Monitoring and Control of Ventilation in Polish Coal Mines

The Australasian Institute of Mining and Metallurgy
J Roszkowski J Tobiczyk S Wasi
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
7
File Size:
619 KB
Publication Date:
Jan 1, 2005

Abstract

Methane and fire hazards have a vital effect on work safety and continuity of mining plant operation. In the 1990s, the SMP hazards monitoring and ventilation control systems, based on continuous measurement of air parameters, were put into operation at nearly 30 Polish mines. These systems provide continuous measurement of methane concentration within the range of zero to 100 per cent with automatic switching off of electrical energy immediately after detection of potentially explosive conditions. Early detection of coal spontaneous combustion and open fires is made by continuous measurements of CO, CO2, smoke and O2 content in mine air as well as temperature changes in air and rock mass. The essence of the system is intrinsic safety of all underground instrumentation and uninterrupted central power supply from the surface. All abnormal and critical states are signalled to the mine control room. These trigger alarm and emergency procedures. The computer based ventilation monitoring and control system also performs the function of an expert system for fire detection and underground fire fighting. The mine control operator (dispatcher) makes use of stored data in computer escape route schemes and procedures for the safe withdrawal of miners from hazardous areas. The operator can put in motion intrinsically safe alarm signalling units and banners with programmed messages indicating escape routes.
Citation

APA: J Roszkowski J Tobiczyk S Wasi  (2005)  Monitoring and Control of Ventilation in Polish Coal Mines

MLA: J Roszkowski J Tobiczyk S Wasi Monitoring and Control of Ventilation in Polish Coal Mines. The Australasian Institute of Mining and Metallurgy, 2005.

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