Electronic Accuracy Achieved with Non-Electric Initiation (7a8110cb-addf-409b-b1cc-4a8ccdd15ad7)

- Organization:
- International Society of Explosives Engineers
- Pages:
- 12
- File Size:
- 104 KB
- Publication Date:
- Jan 1, 2004
Abstract
This discussion will present a case study in developing solutions to a metropolitan quarry’s public relations, legal, environmental, and productivity problems. It details an extensive and detailed project to address the blasting practice in a medium sized quarry that is surrounded by residential and industrial zones. The principle work was done over a four-month duration during the normal production season. It included detailed drilling and blasting audits for baseline information. In addition, geologic characterization, seismic modeling, correction of deviations from best practices, and implementation and monitoring of precise electronic timing to provide dramatic solutions for the quarry. The quarry is in the near suburbs of a large metropolitan city. It is framed on two sides by residential municipalities and on two sides by industrial zones. At the start of the project, the quarry was in court as a result of the lawsuit by one of the neighboring towns that was suing to close the quarry. The lawsuit had progressed to the advanced stage where in the Judge had appointed an arbitrator to make the decision of continued operation. This arbitrator was to observe our progress and recommend to the Judge the disposition of the case.
Citation
APA:
(2004) Electronic Accuracy Achieved with Non-Electric Initiation (7a8110cb-addf-409b-b1cc-4a8ccdd15ad7)MLA: Electronic Accuracy Achieved with Non-Electric Initiation (7a8110cb-addf-409b-b1cc-4a8ccdd15ad7). International Society of Explosives Engineers, 2004.