Scaling of the infrastructure of service organizations of geophysical services


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Authors

DOI:

https://doi.org/10.31039/plic.2024.11.246

Keywords:

Scaling, infrastructure, risks, service organisations, geophysical services

Abstract

The purpose of the study is to analyse the features and scalability of the infrastructure of geophysical service organisations. The implementation of optimal strategic management through a model for any large petroleum geophysics enterprise aimed at economic growth and national interests is proposed. An approach to semantic coordination and modernisation of geographic services is proposed, where service providers share explicit knowledge of the interactions in which their services participate, and these interaction patterns are used operationally to discover and integrate geoweb services. During the research, cluster analysis was used to conduct a comparative analysis of the selected companies, the quality of possible methods of distribution of the selected population and using criteria. The volume of service geophysical services depends on the rate of increase in hydrocarbon production, which is directly related to the state’s strategy. Analysis of the competitive environment for the State-owned Enterprise Ukrgaspromgeofizika requires an assessment of the factors affecting the organisation's activities in the field of geophysical services for the gas industry. The volume of service geophysical services depends on the rate of increase in hydrocarbon production, which is directly related to the strategy of the state.

References

Kalashnyk, G. A., Kalashnyk-Rybalko, M. A. (2018) Basic measures to ensure the effective functioning of control, communication and navigation systems under the influence of destructive heliogeophysical disturbances. Science and technology of the Air Force of the Armed Forces of Ukraine, 1, 92 – 98.

Agazade, T., Tyutyunyk, V., Chornohor, L., Tyutyunyk, O. (2022) Peculiarities of supporting anti-crisis decision-making in the conditions of geophysical emergencies. Scientific Bulletin: Civil Defense and Fire Safety ,2(14), 65 – 79. https://doi.org/10.33269/nvcz.2022.2(14).65-79

Stepanov O. P. (2015) Conjuncture, infrastructure and geofinance of the global fuel, energy and petrochemical complexes Strategy of socio-economic development of Ukraine. Collection of scientific works. K.: KNUKiM, 90 – 102

Trotsenko, A. A., Belevsky, T. V., Kyivska, O. G., Aleksandrova, E. Yu., Gurevska, L. A. (2018) Defining an effective strategic model of enterprise management in the context of economic security. Revista Espacios 39 (36) 18. http://w.revistaespacios.com/a18v39n36/a18v39n36p18.pdf

Lorenzino Vaccari, Pavel Shvaiko, Maurizio Marchese (2009) A geo-service semantic integration in spatial data infrastructures. International Journal of Spatial Data Infrastructures Research, 4.4, 24 – 51.

Yu.M. Zavorotko (2010) Physical foundations of geophysical methods of well research. UrkDGRI, Kyiv 339

Andrey Starostin (2024) Change in view of geophysical studies in wells. Newfolk Oil and Gas Consulting Center. Available from: https://oil-gas.com.ua/statti/

Despite the war, Naftogaz increased the number of geophysical well surveys 2 times (2024) [Internet]. Available from:https://eb.com.ua/nezvazayuci-na-viinu-naftogaz-u-2-razi-zbilsiv-kilkist-geofizicnix-doslidzen-sverdlovin-5798

Preparing for winter: the deepest well in the history of Naftogaz was drilled in Ukraine (2024) [Internet]. Available from: https://www.unian.ua/economics/energetics/vidobutok-gazu-pid-chas-viyni-naftogaz-proburiv-nayglibshu-u-svojiy-istoriji-sverdlovinu-12328383.html

Timoshenkov, I., V. Babenko, O. Nashchekina, O. Makovoz (2020) Institutional foundations of Ukraine's transition to the green economy. Research in World Economy, Vol 11 4 16 – 22.

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Published

2024-09-03

How to Cite

Vnukova Nataliya, Makovoz, O., & Roman Shevchenko. (2024). Scaling of the infrastructure of service organizations of geophysical services. Proceedings of London International Conferences, (11), 9–15. https://doi.org/10.31039/plic.2024.11.246