EU Type Certification of Non-Standard Electronic Initiations Systems used in Blasting at Mines and Quarries

International Society of Explosives Engineers
Colin Chambers Susan Hookham Matthew Clay
Organization:
International Society of Explosives Engineers
Pages:
10
File Size:
715 KB
Publication Date:
Jan 1, 2017

Abstract

Opencast (quarries) and underground mines around the world use blasting methods to mine valuable ore. Traditional blasting systems use technologies such as electric delay detonator systems (developed in the 1950s) and non-electric detonator systems (developed in the 1970s) to initiate a detonation train to blast rock more effectively, and so retrieve valuable product more efficiently. However, the lack of precise control over blast timings with these approaches can result in undesirable outcomes such as significant flyrock, excessive ground vibration, uneven grade of rock and misfires (in which sections of the blast can remain unfired). The development of Electronic Initiation Systems (EIS), first used in the 1990s, introduced a higher level of control over the blast. These systems greatly reduce the negative issues associated with blasting. However, this precision introduces complexity, and with this complexity comes difficulty in demonstrating the predictability, safety and reliability of such systems.
Citation

APA: Colin Chambers Susan Hookham Matthew Clay  (2017)  EU Type Certification of Non-Standard Electronic Initiations Systems used in Blasting at Mines and Quarries

MLA: Colin Chambers Susan Hookham Matthew Clay EU Type Certification of Non-Standard Electronic Initiations Systems used in Blasting at Mines and Quarries. International Society of Explosives Engineers, 2017.

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