Mine climate control, both present and future, for high production force in state temperature exceeding 40°C; a case study

The Institute of Materials, Minerals and Mining
P Shead M A. Tuck
Organization:
The Institute of Materials, Minerals and Mining
Pages:
7
File Size:
915 KB
Publication Date:
Jan 7, 1997

Abstract

Both climate and methane control have been a prime concern in the development of the workings within the Deep Soft seam at Harworth Colliery. This paper describes the numerous methods employed over the past 15 years to effect control over these two major environmental pollutants at Harworth and describes a future method of working which will enable the output levels required to be achieved, whilst effecting the required level of both climatic and methane control. Firstly, the paper gives a broad historical overview of the steps taken since 1981, when production started in the Deep Soft seam at Harworth Colliery, to effect control over the main environmental pollutants in the seam. Secondly, the paper details the results of planning exercises undertaken to assess the various options with respect to panel layout, to achieve environmental control in future production districts. Finally, the recommended method of panel design to achieve the levels of production required is detailed.
Citation

APA: P Shead M A. Tuck  (1997)  Mine climate control, both present and future, for high production force in state temperature exceeding 40°C; a case study

MLA: P Shead M A. Tuck Mine climate control, both present and future, for high production force in state temperature exceeding 40°C; a case study. The Institute of Materials, Minerals and Mining, 1997.

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