Nonelectric Explosives Detonation at the Henderson Mine (c8dd94fb-81e5-449f-a62e-7e531557f1fd)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
E. B. Jensen C. E. Doane J. F. Pirozzoli
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
4
File Size:
222 KB
Publication Date:
Jan 1, 1984

Abstract

Results of an extensive one-year test of a nonelectric explosives detonating system led to the mine-wide adoption of this system in early 1978. Since that time, further experience with nonelectric initiation has verified the earlier results, which include the following benefits: Electrical insensitivity Improved productivity Cost effectiveness High reliability While electric blasting caps still experience a limited we restricted to trunkline initiation, all heading rounds as well as the bell, undercut, boundary-cutoff, and raise blasting are detonated nonelectrically. The primary blasting agent used at the Henderson mine is AN/FO, and primers are typically one of the following products, depending on applications: PETN, semi-gelatin dynamite, or a nonnitroglycerin water-gel slurry
Citation

APA: E. B. Jensen C. E. Doane J. F. Pirozzoli  (1984)  Nonelectric Explosives Detonation at the Henderson Mine (c8dd94fb-81e5-449f-a62e-7e531557f1fd)

MLA: E. B. Jensen C. E. Doane J. F. Pirozzoli Nonelectric Explosives Detonation at the Henderson Mine (c8dd94fb-81e5-449f-a62e-7e531557f1fd). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1984.

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