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Seam to Stone for Aggregates and Mining Today
When fragmentation is improved during the drilling and blasting processes, the value extends beyond the bench. Loading and hauling become more efficient, allowing for more tons moved per shift. At the crusher, throughput increases, power costs are reduced, and the lifespan of crusher wear items is extended. Screening efficiency also improves as a greater percentage of material passes through each deck. The result is a more streamlined operation, reduced unit costs, and increased productivity. Visit dynonobel.com to learn how Seam to Stone can help your operation create unmatched value through every step of the quarrying and processing circuit.
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Dyno Nobel is a global leader in the commercial explosives industry with over 3,770 employees, including some of the most highly trained blasters and technical experts in the industry. They manufacture over 54 million pounds of packaged explosives and over 1.2 million tons of ammonium nitrate with 32 manufacturing facilities on three continents (including state-of-the-art initiation systems facilities in the United States, Australia and Mexico). Their Engineering and Technology team support domestic and export product sales as well as the use of their cutting-edge technologies around the world.
Dyno Nobel has customers in the mining, quarry, construction, pipeline and geophysical exploration industries. The company operates in Australia, Canada, the United States, Africa, Indonesia, Mexico, South America, Papua New Guinea and Turkey. Dyno Nobel manufactures a full line of commercial explosives, including ammonium nitrate, bulk explosives, packaged emulsions, dynamite, detonators (electric, nonelectric and electronic), cast boosters, and detonating cord, as well as surface and underground loading systems and Portable Modular Emulsion Plants. They also offer services, including blast design, shot loading, shot service, vibration control, airblast, flyrock and NOx reduction, through DynoConsult, a specialist consulting division of Dyno Nobel.

Seam to Stone projects focus on optimizing drilling and blasting activities and measuring the impact of those changes as the blasted material moves downstream. This approach helps identify opportunities to improve performance across the entire value chain rather than within a single process.