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Nikita A. Tretyakov
Nikita A. Tretyakov
Postgraduate Student
Saint Petersburg Mining University
Postgraduate Student
Saint Petersburg Mining University
Saint Petersburg
Russia

Articles

Economic Geology
  • Date submitted
    2022-04-07
  • Date accepted
    2023-04-21
  • Online publication date
    2023-07-19
  • Date published
    2023-08-28

Development of a new assessment system for the applicability of digital projects in the oil and gas sector

Article preview

Digital transformation is one of the global trends that has covered most sectors of the economy and industry. For oil and gas companies, the introduction of digital technologies has become not just a trend, but one of the factors for ensuring competitiveness and maintaining a stable position in the market in a rapidly changing macro environment. At the same time, despite the positive effects achieved, digital transformation is a complex process from the point of view of implementation and is associated with high technological, financial, and economic risks. The work aims to develop and test a new system for evaluating the applicability of digital projects in the oil and gas sector. The research methodology includes the application of the Gartner curve, methods of expert assessments, and tools for assessing the economic efficiency of investment projects. The developed assessment system is based on a comprehensive accounting of four components: the level of digital maturity of the company; compliance of the implemented technology with the goals and objectives of the organization; the level of reliability of the implemented technology; the level of innovation of the implemented project. Particular attention is paid to the practical testing of the proposed methodology based on the evaluation of a digital project implemented by a Russian oil and gas company.

How to cite: Cherepovitsyn A.E., Tretyakov N.A. Development of a new assessment system for the applicability of digital projects in the oil and gas sector // Journal of Mining Institute. 2023. Vol. 262. p. 628-642. EDN QYBHMC