Scholarly record
THE VENTILATION PROBLEMS AT THE DEEP HORIZONS OF THE TREPCA MINE IN STANTERG
Abstract
Providing of the healthy environment at the mining activity spaces of each horizon or working fronts, is issues that is discussed and is imposed at all decision making levels and afterwards implementation of the exploitation activity of a source. It starts from the preparation of the visibility study and after in compilation of detailed projects, of exploitation flow and finally implementation of control. The ventilation problem is very important because it can cause danger and accidents, professional diseases, poison gas and dust danger, and on the other hand, it is linked to the climate conditions, that are dependant to worker’s ability in mine, as well as right technical choices, that is crucial for the economical, rational and safety at work success. The problems of ventilation at the deep horizons and working fronts, is a complex of tasks in Trepca mine in Stanterg. In theory, the ventilation rationalisation of the horizons and working fronts is realized in different ways, while in practice, those that are applicable should be considered. Based on this, implementation of the verified technical methods and daily practice of the engineers should achieve the goals. The ventilation rationalisation means the best rational spread of the air at the horizons and working fronts, meaning technical measures implementation for the air that goes to the complicated spreading systems, lower air loss, lower energy and other equipment needed for the ventilation, in order to improve better climate conditions and safety at work.
Publication details
References26
H.W. Bentley, F.M. Phillips, S.N. Davis
Geochemistry, Volume 2, The Terrestrial En Fontes J.Ch. eds., (Elsevier, Amsterdam,
J.L. Michelot, W. Balderer, D. Elmore, Teneurs en chlore-36 et problèmes de circulati septentrionale. International Symposium on t Resources Development, IAEA-SM-299/738, (
Y. Feige, B.G. Oltman and Kastner, J., J. G
H.W. Bentley, Some comments on the groundwaters, in: Davis S.N., ed., Proceed
Groundwater, Tucson, Arizona, 16-18 March 1
J.N Andrews., J.Ch. Fontes, J.L. Michelot production and groundwater evolution in crysta Planetary Science Letters vol. 77 (1986)
J.N. Andrews, S.N. Davis, J. Fabryika-M
Loosli, J.L. Michelot, H. Moser, B. Smith and
B.E. Lehmann, H.H. Loosli, W. Balderer, in: F.J. Pearson, W. Balderer, H.H. Loosli, B
Schmassmann, A.. Gautschi, Applied Isoto Northern Switzerland, (ELSEVIER, Amsterdam
W. Balderer and H.A. Synal, (2004): T environments by 36Cl: Possibilities for natura and Methods in Physics B (NIMB) 223-224 (20
A. Studer, (2008): Trace Elements in Mioc Molasse Basin with Special Attention to U Master’s Thesis, Department of Earth Science (ETH),
Zurich, August
Bergwerkverein Käpfnach (2008): Besu Zahlen und Fakten zum Bergwerk. Druckerei S
J. Songsheng, J.Shan, G. Hong, D. Shu (1994): Determination of 36Cl in the groundw
NIMB, Nuclear Instruments and methods in Ph Exploration and Mining Davis in: Handbook of Environmental Isotope al Environment, B, eds. P. Fritz and J. Ch.
1986) 427-480. more, J.Ch. Fontes, P.W. Kubik, S. Soreau, culation des eaux profondes du socle de Suisse on the use of Isotope Techniques in Water
738, (1987) Vienna, Austria. , J. Geophys. Res. 73 (1968), 3235-3142. the use of Chlorine-36 for dating very old oceedings of a Workshop on Dating Old arch 1978: U.S. Department of Energy, (1978), helot and D. Elmore “In situ neutron flux, 36Cl crystalline rocks at Stripa, Sweden”, Earth and
49. ka-Martin, J.Ch. Fontes, B.E. Lehmann, H.H. th and M. Wolf, Geochim. Cosmochim. Acta, erer, J.Ch. Fontes, J.L. Michelot, Chlorine-36, sli, B.E. Lehmann, A.. Matter, Tj. Peters, H. Isotope Hydrogeology
- A Case Study in terdam,
1991), 460pp.
4): Tracing groundwater from uranium rich natural analogue studies, Nuclear Instruments
24 (2004), 471-478 Miocene Subbituminous Coals from the Swiss to Uranium, and its Mode of Occurrence. iences, Swiss Federal Institute of Technology Besucherbergwerk / Berbaumuseum Horgen, erei Studer
AG, 8810 Horgen,
2004. . Shubin, C. Zhanru, G. Qifeng, Z. Yunlong undwaters and ores around a uranium deposit, in Physics Research B 92 (1994), 385-388. International Multidisciplinary Scientific GeoConfe
View or Download full articleAccess options
SWS access login
Login as SWS Scientific CommitteeLogin as SWS Scientific PartnerLogin as SWS AuthorAuthors and approved SWS contributors will read and export their own linked papers after identity matching by SWS profile, email and SGEM GlobalID.
For librarian assistance: [email protected]
Purchase Instant Access
- Article can be downloaded after successful payment.
- Article may be used according to SWS library access terms.
- Article cannot be redistributed.