Implemented Hazard Mitigation Strategy for DMLZ-DOZ Cave Interaction - RASIM2022

Society for Mining, Metallurgy & Exploration
Avesiena Primadiansyah Charles Leatemia Monang Napitupulu Arwin Edijanto John Kamarea Riza Hasan Hendri Silaen
Organization:
Society for Mining, Metallurgy & Exploration
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12
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2422 KB
Publication Date:
Apr 26, 2022

Abstract

The Deep Mill Level Zone (DMLZ) is the fourth panel cave mine in the East Ertsberg Skarn System, (EESS) which lies 500 m below the producing Deep Ore Zone (DOZ) mine and up to 1,700 m below the surface. The interaction between the DMLZ and DOZ is occurring as the DMLZ cave grows vertically toward the DOZ footprint. During this process, a rapid change in the global mine system stress is anticipated. This change is forecasted to drive substantial changes in the magnitude and direction of principal stresses in the DMLZ and DOZ mines at PT Freeport Indonesia. These changes will bring the mine system closer to the ultimate capacity of the excavations and can result in significant impacts to mine stability if not managed. Critical to this management, is understanding cave growth and locations, as well as how these changes will impact stress conditions.
Citation

APA: Avesiena Primadiansyah Charles Leatemia Monang Napitupulu Arwin Edijanto John Kamarea Riza Hasan Hendri Silaen  (2022)  Implemented Hazard Mitigation Strategy for DMLZ-DOZ Cave Interaction - RASIM2022

MLA: Avesiena Primadiansyah Charles Leatemia Monang Napitupulu Arwin Edijanto John Kamarea Riza Hasan Hendri Silaen Implemented Hazard Mitigation Strategy for DMLZ-DOZ Cave Interaction - RASIM2022. Society for Mining, Metallurgy & Exploration, 2022.

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