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Advanced Mine Ventilation

  • ID: 4539958
  • Book
  • November 2018
  • Region: Global
  • 528 Pages
  • Elsevier Science and Technology
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Advanced Mine Ventilation presents the reader with a unique book providing the theory and applications for designing mine ventilation with computers, controlling respirable coal dust and diesel particulate matter, combustible gas control and, mine fire management. The book summarizes the latest knowledge created in the past 40 years in these areas. Authored by an expert in the field with 50 years' experience, the book is a great combination of theory and applications. The mine ventilation section provides computer programs (both FORTRAN and C++) to calculate not only air quantities and pressure losses but also the concentration of any pollutant in all junctions and branches of the mine network. Small particle mechanics and dust control is covered in the second section of the book. The third section on combustible gas control discusses all aspects of mine gases from origin to control. The last section on mine fire control discusses spontaneous combustion, frictional ignitions, mine explosions, and mine sealing and recovery. The book is not only a very good reference book but also an excellent textbook for two graduate level courses in Mining Engineering.

  • Provides the latest knowledge on the four related topics of mine environment control; that is, ventilation, dust, gas, and fire in a single volume
  • Computer simulation of mine ventilation in both FORTRAN and C++
  • State-of-the-art respirable dust control
  • Mine degasification and methane production from a coal lease
  • Mine fire management

Please Note: This is an On Demand product, delivery may take up to 11 working days after payment has been received.

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Part 1 Mine environment control 1. Properties of gases in underground coal mine atmospheres 2. Properties of dust particles in underground coal mine air and particle mechanics 3. Ventilation of underground coal mines: methods and computer simulation of ventilation networks

Part 2 Respirable dust control 4. Respirable coal dust control in underground coal mines 5. Silica dust control in underground coal mines 6. Diesel particulate matter control in underground coal mines 7. A strategy to eliminate dust-related diseases in underground coal mines

Part 3 Methane control in coal mines 8. Methane control pre-mining in underground coal mines 9. Methane control post-mining in underground coal mines 10. Gas outbursts in underground coal mines and their control

Part 4 Coal mine fire control 11. Spontaneous combustion of coal in underground mines and its prevention 12. Gas explosions in underground coal mines and their prevention 13. Dust explosions in underground coal mines and their prevention 14. Management of fires in underground coal mines 15. Recovery of sealed underground coal mines after extinction of the fire

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Thakur, Pramod
Dr. Pramod C Thakur is the president of a consulting firm, Expert Solutions for Mine Safety (ESMS) LLC, in Morgantown, West Virginia, USA, and an adjunct professor at the West Virginia University. He served the coal industry for 50 years. He began his career designing mine ventilation with Andrew Yule & Co for 8 years. During his last 42 years with CONOCO, CONSOL Energy and Murray Energy, he developed four different techniques for mine degasification and coalbed methane production. He researched respirable dust control and diesel exhaust dispersion at the Pennsylvania State University. These techniques are used not only in the United States but also in many countries overseas. Appointed by the Governor of West Virginia, he served as a commissioner for 18 years and wrote the WV Diesel Regulations that serves as a model for the global coal industry. He is a distinguished alumnus of IIT(ISM), India, and a Centennial Fellow of the Pennsylvania State University. He is a member of the Society of Mining, Metallurgy, and Exploration (SME), USA, since 1969. He has written four books on mine ventilation and coalbed methane control and published more than 50 papers in technical journals. He has been awarded the Howard Hartmann and Howard Eavenson Award for excellent work in mine ventilation engineering and mine health and safety by the SME.
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