Karelsky Okatysh mine: Difference between revisions
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== Technologies == |
== Technologies == |
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The mine is using 3D mine planning software for quality and volumes control. Fully integrated with [[Fleet management|fleet management sytems]] for the dump truck flow optimisation. Drills fleet equiped by high precision system for navigation and data integrity for blast optimization. The high precision system on excavators are used for ore quality management from slaughtering to stockpiles. High precision dozer systems working to reduce costs in road construction and maintenance. |
The mine is using 3D [[Computer-aided design|CAD]] mine planning software for quality and volumes control. Fully integrated with [[Fleet management|fleet management sytems]] for the dump truck flow optimisation. Drills fleet equiped by high precision system for navigation and data integrity for blast optimization. The high precision system on excavators are used for ore quality management from slaughtering to stockpiles. High precision dozer systems working to reduce costs in road construction and maintenance. |
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== References == |
== References == |
Revision as of 15:16, 18 March 2016
Location | |
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Location | Republic of Karelia |
Republic of Karelia | |
Country | Russia |
Production | |
Products | Iron ore, pellets |
History | |
Opened | 1982 |
Owner | |
Company | Severstal |
Website | http://www.kostomuksha.ru/rus/index.phtml |
The Karelskiy Okatysh mine is a large iron mine located in the northwest of Russia in the Republic of Karelia. Karelskiy Okatysh represents one of the largest iron ore reserves in Russia and in the world having estimated reserves of 1.29 billion tonnes of ore grading 63.2% iron metal.[1]
Products
The mine produce about 10,6 milloines tonnes of high quality iron pellets annually.
Technologies
The mine is using 3D CAD mine planning software for quality and volumes control. Fully integrated with fleet management sytems for the dump truck flow optimisation. Drills fleet equiped by high precision system for navigation and data integrity for blast optimization. The high precision system on excavators are used for ore quality management from slaughtering to stockpiles. High precision dozer systems working to reduce costs in road construction and maintenance.
References
- ^ "Karelskiy Okatysh: production" (PDF). severstal.com. 2011. Retrieved 2013-06-17.