Impact of fine Aluminum on ANFO Explosives

International Society of Explosives Engineers
P. Katsabanis O. Rielo
Organization:
International Society of Explosives Engineers
Pages:
10
File Size:
614 KB
Publication Date:
Jan 1, 2009

Abstract

Traditionally fine aluminum is not used in dry commercial explosives due to the hazard associated with aluminum dust explosions during mixing. An industrial process has been developed which enables the safe use of paint grade Aluminum with ANFO. The addition of fine aluminum particles resulted in increased velocity of detonation of ANFO compositions. Velocities of detonation, in 52mm (2 1/16 in.) diameter confined charges were 20% higher than velocities of detonation of straight ANFO. The detonation performance of fine grained ANFO was not benefited by Al at the diameter tested. Furthermore use of larger Al flakes resulted in decreased velocities of detonation. The results are compatible with the experience of Al addition to high explosives. Tests were also conducted using bio-diesel, finding no substantial difference in the performance of AN fuel explosive compositions which used bio-diesel.
Citation

APA: P. Katsabanis O. Rielo  (2009)  Impact of fine Aluminum on ANFO Explosives

MLA: P. Katsabanis O. Rielo Impact of fine Aluminum on ANFO Explosives. International Society of Explosives Engineers, 2009.

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