THE VELENJE COAL MINE’S SPATIAL MONITORING OF SURFACE AND STRUCTURE MOVEMENTS

  • Drago Potočnik Univerza v Ljubljani, Naravoslovnotehniška fakulteta
  • Janez Rošer
  • Milivoj Vulić Univerza v Beogradu, Fakulteta za arhitekturo
Keywords: geodetic monitoring, observation networks, surface movements, Velenje Coal Mine

Abstract

The Velenje Coal Mine’s (VCM) system of surface observation is complex and can be classified as an extended geodetic monitoring system. In addition to the standard geodetic techniques (triangulation, trilateration, levelling, GNSS), it also includes more modern methods such as aerophotogrammetry, terrestrial laser scanning and an automatic Real-Time GNSS Deformation Monitoring System. By using the Real-Time GNSS Deformation Monitoring System, we are able to monitor not only the potential impact of mining on the power plant facilities but also the impact of the newly constructed power generating facility, Unit 6, and the combined effects on existing facilities. With an extended geodetic monitoring system, the surface movements and deformations on over 300 measurement points in the Šalek Valley are observed. Furthermore,
with sonar measurements, we are determining the Šalek lakes’ bottom surface and performing observations of structure movements and deformations. The extended VCM geodetic monitoring system is constantly being expanded and upgraded with new measurements and the latest equipment.

Downloads

Download data is not yet available.

References

M. Medved, L. Golob.: Sustainable development of Velenje Mining Method and its global use, 4th Balkanmine Congress, Slovenia, Ljubljana, 2011.

K. Kraus: Photogrammetry – Geometry from Images and Laser Scans, 2nd Edition, Walter de Gruyter, Berlin, 2007.

Rudarski projekt - PID, Priprava in odkopavanje odkopne plošče G2/C, Premogovnik Velenje, Velenje, 2010.

D. Potočnik: Raziskave, modifikacije in vpeljevanje nove metodologije jamomerskih dejavnosti pri izgradnji vertikalnih jaškov (v rokopisu), 2013.

G. Novaković: Primerjava terminskih izmer s 3D laserskim skenerjem na objektu Klasirnica Velenje – diplomsko delo, 2009.

D. Potočnik, J. Rošer, A. Lamot, M. Vulić: Real-Time Deformation and Movement monitoring using GNSS in the Šoštanj Thermal Power Plant, Balkanmine 2011, 543–550 Ljubljana.

A. Bilc, J. Rošer: Tehnologija izvedbe aerosnemanja vplivnega območja odkopa G2C – Gaberke od letenja, zajemanja in obdelave podatkov, do rezultatov. Zbornik posvetovanja Društva tehničnih vodij površinskega odkopavanja, 2011.

J. Rošer, D. Potočnik: Aktivnosti pri spremljanju stanja šaleških jezer in deponije premoga, Rudar – razvojni dosežki Skupine Premogovnik Velenje, 2011.

Leica Geosystems, 2008. Help Manual GeoMoS, version 4.0.

F.N. Fritsch, R.E. Carlson: Monotone Piecewise Cubic Interpolation, SIAM J. Numer. Anal. Vol 17, No. 2, April 1980.

J. Rošer, I. Ristović, M. Vulić: Applicability of Continuous Real-Time Monitoring Systems in Safety Assurance of Significant Structures, Strojarstvo 52 (4) 449–458 (2010).

Published
2024-04-24
How to Cite
Potočnik D., Rošer J., & Vulić M. (2024). THE VELENJE COAL MINE’S SPATIAL MONITORING OF SURFACE AND STRUCTURE MOVEMENTS. Journal of Energy Technology, 6(4), 59-74. https://doi.org/10.18690/jet.6.4.59-74.2013
Section
Articles