Journals →  Eurasian Mining →  2021 →  #2 →  Back

ENVIRONMENTAL PROTECTION
ArticleName Monitoring deformation processes on ground surface and at construction facilities in the territory of oil fields
DOI 10.17580/em.2021.02.18
ArticleAuthor Nurpeisova M. B., Burkhanov В. Zh., Myngzhasarov B., Kulibaba S. B.
ArticleAuthorData

Satbayev University, Almaty, Kazakhstan:

Nurpeisova M. B., Professor, Doctor of Engineering Sciences, marzhan-nurpeissova@rambler.ru
Myngzhasarov B., PhD student


Zhangiz Khan University, Uralsk, Kazakhstan:

Burkhanov В. Zh., Candidate of Engineering Sciences, Associate Professor

 

Research Institute of Comprehensive Exploitation of Mineral Resources – IPKON, Russian Academy of Science, Moscow, Russia:
Kulibaba S. B., Professor, Doctor of Engineering Sciences

Abstract

The authors analyze deformation in the territory of oil production in the Caspian zone of the Republic of Kazakhstan. The deformation analysis includes integrated monitoring aimed at environmental protection and at safety of infrastructure, including construction of a search channel. The authors adhere to the integrated approach to the research, namely: generalization and analysis of the national and international experience of geodynamic studies; completion of repeated geodetic observation over deformation in the test areas using modern geodetic instrumentation; assessment of different influences on ground surface subsidence y means of theoretical calculation of reservoir roof subsidence; geodetic supervision of safe operation of such unique engineering structures as a sea channel. For efficient and safe recovery of oil, the natural and manmade impacts on development of deformation processes at reservoirs ae analyzed. This can enable control of such impacts on ground surface and engineering facilities. The prediction procedure is developed for ground surface subsidence by calculated values of reservoir roof subsidence using experimental data.

The study was supported by the Science Committee of the Ministry of Education and Science of the Republic of Kazakhstan, Grant No. АР08857097 Integrated Monitoring of Slow Deformation on Ground Surface in the Course of Large-Scale Mineral Mining in Kazakhstan.

keywords Hydrocarbon reservoirs, ground surface, roof subsidence, reservoir pressure, geodynamic testing ground, engineering structures, geodetic monitoring, GPS observations
References

1. Sidorov V. A. Forecast and control of geodynamic situation in the regions of the Caspian Sea in connection with the development of oil and gas potential. Moscow : Nauchny mir, 2006. 13 p.
2. Kashnikov Yu. A., Ashikhmin S. G. Rock mechanics in hydrocarbon production. Moscow : Nedra-Biznestsentr, 2008. 467 p.
3. Panzhin A. A. Observations results of deformations of rock masses using satellite geodesy methods. Intеrnational Conference Proceedings Geodynamics and Stress State of the Earth’s Interior. Novosibirsk : IGD SO RAN, 2003. pp. 36–38.
4. Proceedings of International Scientific Conference GEOSIBERIA. Geodesy, Geoinformatics, Cartography, Mine Surveying. Novosibirsk : SSGA, 2009, 2015–2018.
5. Zemtsova A., Omarov E. From geodesy and mapping to geospatial information. Proceedings of the International Workshop on Innovative Technologies of Efficient Geospatial Management of Earth Resources. Almaty : KazNTU, 2012. pp. 132–138.
6. Dagistanova K., Belanger D., Bateman P., Camerlo R., Fitzmorris R. et al. Integration of Dynamic Data into Characterization of the Tengiz Reservoir: Tengiz Slope. AAPG European Region Annual Conference, 17–19 October 2010, Kiev. 2011. 50399.
7. Henschel M. D., Shen L., Shipman T., Lehrbrass B., Aubé G. Monitoring of SAGD Operations With Satellite Based InSAR. SPE Heavy Oil Conference, Canada, Calgary, June 2014. SPE-170082-MS. DOI: 10.2118/170082-MS
8. Study of vertical movements of the earth’s surface under the influence of the Tengiz field (research work No. I-14-01.05). Research report. Almaty : KazNTU, 2006. 125 p.
9. Polygon for monitoring geodynamic processes during operation of the Karachiganok oil and gas condensate field (research work No. 3.507). Research report. Almaty : KazNTU, 2009. 120 p.
10. Research on capacity development for pollution prevention and control in the oil industry in the Caspian Sea and its coastal regions in the Republic of Kazakhstan (Japan International Cooperation Agency). Research report. Ministry of Environmental Protection of the Republic of Kazakhstan, 2007. 55 p.
11. Nurpeisova M. B., Rysbekov K. B., Zhardaev M. K. Innovative methods of conducting complex monitoring at geodynamic test polygons. Almaty : KazNITU, 2015. 265 p.
12. Conducting geodynamic monitoring of natural and manmade processes at the hydrocarbon field. Research report. Almaty : KazNTU, 2017. 200 p.
13. Plischke B. Finite element analysis of compaction and subsidence–Experience gained from several chalk fields. Eurock’2000. Balkema, Rotterdam. 2000. pp. 795–801.
14. Kulibaba S., Esina E. A new approach to the problem of protection of undermined objects on the earth’s surface. 3rd International Innovative Mining Symposium. 2018. Vol. 41. DOI: 10.1051/e3sconf/20184101043
15. Grasso J. R, Volunt P., Fourmaitrauh D. Scaling of Seismic Response to Hydrocarbon Production: A Toll to Estimate Both Seismic Hazard and Reservoir Behavior Over Time. Eurock 1994: Conf, Delft. 2004.
16. Conducting geodynamic monitoring at the Karakuduk field. Report. Atyrau, 2010. 34 p.
17. Kashnikov Yu. A., Ashikhmin S. G., Bukin V. G., Shadrin D. M., Shustov D. V. Instrumental observations of displacement of the earth’s surface in the oil fields of the Verkhnekamsk region. Neftepromyslovoe delo. 2010. No. 7. pp. 50–54.
18. Avershin S. G. Displacement of rocks during underground mining. Moscow : Ugletekhizdat, 1994. 245 p.
19. Muller R. A. The influence of mine workings on the deformation of the earth’s surface. Leningrad : Ugletekhizdat, 1978. 150 p.
20. Nurpeisova M., Bekbassarov Z., Kenesbayeva A., Kartbayeva K. Complex evaluation of geodynamic safety in the development of hydrocarbon reserves deposit. News of the National Academy of Sciences of the Republic of Kazakhstan. Series of Geology and Technical Sciences. 2020. Vol. 1. pp. 90–98. DOI: 10.32014/2020.2518-170X.11
21. Route of goods transportation for objects of the northeastern part of the Caspian Sea. North Caspian Maritime Canal with mooring facilities. The project. RSE Gosexpertiza No. 01-0561/15.
22. Nurpeisova M., Myngzhassarov B., Shultz R. Geodetic construction support of the North Caspian Sea channel with berthing facilities. Mining Journal of Kazakhstan. 2020. No. 1. pp. 6–10.
23. Myngzhassarov B., Shultz R. Geodetic construction support of the sea channel. I International scientific and practical conference “Ways of science development in modern crisis conditions”. May 28-29, Kiev, 2020.

Full content Monitoring deformation processes on ground surface and at construction facilities in the territory of oil fields
Back