Application of Mass Blast Principle for Stope Blasting in Deep Mines

Canadian Institute of Mining, Metallurgy and Petroleum
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
47
File Size:
3082 KB
Publication Date:
Feb 1, 2008

Abstract

?? Intro ?? Mass blast principle ?? LaRonde evolution toward mass blast ?? Overview ?? Mining method ?? Longitudinal ?? LaRonde evolution (2002 to today) ?? Drill and blast design ?? Consumptions and statistics ?? Mucking strategies ?? Case study ?? Examples ?? Conclusion ?? As underground mines extends to greater depths, few questions must be asked: ?? How to: keep operations safe eep operation effective reduce the cost maintain and control the dilution ?? Geomechanic method and practices; significant advances have been observed in the field of: ?? ground support ?? mining sequencing ?? Drilling and blasting; research and development has been less extensive, probably due to the following characteristics: ?? Drill and blast are mainly production-oriented ?? Drilling and blasting are more oriented toward productivity ?? Technology relies heavily on suppliers ?? Highly stressed ground conditions ?? generally help the explosives to break the rock for fragmentation ?? intensify over-breaks or blast-induced
Citation

APA:  (2008)  Application of Mass Blast Principle for Stope Blasting in Deep Mines

MLA: Application of Mass Blast Principle for Stope Blasting in Deep Mines. Canadian Institute of Mining, Metallurgy and Petroleum, 2008.

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