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Wang L.,China University of Mining and Technology | Ren T.,University of Wollongong | Nie B.,China University of Mining and Technology | Chen Y.,China University of Mining and Technology | And 3 more authors.
International Journal of Mining Science and Technology | Year: 2015

Spontaneous combustion of coal is a major cause of coal mine fires. It not only poses a severe hazard to the safe extraction of coal resources, but also jeopardizes the safety of mine workers. The development of a scientific management system of coal spontaneous combustion is of vital importance to the safe production of coal mine. This paper provides a comparative analysis of a range of worldwide prediction techniques and methods for coal spontaneous combustion, and systematically introduces the trigger action response plans (TARPs) system used in Australian coal mines for managing the spontaneous heating of coal. An artificial neural network model has been established on the basis of real coal mine operational conditions. Through studying and training the neural network model, prediction errors can be controlled within the allowable range. The trained model is then applied to the conditions of Nos. 1 and 3 coal seams located in Weijiadi Coal Mine to demonstrate its feasibility for spontaneous combustion assessment. Based upon the TARPs system which is commonly used in Australian longwall mines, a TARPs system has been developed for Weijiadi Coal Mine to assist the management of spontaneous combustion hazard and ensure the safe operation of its mining activities. © 2015.

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