Title :
The Application of Vortex Tube in Deep Mine Cooling
Author :
Jinggang, Wang ; Xiaoxia, Gao ; Shanlin, Jiao
Author_Institution :
Coll. of Urban Constr., Hebei Univ. of Eng., Handan, China
Abstract :
With the development of mining economy and the exploitation of mining technology, deep well mining has become a trend. The technical requirements of mine thermal environment are getting higher and higher. It can not effectively solve the problem of mining high-temperature by using the general cooling ways. With general ways, the system needs to consume a large amount of energy. At the same time by using of freon refrigerant, it will emit a lot of greenhouse gases. All of these are not in conformity with the relationship between the requirements of sustainable development and the vital interests of human development. In this paper, the program of vortex tube cooling in deep well has been advanced. Vortex tube has advantages of simple structure, no moving parts, working stability and has a wide-range working scope. It has been applied in some respects. It has a large cooling speed and does not use the freon refrigerant. This paper conducted a feasibility analysis of vortex tube cooling, proved that vortex tube cooling in deep well meet the cooling needs, has a better economic efficiency at the same time has highly energy and environmental benefits. Vortex tube cooling in deep well realizes the energy-saving and emission reduction in the true sense.
Keywords :
cooling; emission; energy conservation; energy consumption; mining industry; pipes; sustainable development; thermal analysis; vortices; deep mine cooling; deep well mining; economic efficiency; emission reduction; energy benefit; energy consumption; energy saving; environmental benefit; mine thermal environment; mining economy; mining technology; sustainable development; vortex tube cooling; Educational institutions; Electron tubes; Electronics cooling; Global warming; Heating; Land surface temperature; Power engineering and energy; Refrigerants; Refrigeration; Temperature distribution; deep mine cooling; energy conservation; vortex tube;
Conference_Titel :
Energy and Environment Technology, 2009. ICEET '09. International Conference on
Conference_Location :
Guilin, Guangxi
Print_ISBN :
978-0-7695-3819-8
DOI :
10.1109/ICEET.2009.102