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CASE STUDY: REDUCING FLYROCK BY IMPROVING ENERGY RETENTION
The purpose of the Varistem® stemming plug trial conducted at Coal Mine X was to reduce flyrock, noise, and airblast by retaining blast energy. The
The purpose of the Varistem® stemming plug trial conducted at Coal Mine X was to reduce flyrock, noise, and airblast by retaining blast energy. The
This article delves into the causes, effects, and mitigation measures related to flyrock incidents. It emphasises the importance of understanding mechanisms like face bursting, cratering,
This article delves into the concept of explosives sensitivity, also known as initiation sensitivity, which is a fundamental property of explosive materials used in the
Designing a blast involves the consideration of multiple parameters, and achieving the desired blasting outcome necessitates a thorough understanding of the interplay and interdependence of
In our business, we are in a unique position where we get to spend time at countless sites, working with drillers and blasters during the planning,
This article delves into the fundamental concept of Velocity of Detonation (VoD) and its profound significance in blasting activities within the mining and quarrying sector.
The article explores the concept of scaled depth of burial (SD) and its significance in mitigating environmental impacts associated with blasting activities in mining and
Managing Director
Eugene Preis | eugene@ergindustrial.com
Operations Director
Reinhardt Steyn | reinhardt@ergindustrial.com
Administrative
Annette Schreiber |annette@ergindustrial.com
+27 60 805 6550
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