of a single seam to a progressive, multi-level joint prevention framework of “multi-seam, regional, local”, and to upgrade traditional static prediction to intelligent early warning based on “multi-source information fusion and dynamic continuous monitoring”.

Sample Chapter(s)
Preface (72 KB)
Components of the Book:
  • Preface
  • Chapter 1. Introduction
    • 1.1 Research Background and Significance
    • 1.2 Current Research Status
    • 1.3 Engineering Case Background
    • 1.4 Structure and Content Arrangement of the Book
  • Chapter 2. Mine Overview
    • 2.1 Location and Transportation
    • 2.2 Mine Geological Features
    • 2.3 Coal Seam Occurrence Characteristics
    • 2.4 Gas Occurrence Characteristics
    • 2.5 Mine Development and Production
  • Chapter 3. Mine Outburst Prevention Organization and Training
    • 3.1 Establishment of Outburst Prevention Organization
    • 3.2 Personnel Training for Coal and Gas Outburst Prevention
    • 3.3 Outburst Prevention Organization and Management
  • Chapter 4. Mine Outburst Prevention Requirements
    • 4.1 Coal Seam Outburst Hazard Identification
    • 4.2 Overall Outburst Prevention Requirements for the Mine
    • 4.3 Basic Development Requirements for Each Coal Seam
    • 4.4 Mine Development and Excavation Deployment
    • 4.5 Mine Coal Seam Excavation and Extraction Requirements
    • 4.6 Mine Ventilation System Requirements
    • 4.7 Mine Outburst Prevention Facilities and Equipment
  • Chapter 5. Regional Comprehensive Outburst Prevention Measures
    • 5.1 Regional Outburst Hazard Prediction
    • 5.2 Regional Outburst Prevention Measures for Mine Coal Seams
    • 5.3 Regional Measure Effectiveness Verification
    • 5.4 Regional Validation
  • Chapter 6. Local Comprehensive Outburst Prevention Measures
    • 6.1 Procedures for Local Comprehensive Outburst Prevention Measures
    • 6.2 Working Face Outburst Hazard Prediction
    • 6.3 Local Comprehensive Outburst Prevention Measures
    • 6.4 Effectiveness Verification of Working Face Measures
    • 6.5 Safety Measures for Preventing Accidental Coal Seam Exposure
    • 6.1 Procedures for Local Comprehensive Outburst Prevention Measures
    • 6.2 Working Face Outburst Hazard Prediction
    • 6.3 Local Comprehensive Outburst Prevention Measures
    • 6.4 Effectiveness Verification of Working Face Measures
    • 6.5 Safety Measures for Preventing Accidental Coal Seam Exposure
  • Chapter 7. Safety Protection and Safety Technical Measures
    • 7.1 Safety Protection Measures
    • 7.2 Safety Technical Protection Measures
  • Chapter 8. Emergency Response Plan for Outburst Accidents
    • 8.1 Overview of the Emergency Response Plan
    • 8.2 Accident Types and Hazard Level Analysis
    • 8.3 Emergency Rescue and Its Principles
    • 8.4 Organizational Structure and Responsibilities
    • 8.5 Prevention and Early Warning
    • 8.6 Information Reporting Procedures and Site Protection
    • 8.7 Emergency Response
    • 8.8 Emergency Support
  • Chapter 9. Conclusions and Prospects
  • References
Readership: Students, academics, teachers and other people attending or interested in the prevention and control of coal and gas outburst.
1
Preface
Xue Weichao
PDF (72 KB)
1
Chapter 1. Introduction
Xue Weichao
PDF (247 KB)
25
Chapter 2. Mine Overview
Xue Weichao
PDF (977 KB)
39
Chapter 3. Mine Outburst Prevention Organization and Training
Xue Weichao
PDF (189 KB)
55
Chapter 4. Mine Outburst Prevention Requirements
Xue Weichao
PDF (691 KB)
67
Chapter 5. Regional Comprehensive Outburst Prevention Measures
Xue Weichao
PDF (1027 KB)
99
Chapter 6. Local Comprehensive Outburst Prevention Measures
Xue Weichao
PDF (930 KB)
131
Chapter 7. Safety Protection and Safety Technical Measures
Xue Weichao
PDF (337 KB)
149
Chapter 8. Emergency Response Plan for Outburst Accidents
Xue Weichao
PDF (169 KB)
173
Chapter 9. Conclusions and Prospects
Xue Weichao
PDF (140 KB)
183
References
Xue Weichao
PDF (31 KB)
Weichao Xue (Biography)
Male, associate research fellow, master's supervisor. He graduated from China University of Mining and Technology in 2014 with a master's degree in Mining Engineering. He currently works at China Coal Technology & Engineering Group Shenyang Research Institute, where he is primarily engaged in the prediction and prevention of coal-rock dynamic disasters.

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