Transformation of oil and gas fields based on information technologies

Dmitrievskiy, A.; Safarova, E.; Stolyarov, V.; Eremin, N.

Авторы: Dmitrievskiy A., Safarova E., Stolyarov V., Eremin N.
Сборник: COTech & OGTech 2021
Серия: IOP Conference Series: Materials Science and Engineering
Том: 1201
Год издания: 2021
Место издания: IOP Publishing November 25– 26, 2021, University of Stavanger, Norway and Russian State Gubkin University of Oil and Gas, Russia
Первая страница: 012063
DOI: 10.1088/1757-899x/1201/1/012063
Аннотация: Dmitrievskiy A, Safarova E, Stolyarov V, Eremin N. Transformation of oil and gas fields based on information technologies. IOP Conference Series: Materials Science and Engineering [Internet]. IOP Publishing; 2021 Nov 1;1201(1):012063. Available from: http://dx.doi.org/10.1088/1757-899x/1201/1/012063Abstract. Currently, there is an opportunity to ensure digital transformation in the leading oiland gas companies in Russia. The main task of the transformation is to reduce capital and operating costs and increase production efficiency. The objects of transformation are processes,information, and people. Considering the existing technological and geological constraints forthe Arctic fields, it is advisable to ensure the initial implementation of the principles of a digital intelligent field when creating control systems for wells and control production complexes. An important component is the development of an effective decision support system as a tool forcalculating forecast tasks that provides strategic and tactical planning when modeling geologicaland technological processes online. The materials provide the structure of remote managementof geographically distributed facilities of PJSC Gazprom, as well as solutions already implemented and confirmed the effectiveness of management for the Bovanenkovo oil and gascondensate field located in the Arctic on the Yamal Peninsula.ConclusionThe successful implementation of intelligent technologies and artificial intelligence in the oil and gas industry provides additional volumes of oil and gas production through the implementation of a scalable instrumental basis, applied methodological foundations of model predictive control of digital production in real time, optimization of kinematics and dynamics of gas flows in an integrated digital system. Oil and gas production and ensuring the required product quality.The transition to a new economic structure is associated with significant transformations in otherareas: the development of a regulatory framework, improvement of technological processes, the use ofmodern diagnostic methods and materials, the creation of a system of continuous retraining of personnelin accordance with modern requirements. The creation of a digital oil and gas industry in Russia willallow solving not only the most important problems of the industry, but also creating a foundation forthe future effective development of applied industries and technologies in the Russian Federation.References[1] Dmitrievskii A N, Mastepanov A M and Bushuev V V 2014 Resource-innovative strategy of Russia's economic development, Herald of the Russian Academy of Sciences. Т. 84. № 5, 329-34.[2] Dmitrievsky A N, Eremin N A, Stolyarov V E and Safarova E A 2020 Digital wells and fields //Actual issues of Studies of Petroleum Reservoir Systems (SPRS-2020): collection of reports.- III Int Sci Pract Conf Actual Issues of Studies of Petroleum Reservoir Systems (SPRS-2020),September 23-24, 2020 - Gazprom VNIIGAZ Moscow, 2020. 26-38.[3] Dmitrievsky A N, Eremin N A and Stolyarov V E 2019 On the issue of digitalization of gasproduction, Izvestia of the Tula State University. Earth Sci, 2, 136-52.[4] Eremin N A, Korolev M A, Stepanyan A A and Stolyarov V E 2019 Features of digitaltransformation of assets in the implementation of investment oil and gas projects, GasIndustry, No. 4/783, 116–27.[5] Dmitrievsky A N, Eremin N A and Stolyarov V E 2020 The role of information in the use ofartificial intelligence technologies in the construction of wells for oil and gas fields, JRussian Gas Soc 3(26), 6–21.[6] Shabalin N A, Basnieva I K, Eremina I A, Zinatullina L I et al. 2020 About the draft strategy of digital modernization of the oil and gas complex of the Russian Federation,Oil.Gas.Innovations. No. 12, 76-80.[7] Dmitrievskiy A N, Eremin N A and Stolyarov V E 2019 Digital transformation of gas production,IOP Conf. Series: Mater Sci Eng 700 012052.[8] Dmitrievskiy A N, Eremin N A and Stolyarov V E 2021 Inivatov DP et al Risk analysis whenapplying artificial intelligence technologies in oil and gas producing industry, J Autom telemechan commun Oil Ind 7(576). 17-27.[9] Gallyamova E I 2016 Assessment of industrial risks as a method of safety management in the oiland gas industry, Network edition "Oil and Gas Business", No. 3, 293–306.
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