Massive Blasting in Chuquicamata Mine

International Society of Explosives Engineers
Victor Hernan Sheen Uriol Sergio Segovia Parra
Organization:
International Society of Explosives Engineers
Pages:
8
File Size:
393 KB
Publication Date:
Jan 1, 2015

Abstract

This contribution of the concept of mass blasting both closing and production allows breaking paradigms, to limit the number of tons to thunder. The areas of geotechnical different mining large mining companies worldwide and especially from the National Copper Corporation (CODELCO, Chile) has been declining volumes closing blasting and production, with the misconception to protect the end walls of the pit, before any geotechnical risks caused by various types of faults; especially the circular faults. A blasting of small tonnage can do more damage to a wall when it is not properly sequenced, leading to the coupling of the wave train and therefore the exponential damage in/s (peak particle velocity, PPV) on the wall of the Tagus. Blasting closing mass production and contribute technically and operationally in the dynamics of the following operations: loading, hauling, crushing, processing and preparation of the final product; eliminating delays to return to thunder small volumes where one must stop all mine equipment, incurring high costs and especially losing valuable time in the continuity of the following unit activities.
Citation

APA: Victor Hernan Sheen Uriol Sergio Segovia Parra  (2015)  Massive Blasting in Chuquicamata Mine

MLA: Victor Hernan Sheen Uriol Sergio Segovia Parra Massive Blasting in Chuquicamata Mine. International Society of Explosives Engineers, 2015.

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