Review of Air Cooling System at Deep Longwall Project of an Indian Coal Mine

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Authors

  • Dy. Manager, Adriyala Longwall Project, SCCL ,IN
  • Colliery Manager, Adriyala Longwall Project, SCCL ,IN
  • Project Officer, Adriyala Longwall Project, SCCL ,IN

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Abstract

Longer panels and hot surface climates have combined with the traditional sources of mine heat to produce uncomfortable working environments on high production longwall faces. The heat load generated by increasing mining depths and mechanization in UG mines is becoming progressively more and more of a problem. Below a critical depth, which is a function of geothermal gradient, the rock thermal properties and level of mechanization, ventilation will continue to have a diminishing efficiency when combating this heat load. In such a case the solution is to invest in an artificial cooling system. This paper gives insight of the details of the project, heat generating sources, different air cooling systems, psychrometric studies and air cooling arrangement made in Adriyala longwall project, Singareni Collieries Company Limited.

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Published

2022-10-24

How to Cite

Siva Sankar, U., Abdul Khadir, M., & Nageswara Rao, K. (2022). Review of Air Cooling System at Deep Longwall Project of an Indian Coal Mine. Journal of Mines, Metals and Fuels, 66(11), 818–822. Retrieved from https://informaticsjournals.com/index.php/jmmf/article/view/31804

 

References

L Van den Berg, M Olsen (2017): “Heat load assessment and mine cooling strategies for a longwall coal mine”, The Australian mine ventilation conference/Brisbane, QLD 28-30 Aug., pp 231-236.

B. Belle, D. Brouwer, P.Wild (2017): “The use of mid panel ventilation shafts to improve positional cooling efficiency in a basin Longwall mine”, The Australian mine ventilation conference/Brisbane, QLD, 28-30-Aug., pp 217-224.

August Greth, Pedram Roghanchi, Karoly (Charles), Kocsis (2017): University of Neveda, Reno, USA “A review of cooling system practices and their applicability to deep and hot Underground US mines”. The Australian mine ventilation conference/Brisbane, QLD, 8,30-Aug., pp 11-1 to 11-8

B. Belle, M. Biffi (2017): “Cooling pathways for deep Australian Longwall coal mines of the future”, Mine ventilation conference/Adelaide, SA, pp 91-104.

Philip Mitchell Minarco Pty. Ltd, Sydney, (2003): “Controlling and reducing heat on Longwall faces”, 12-14 Feb., Coal operators Conference, the AusIMM Illawarra Branch, pp 234-245.

Panigrahi D.C., Reddy C.V., Venkateswarlu Goli (2003): “Planning and designing of ventilation system for ALP”. Workshop on Successful introduction of high capacity longwall at Adriyala. 12,14-Feb., pp 65 to 78.

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