Wipfrag and Wipjoint - To Measure, Record and Predict Blast Results

International Society of Explosives Engineers
Tom C. Palangio Norbert H. Maerz John A. Franklin
Organization:
International Society of Explosives Engineers
Pages:
23
File Size:
2655 KB
Publication Date:
Jan 1, 1997

Abstract

WipFrag systems I and II have become the world standard in photoanalysis systems to measure fragmentation. Mines, quarries and excavating contractors can now easily measure blast results and track the progress of optimization efforts. This technology was developed and evolved to allow automatic measurements of the size distribution of patiicles on moving conveyors, in truck boxes and on crusher feeds. Production machinery can now be controlled by photoanalysis results and multiple cameras allow various locations to be monitored by a single system. Blast designs can be monitored on a shot by shot basis. Changes in delay times, explosives, patterns and hole sizes can be quickly evaluated. Along with this measurement capability has come a heightened awareness of the importance of “optimum size” and uniformity of particles for lowest cost production and material handling efficiency. In the past, savings in the “drill / blast” cycle of the operation were sometimes overshadowed by downstream production costs related to fragmentation. Now total production costs can be compared with fragmentation sizes which will immediately show the trend towards optimum size for economical production. No cost reduction program can be complete without this critical information.
Citation

APA: Tom C. Palangio Norbert H. Maerz John A. Franklin  (1997)  Wipfrag and Wipjoint - To Measure, Record and Predict Blast Results

MLA: Tom C. Palangio Norbert H. Maerz John A. Franklin Wipfrag and Wipjoint - To Measure, Record and Predict Blast Results. International Society of Explosives Engineers, 1997.

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