Missouri S&T Experimental Mine Expansion and Associated Risk Safety Analysis

International Society of Explosives Engineers
Nolan Mundwiller Patrick Cahill Jacob Miller Catherine Johnson
Organization:
International Society of Explosives Engineers
Pages:
9
File Size:
1368 KB
Publication Date:
Jan 1, 2017

Abstract

"The Experimental Mine at the Missouri University of Science and Technology is undergoing major developments. The underground workings are being expanded to include a ramp down to a second level which will comprise of larger opening and room sizes to better simulate modern mine layouts. Thisexpansion will enable the Experimental Mine to be utilized for many more generations. In addition, the new 15,000 sq. ft. Kennedy Mine Building is being constructed and will house the mine office,classrooms, and three laboratories to accommodate the mining and explosives engineering programs’ ever-increasing enrollment. With these new developments come an increasing need for safety and awareness in regards to explosives and blasting. This paper will utilize the Institute of ExplosivesMakers Safety Analysis of Risk (IMESAFR) software tool, to assess current magazine compliance withthe increased personnel limits and mine building location. Furthermore, this paper will assess theimplementation of a wireless blast warning system consisting of warning beacons and a centrally located siren which will be integrated with the construction of the Kennedy Mine Building. This warning system will provide the necessary precautions to safely conduct blasting-related experiential learningopportunities and research projects, and will enable facility staff to more efficiently oversee blastingoperations at the Experimental Mine. "
Citation

APA: Nolan Mundwiller Patrick Cahill Jacob Miller Catherine Johnson  (2017)  Missouri S&T Experimental Mine Expansion and Associated Risk Safety Analysis

MLA: Nolan Mundwiller Patrick Cahill Jacob Miller Catherine Johnson Missouri S&T Experimental Mine Expansion and Associated Risk Safety Analysis. International Society of Explosives Engineers, 2017.

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