Digital modernization of Russian oil and gas complex

Абукова, Л. А.; Dmitrievsky, A.N.; Eremin, N.A.

doi:10.24887/0028-2448-2017-10-54-58

Cited by 14 publications

(7 citation statements)

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“…A number of papers discuss particular prospects of Russia's energy sector digitalization, focusing on practical applications of digital technologies in almost all spheres. Thus, (Abukova et al, 2017b) argues that intellectual and digital technologies increase the accuracy of geological exploration and drilling of wells, significantly reduce the number of errors in equipment design and operation, warn of possible failures and accidents at industrial facilities, provide continuous monitoring and optimization of the entire production process from production to energy supply to the consumer.…”

Section: General Trends In Digitalization Of the Russian Fuel And Energy Complexmentioning

confidence: 99%

“…Several dozens of "smart" wells and fields are already functioning in the Russian oil and gas complex, digital twins are being introduced (Teksler, 2018). Sensors and portable devices are actively used in the coal industry (Abukova et al, 2017b). They allow to determine the level of gas pollution in mines, the state of technology and the location of workers.…”

Section: General Trends In Digitalization Of the Russian Fuel And Energy Complexmentioning

confidence: 99%

“…However, the process of digitalization of the economy and energy not only opens up fundamentally new opportunities for development but also brings new serious challenges and risks, a number of scholars argue (Fortov and Makarov, 2013;Abukova et al, 2017a;Filippov, 2018). For instance, the increasing complexity of the power systems themselves creates a problem of reliable control.…”

Section: General Trends In Digitalization Of the Russian Fuel And Energy Complexmentioning

confidence: 99%

“…Third, digitalization in the energy sector means the creation of new business models, services, and markets based on digital modeling and M2M interactions. Demand aggregators, virtual power plants, energy hedging, virtual distributed energy storage, etc are the business models that already exist in the world (Abukova, 2017a;2017b). Fourth, the cyber-physical nature is a characteristic feature of the digital economy and energy, which is due to the fact that smart machines (cyber-physical systems) are able to make operational decisions without participation of people.…”

Section: Concepts and Approachesmentioning

confidence: 99%

See 3 more Smart Citations

Digitalization of the Russian Energy Sector: State-of-the-Art and Potential for Future Research

Alekseev

Lobova

Bogoviz

et al. 2019

IJEEP

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In this paper, we review forty seven best papers on digitalization of the Russian fuel and energy complex. All the papers are written in Russian and published in a number of Russian academic journals that are mostly distributed via closed national library systems and, consequently, are not available for foreign scholars interested in studying Russia's energy policies. Our review identifies a total of five research directions in the Russian scholarship:(1) General trends in digitalization of the Russian fuel and energy complex; (2) concepts and approaches used by the Russian scholars; (3) government policies; (4) digital technologies; and (5) security concerns. Each research direction is carefully covered and analyzed. Then, we identify gaps in the Russian scholarship and propose three potential research areas.

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Section: General Trends In Digitalization Of the Russian Fuel And Energy Complexmentioning

confidence: 99%

Section: General Trends In Digitalization Of the Russian Fuel And Energy Complexmentioning

confidence: 99%

Section: General Trends In Digitalization Of the Russian Fuel And Energy Complexmentioning

confidence: 99%

Section: Concepts and Approachesmentioning

confidence: 99%

See 2 more Smart Citations

Digitalization of the Russian Energy Sector: State-of-the-Art and Potential for Future Research

Alekseev

Lobova

Bogoviz

et al. 2019

IJEEP

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“…Цифровые двойники» технологических и бизнес-процессов, происходящих при нефтегазодобыче, также требуют обработки огромных массивов данных. При работе с ними сложно рассчитывать на серьезное снижение издержек производства[31][32][33], поскольку применение технологий Big Data является достаточно затратным. В то же время, в соответствии с выводами компании Gartner Planning Strategic Assumption, каналы связи АСУ ТП могут быть заполнены данными, непосредственно не связанными с обеспечением производственных процессов, обработка и хранение которых требует значительных затрат, что приводит к росту бюджета[34].Облачные технологии (Cloud Storage).…”

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Directions for Improving Apcs in the Oil and Gas Production Industry

Mukhametdinova

Коршунов

Vakhrusheva³

2021

Intellekt. Sist. Proizv.

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The paper discusses automated control systems for technological processes (APCS) of oil and gas producing enterprises of the Russian Federation. The history of the development of automated process control systems in oil and gas production is described. At the moment, the efficient operation of technological facilities is not possible without the use of automated control systems. Special attention should be paid to the fact that almost all oil production facilities are currently characterized by a high level of depletion and are mainly at the late (third or fourth) stages of operation. Under these conditions, the average production rate falls, the costs of technological procedures for oil and gas production increase significantly. In this regard, in the current conditions, the effective development of process control systems for oil and gas enterprises is an extremely urgent task. The paper provides a typical block diagram and classification of automated systems that provide control of technological processes in oil and gas production. The necessity of using an automated dispatch control system (ADCS) is substantiated and its main tasks are considered. The need for an automated process control system in oil and gas production to reach the next level of functional development, which can be provided by modern automation and communication means, is clearly demonstrated, thereby giving a new impetus to the digital transformation process. The concept of "smart" well is considered, comparative characteristics of different levels of oil fields are presented: standard, digital and intelligent. The concepts of big data (Big Data), cloud technologies (Cloud Storage), augmented reality are considered in relation to the specifics of the industry. A qualitative assessment of the readiness and development prospects of the APCS in the context of the transition to digital technologies in oil and gas production is carried out. The digital transformation of the industry must be economically substantiated and justified.

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