Integrating a Drill Rig into the Digital Mine 4.0 Ecosystem - SME Annual Meeting 2025

Society for Mining, Metallurgy & Exploration
Max Friedemann Anna Gustafson Håkan Schunnesson Alexandros Bousdekis Helmut Mischo
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
2271 KB
Publication Date:
Feb 1, 2025

Abstract

Many devices used in mining are not monitored by sensors or do not have their own intelligence. By retrofitting sensors and real-time data processing, machines can be integrated into an existing digital infrastructure. Within the project Mine.io funded by the European Union a Sandvik DE110 exploration drill rig is being digitized using various AI algorithms at research and education Mine “Forschungs- und Lehrbergwerk Reiche Zeche (FLB)” of TU Freiberg. The aim is to increase the productivity of drilling with real-time evaluation of the current rock to be drilled and the current maintenance status of the drill rig. The drill rig is equipped with a speed sensor, pressure sensors in the hydraulics, 3-axis vibration sensor, borehole length measurement and temperature sensor. The sensors are additionally attached to the drilling rig and no structural changes on the drill rig are necessary. All data are processed real-time at a server structure outside of the mine using AI algorithms to analyze which rock (ore or host rock) is being drilled and to perform predictive maintenance. Processed Data are visualized for the operator to optimize the workflow and the productivity.
Citation

APA: Max Friedemann Anna Gustafson Håkan Schunnesson Alexandros Bousdekis Helmut Mischo  (2025)  Integrating a Drill Rig into the Digital Mine 4.0 Ecosystem - SME Annual Meeting 2025

MLA: Max Friedemann Anna Gustafson Håkan Schunnesson Alexandros Bousdekis Helmut Mischo Integrating a Drill Rig into the Digital Mine 4.0 Ecosystem - SME Annual Meeting 2025. Society for Mining, Metallurgy & Exploration, 2025.

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