Mine Ventilation Proceedings of the 10th US North American Mine Ventilation Symposium Anchorage Alaska USA 16 19 May 2004 1st Edition by Bandopadhyay, Ganguli 9789058096333 9058096335
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Product details:
ISBN 10: 9058096335
ISBN 13: 9789058096333
Author: S. Bandopadhyay, R. Ganguli
Table of contents:
Chapter 1: Foreword
Chapter 2: Organizing Committee
Chapter 3: Ventilation systems design
Chapter 4: Comparative evaluation of block cave ventilation systems
Chapter 5: A study on event of unstable operation of an axial fan in a ventilation network
Chapter 6: Airflow in leaking ducts with multiple fans
Chapter 7: Assessing the performance and efficiency of booster and main fans in a large ventilation network
Chapter 8: A comprehensive approach to improve ventilation for operating underground mines
Chapter 9: Ventilation systems for underground trona mines
Chapter 10: Measurement of frictional pressure differentials during a ventilation survey
Chapter 11: Ventilation system of Pyhasalmi mine, Finland — a case study
Chapter 12: A ventilation study of the Detroit Salt Mine
Chapter 13: Diesel in underground mines
Chapter 14: Testing and reduction strategies for diesel emissions at PT Freeport Indonesia
Chapter 15: Conducting a comprehensive baseline study for Diesel Particulate Matter
Chapter 16: Using biodiesel fuels to reduce DPM concentrations
Chapter 17: Evaluation of the contribution of light-duty vehicles to the underground atmosphere diesel emissions
Chapter 18: DPM reduction by thermal regeneration systems
Chapter 19: CFD analysis of diesel emissions in a railroad tunnel
Chapter 20: Study to assess the performance of ceramic diesel particulate filters for reducing diesel emissions
Chapter 21: Measuring exposure to diesel engine exhaust emissions in UK coal and non-coal mines
Chapter 22: Ventilation and control systems
Chapter 23: Development of a real time airflow monitoring and control system
Chapter 24: Monitoring and control of underground ventilation systems using VUMA-network
Chapter 25: Precision gas monitoring for methane drainage
Chapter 26: Continual monitoring the natural ventilating pressure in a deep coal mine
Chapter 27: Use of a test box to measure response times for machine-mounted monitors
Chapter 28: The early detection of spontaneous combustion and the evaluation of the effectiveness of fire extinguishers
Chapter 29: Mine fires and explosions
Chapter 30: Use of an inertisation unit during a coal mine fire recovery operation
Chapter 31: Fundamental study on locating spontaneous combustion of coal by self-potential method
Chapter 32: The use of blasting fumes to inertise underground coal mine atmospheres
Chapter 33: Controlling fire and smoke movements in road tunnels by means of ventilation: state of the art
Chapter 34: Dust generation, transport and control
Chapter 35: Evaluating ventilating air movement in underground limestone mines by monitoring respirable dust generation
Chapter 36: Identifying improvements for a modified wet scrubber through simplified modelling
Chapter 37: A comparison of a directional spray system or a flooded-bed scrubber for controlling respirable dust
Chapter 38: Controlling silver dust and fumes at mine refinery
Chapter 39: An assessment of a two-filter concept for a continuous miner wet scrubber
Chapter 40: Strata gas and control
Chapter 41: Migration of carbon dioxide and methane into the atmosphere in areas of closed underground mines
Chapter 42: Model research into retentive reservoirs of methane in coal mines
Chapter 43: Natural heating and cooling of intake air passing through fragmented strata
Chapter 44: Coalbed methane drainage: the past, present, and future
Chapter 45: Ventilation effect on radon levels in the ESF of Yucca Mountain
Chapter 46: Mitigation of methane emissions from coal mine ventilation air: an update
Chapter 47: Face ventilation/case studies
Chapter 48: How scrubbers help ventilate the face during deep cut mining with a blowing curtain
Chapter 49: Development of an assessment tool to minimize safe after blast re-entry time
Chapter 50: The use of large axi-vane fans in auxiliary ventilation for multiple headings in a dieselised hot mine
Chapter 51: Estimation of thermal environment conditions in a heading face ventilated by forcing system
Chapter 52: Auxiliary ventilation operation practices
Chapter 53: Raising the bar of ventilation for large-opening stone mines
Chapter 54: 2500 hp variable speed mine ventilation fan installation — P&M Coal Mining Co.
Chapter 55: Advances, modeling and software
Chapter 56: A computer software program that estimates air quantity requirements in large opening stone mines
Chapter 57: The application of mining industry ventilation survey techniques to a complex computational fluid dynamics model
Chapter 58: Filtered recirculation — a critical component to maintaining acceptable air quality in enclosed cabins
Chapter 59: Development of a wettability test for assessing effectiveness of surfactants for dust control
Chapter 60: The benefits of replacing the diesel engine with a fuel cell in underground mining production equipment
Chapter 61: The impact of changing employment and mining practices on the mine ventilation profession in Australia
Chapter 62: Studies of air leakage in underground mines using CFD
Chapter 63: Real-time neural network application to mine fire — nuisance emissions discrimination
Chapter 64: Ventilation savings with fuel cell vehicles
Chapter 65: Case studies from application of numerical simulation software to examining the effects of fires on underground mines
Chapter 66: A statistical approach to coal dustability
Chapter 67: Evaluating factors affecting the performance of three axis ultrasonic anemometers
Chapter 68: Prediction of shock loss at splits in mine airways — a computational and experimental assessment
Chapter 69: Case studies
Chapter 70: Ventilation improvement at Mimosa’s Mine 3 in the Sabinas Coal Basin, Coahuila, Mexico
Chapter 71: New techniques versus experience: a real case of mine ventilation analysis
Chapter 72: Preliminary ventilation design for the Grasberg block cave mine
Chapter 73: Revision of the ventilation system in Louhi mine — a case study
Chapter 74: Alternatives to using flame retardant belts in underground workings: a case study at Impala Platinum
Chapter 75: A case study on dust concentration at Guleman Kef Chromium Mine
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Tags: Bandopadhyay, Ganguli, Ventilation, American