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экономические науки
Баурина Светлана Борисовна, Назарова Елена Владимировна ИННОВАЦИОННЫЙ ВЕКТОР ТЕХНОЛОГИЙ ...
УДК 330.341.1
DOI: 10.26140/anie-2020-0901-0013
ИННОВАЦИОННЫЙ ВЕКТОР ТЕХНОЛОГИЙ ГАЗОВОЙ ОТРАСЛИ
© 2020
Author ID: 748338
SPIN: 2977-4475
ORCID: 0000-0002-8502-6060
Баурина Светлана Борисовна, кандидат экономических наук, доцент кафедры экономики промышленности Российский экономический университет им. Г. В. Плеханова (117997, Россия, Москва, Стремянный пер. 36, e.mail: [email protected])
Author ID: 621413
SPIN: 8790-9221
ORCID: 0000-0002-9130-3538
Назарова Елена Владимировна, кандидат экономических наук,
доцент кафедры экономической теории и мировой экономики Московский финансово-промышленный университет «Синергия» (129090, Россия, Москва, Мещанская улица, 9/14, e. mail: [email protected]) Аннотация. Актуальность исследования: поступательное движение вперед газовой отрасли промышленности РФ во многом обеспечивается сегодня современными технологическими новшествами и инновациями. Технологическое развитие открывает доступ к освоению месторождений, меняет технологии поиска и добычи, при достаточно высоком уровне эффективности и безопасности реализации проектов. Технологические прорывы и инновации наглядно демонстрируют, как современные технологии меняют карту добычи, обеспечивая доступ к ресурсам на глубоководном шельфе и в арктических широтах. Представлена динамика капитальных вложений в мировую нефтегазовую отрасль. Определены технологические приоритеты инновационного развития газовой отрасли. Рассмотрены последние технологические инновации в секторе разведки и добычи газа. Представлены востребованные технологии и инновационные разработки российского газового комплекса по следующим направлениям: геология, поиск и разведка месторождений; разработка месторождений; транспорт и подземное хранение газа; переработка углеводородов; экология. Отмечена неактивность российской газовой отрасли в сфере инноваций. Научная новизна: выявлены основные направления НИОКР в разрезе технологических приоритетов газовой отрасли; обозначены целевые показатели их эффективности с конкретизацией периода появления эффекта. Практическая значимость: материалы статьи представляют практическую ценность для специалистов и руководителей предприятий газовой отрасли при разработке стратегий развития; экспертов аналитических групп при подготовке и информационно-аналитических исследований направлений развития отечественного рынка углеводородов; на курсах профессиональной переподготовки и повышения квалификации бухгалтеров и аналитиков нефтегазового комплекса.
Ключевые слова: технологические инновации, газовая отрасль, приоритет, добыча, инновационные разработки, показатель эффективности, разведка месторождений, хранение, углеводороды, экология
INNOVATIVE VECTOR OF GAS INDUSTRY TECHNOLOGIES
© 2020
Bаurina Svetlana Borisovna, candidate of economic sciences, associate Professor of the industrial Economics Department Plekhanov Russian economic University (117997, Russia, Moscow, Stremyanny lane 36, e.mail: [email protected]) Nazarova Elena Vladimirovna, candidate of economic sciences, associate Professor, Department of Economic Theory and World Economy Moscow University for Industry and Finance «Synergy» (129090, Russian, Federation, Moscow, Meschnskaya street, 9/14, mail: [email protected]) Abstract. The relevance of the study: the forward movement of the gas industry of the Russian Federation is largely provided today by modern technological innovations and innovations. Technological development opens access to field development, changes the technologies for prospecting and production, with a sufficiently high level of efficiency and safety of project implementation. Technological breakthroughs and innovations clearly demonstrate how modern technologies are changing the production map, providing access to resources on the deep sea shelf and in the Arctic latitudes. This article is devoted to modern technological priorities of the innovative development of the gas industry. It presents the pattern of capital investments in the global oil and gas industry. Technological priorities for the innovative development of the gas industry are identified. The latest technological innovations in the gas exploration and production sector are reviewed. High-demand technologies and innovative developments of the Russian gas complex are presented in the following areas: geology, prospecting and exploration, field production, transportation and underground gas storage; hydrocarbon processing, ecology. Inactivity of the Russian gas industry in the field of innovation is noted. Scientific novelty: basic trends in R&D are identified in the context of technological priorities of the gas industry. Target performance indicators and the period of effect are specified. Practical significance the materials of the article are of practical value for specialists and managers of gas industry enterprises when developing development strategies; experts of analytical groups in the preparation and information-analytical studies of the development directions of the domestic hydrocarbon market; on the courses of professional retraining and advanced training of accountants and analysts of the oil and gas complex.
Keywords: technological innovation, gas industry, priority, production, innovation, efficiency indicator, exploration, storage, hydrocarbons, ecology.
INTRODUCTION
Statement of the problem in general form and its connection with important scientific and practical problems. In today's world, innovative development, the ability to innovate is one of the main factors for long-term business success in any high-tech company or industry. The development of the gas industry as a reliable supplier of
energy resources is associated with the ongoing solution of strategic, technological, economic and other tasks that require searching, obtaining and applying new knowledge, continuously increasing the activity and efficiency of innovations [1].
Over the past few decades, the global gas industry in developed countries has become one of the most
Baurina Svetlana Borisovna, Nazarova Elena Vladimirovna INNOVATIVE VECTOR OF GAS INDUSTRY ...
economic sceinces
technologically advanced industries.
The introduction of high technologies has transformed the industry and made it one of the technological leaders of the world economy.
Analysis of recent studies and publications, which considered aspects of this problem and on which the author is justified; identification of previously unresolved parts of the General problem. The materials of the article are based on the works of domestic and foreign scientists and specialists in the field of technological development of the gas industry (Lebedev R. V., Shenkarenko S. V. [1]; Volkov V. A., Razmanova S. R. [8]; Eder L. N., Filimonova I. V. [11]; Burger A. [12] , etc.), strategic program documents of gas companies [6; 14]; materials of leading Internet portals [2; 7]; analytical reports of world consulting companies [3]; studies of the European research group on gas [13].
METHODOLOGY
Formation of the objectives of the article (setting the task). Objective of the article: comprehensive analysis of technological priorities of innovative development of the gas industry at the present stage of development of the Russian economy.
Methods, techniques and technologies used in the research. In the course of the study, general scientific methods and techniques were used: methods of micro- and macro-analysis, a combination of qualitative and quantitative approaches, comparative and system analysis.
RESULTS
Presentation of the main research material with full justification of the obtained scientific results.
Being one of the cleanest and most common types of fossil fuels in the world, natural gas is increasingly used for energy production. This results in an ever-increasing demand for this type of energy source (Figure 1). At the same time a number of experts expect that the consumption of natural gas will continue to increase. In particular, the International Energy Agency (IEA) predicts the onset of the "golden era" of natural gas in the coming years. It will increasingly replace other energy sources and its share in the global energy sector will grow by 2035 to 25% or more [2]. New external conditions, the rapid progress of technology in all fields, the economic situation in the country necessitate the need to ensure the effectiveness of innovation in the gas industry [4; 5].
effect for the gas industry (Figure 2).
NPY TPI TP2 TP3 TP4 TPS TP6 TP7 TPS TP9
NPV - Net Present Value; TP1 - the technologies for increasing the efficiency of gas transportation via main pipelines, and diversification of the methods of gas delivery to consumers; TP2 - new field development technologies; TP3 -the technologies for hydrocarbon resources development on the continental shelf; TP4 - the technologies for increasing the efficiency of gas and gas condensate processing; TP5 - the technologies for increasing gas storage efficiency; TP6 - the technologies for the sale and use of gas; TP7 -the Technologies permitting to improve the efficiency of new field development; TP8 - the technologies for prospecting and exploration of hydrocarbon deposits, including the development of unconventional resources; TP9 - the technologies of liquefied natural gas production
Figure 2 - The list of technological priorities of the gas industry and their effectiveness, billion rubles (compiled by the authors based on the data [6])
Of the presented R&D areas (Table 1), a special place belongs to the research aimed at developing technologies and technical solutions that will allow for cost-effective development of remote regions, the production of new readily marketable product, and liquefied natural gas using domestic technologies.
Table 1 - Basic trends in R & D in the context of technological priorities of the gas industry
Figure 1 - Capital investment in the global oil and gas industry, USD Million (compiled by the authors based on the data [3])
To identify the most relevant areas of innovation development for the gas industry, an assessment was made of the potential economic effect from the introduction of innovative technologies within each business line. Thus, the sensitivity of various indicators of activities to the technological progress is determined.
The calculations were made taking into account the influence of geological conditions on the projected specific capital and operating costs in course of implementation of technologies. Based on the calculations, key areas for technology improvement and technological priorities are identified, investing in which will yield a positive economic
R&D directions in terms of technological priorities Performance indicators value The year the effect
1. The technologies for prospecting and exploration of hydrocarbon deposits, including the development of unconventional resources; Reduction of predicted unit costs in prospecting and exploration for deposits in the Russian Federation 10% 2023
2. The technologies to improve the efficiency of lie existing fields development reduction of unit capital cost3 for production growth in the Nadym-Pur-Taz region 5% 2019
reduction of predicted unit operating costs during production 5 % 2020
3. The technologies for hydrocarbon resources development on die continental shelf reduction of predicted unit capital costs for gas production in ■das shelf zone of die Russian Federation 2017
reduction of predicted unit operating costs for gas production in the shelf zone of the Russian Federation 5 % 2017
4. New field development technologies reduction of predicted unit operating costs during gas production 2% 2016
reduction of predicted unit operating costs during gas 1% 2017
5. The technologies for increasing the efficiency of gas transportation via man pipelines, and diversification of die method; of ga3 delivery to consumers; reduction of capital investment in the construction of the line 2% 2019
reduction of capital investment in die construction of PPS 3 % 201S
reduction of operating costs 1% 2012
reduction of reconstruction costs 10% 201S
6. Gas storage efficiency technologies; reduction of capital investment in underground gas storage 10% 201S
reduction of operatme costs for underground gas storage 2.5 % 2018
7. The technologies for increasing the efficiency of gas and gas condensate processing; reduction of capital investment in hydrocarbon processing to 10 % 2020
reduction of operating costs in the processing of hydrocarbons 2% 2020
production and sales of new products 1% 2020
S. The technologies of liquefied natural gas production reduction of die estimated specific capital and operating costs of large-scale LNG production 1% 2017
9. The technologies for die 3ale and use increase in gas sales in Russia 1% 2020
increase in gas sales in foreign markets 1% 2020
The source: compiled by the authors based on the data [6] The vast majority of the developed innovative technologies and activities will be used in several lines of business, both at the existing and future production facilities, which will provide a synergistic effect. For example, technological innovations in the exploration and production sector permitted to open up new opportunities for the industry in order to increase the volume of natural gas production and meet the growing demand for it [7; 8]. It is important that these technologies at the same time allowed to make the exploration and production of natural gas more
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Azimuth of Scientific Research: Economics and Administration. 2020. X 9. № 1(30)
экономические науки
Баурина Светлана Борисовна, Назарова Елена Владимировна
ИННОВАЦИОННЫЙ ВЕКТОР ТЕХНОЛОГИЙ ...
efficient, safe and environmentally friendly.
3-D and 4-D seismic exploration - the development of seismic exploration which permits to obtain and analyze the data on the density of rocks in three dimensions, has greatly changed the method of natural gas production.
3-D seismic allows to combine traditional seismic imaging methods with the capabilities of powerful computers, as a result of which three-dimensional models of underground layers are created [9].
4-D seismic complements them and permits to observe performance variation over time. Thanks to 3-D and 4-D seismic it became easier to identify promising fields, improve the efficiency of their development, reduce the number of dry wells, reduce drilling costs, and reduce the time of exploration. All of this yields economic and environmental benefits.
Fracking technology (CO2 - Sand - Fracking) involves using a mixture of sand proppants and liquid C02 which leads to the formation and expansion of cracks through which oil and natural gas can flow more freely.C02 then evaporates, leaving only sand in the body with no other residues from the fracking process that must be removed [10; 11]. This technology allows to increase the extraction of natural gas and at the same time does not damage the environment, because it create no waste underground, and also protects groundwater resources.
Coiled tubing - one of the most dynamically developing areas in the production of gas and oil field equipment in the world. Coiled tubing method of well operation is based on the use of coiled flexible pipes for drilling and operation of wells.Coiled tubing technology significantly reduces the cost of drilling, as well as the likelihood of emergencies and oil spills, cuts the amount of waste, and also the time to complete the work by 3-4 times compared with traditional methods. Coiled tubing can be used in conjunction with complex drilling operations to increase drilling efficiency, achieve higher hydrocarbon recovery rates and a lower environmental impact.[12].
Measurement while drilling (MWD): - the systems designed to measure drilling parameters and transfer information to the surface. The information received and processed with the help of modern MWD technology allows workers in the field to monitor the drilling process, which reduces the likelihood of errors and accidents [13]. In addition, the use of MWD systems can also be useful for geologists, providing information on the properties of the rock being drilled.
Slimhole drilling can significantly improve the efficiency of drilling operations, as well as reduce the environmental impact. It is a cost-efficient method for drilling exploratory wells in new areas, deep wells in existing fields, as well as for extracting natural gas from undepleted fields.
Deep-water drilling enables safe and efficient development of deposits in waters at a depth of more than 3 km. Currently the main directions of further development of these technologies are the improvement of offshore drilling rigs, the development of dynamic positioning devices, the creation of sophisticated navigation systems.
The gas industry needs to keep up with growing demand and produce more natural gas, including through qualitative growth, that is, through the introduction of technological innovations.The development of unconventional sources of natural gas has considerable potential for further growth of the gas industry. Thus in the past few years, shale gas production in the United States has been developing at a rapid pace. On the other hand, the technologies for extraction of methane from coal seams are currently important for Russia. In particular, people in the Russian "Gazprom" consider this direction as one of the main focus areas in the strategy for expanding the resource base of the gas concern [14; 15]. The implementation of projects for extraction of natural gas on the sea shelf, including in the Arcticis, is essential to expanding the resource base for domestic and foreign oil and gas companies.
Today, the investments of the Russian Gas Complex in new technologies and innovative developments can be divided into the following areas: geology, prospecting and exploration; field production; transportation and underground gas storage; hydrocarbon processing; ecology
A special attention in the field of geology, prospecting and exploration is paid to the creation of technologies that ensure a qualitative increase in the progress of geologic exploration and the effective construction of exploration wells as well as the development of new and improvement of the existing methods for assessing resources and hydrocarbon reserves.
The development of deposits is accompanied by the following innovative solutions:
- the development of technologies and equipment for efficient production of natural gas, liquid hydrocarbons and high-molecular raw materials;
- the development of new cost-effective technologies for the production and use of "low-pressure" gas;
- creation of new patterns and methods of field development using directional, horizontal and multilateral "intelligent" wells with big vertical deviations;
- elaboration of the methods, equipment and technologies for development of hard-to-recover and unconventional gas resources in low-pressure reservoirs, gas hydrate deposits and methane of coal basins.
In the field of hydrocarbon processing, the development of energy-saving technologies for deep processing of hydrocarbon raw materials, technical solutions for creating new and improving existing gas processing and gas chemical plants. In addition, there is a demand for development of equipment and technologies aimed at improving the efficiency of processing sulfur gases, obtaining readily marketable products based on gas sulfur. Also new technologies are needed for the production of synthetic liquid fuels from natural gas and new efficient reagents (selective absorbents, multifunctional adsorbents, catalysts) for use in the processing of hydrocarbons into marketable products.
Innovations are also important for environmental impact mitigation [16]. The investments of the gas complex in innovative developments in this respect can be divided into the following areas:
- the development and implementation of methods and technologies for construction of commercial facilities that ensure the preservation of natural landscapes;
- the development of methods for reducing the man-made impact of the industry enterprises;
- creation of a geodynamic monitoring system for field development;
- the development and implementation of technologies and equipment to reduce greenhouse gas emissions.
SUMMARY
Conclusions of the study. The findings of the study and prospectsfor further research in this direction. The identified technological innovations represent only a part of complex technologies that are gradually introduced in exploration and production of natural gas. These technologies allow the gas industry to achieve higher economic results and develop the fields previously considered unprofitable.
However, despite the apparent successes, the level of innovation in the Russian gas industry, is not high enough versus the best practice. In almost all key areas, foreigners are technologically superior to domestic companies. In particular, they are much better able to work on the shelf, they widely apply ultramodern methods of enhanced oil recovery, advanced drilling technologies.
Russian companies are rather reluctant to invest in their own technological developments that do not guarantee commercial benefits and require many years of investment in pilot production. In turn, research institutes operating with oil and gas companies or performing under their orders are often simply not ready to solve long-term tasks that require large investments and involve high risk.
Prospects for further research in this direction. In view of this, the domestic Gas Complex for the most part invests
Baurina Svetlana Borisovna, Nazarova Elena Vladimirovna INNOVATIVE VECTOR OF GAS INDUSTRY ...
economic sceinces
in the purchase of high-tech equipment. As a result, today the gas industry has become very dependent on the transfer of innovations from abroad. This, in particular, occurs through the involvement of Western contractors in joint projects for drilling in Russia.In addition, domestic companies are actively borrowing the engineering bank owned by the leaders of the gas business and adapting their progressive technologies to their own subsoil objects. REFERENCES:
1. Lebedev R. V., Shenkarenko S. V. The development of innovation in the gas industry// Fundamental and applied developments in the field of technical, physics and mathematical sciences: collection of scientific articles summarizing the results of the fourth international round table. — Kazan: "Konvert" LLC, 2018. pages 13-18
2. World Energy Outlook 2018 [Electronic source]. — Available at: https://www.iea.org/weo2018/
3. Trends in the development of the oil and gas industry in 2018-2019 The strategy formed in the conditions of market volatility [Electronic source]. — Available at: https://www.strategyand.pwc.com/media/file/Oil-Gas-Trends-2018-19_RU.pdf
4. Baurina S. B. Innovative potential of the enterprise // Innovations: prospects, problems, achievements: the materials of II international scientific and practical conference— М.: Publishing house of REU named after G. V. Plekhanov, 2014. Pages 267-272
5. Doronin E.S. Management of innovation activitiy of international companies in the oil and gas sector // Modern scientific research and innovation.2014. No. 6. Part2 [Electronic source]. — Available at: http:// web.snauka.ru/issues/2014/06/36061
6. The Innovation Development Program of PJSC Gazprom until 2025 [Electronic source]. — Available at: http://www.gazprom.ru/f~/ posts/76/904731/prir-passport-2016-11.pdf
7. Analytic Innovations Address New Challenges in the Oil and Gas Industry [Electronic source]. — Available at: https://www.sas.com/content/ dam/SAS/en_us/doc/whitepaper1/analytic-innovations-address-new-challenges-oil-gas-industry-105974.pdf
8. Volkov V.A., Razmanova S.R. Technological modernization of the oil and gas industry: the current state and prospects of development // St. Petersburg State Politechnical University Journal of Economics no. 5 (251). 2016 [Electronic source]. — Available at: https://cyberleninka.ru/ article/n/technological-modernization-of-the-oil-and-gas-industry-the-current-state-and-prospects-of-development
9. Malinovsky D.A.Economic efficiency of innovative activity at oil and gas enterprises // Economics, management, finance: the materials of VIII International scientific conference(Krasnodar, February 2018).Krasnodar: Novatsya, 2018. pages 144-146 [Electronic source]. — Available at: https:// moluch.ru/conf/econ/archive/264/13710/
10. Shraer A.V.The economic and innovative factors in the development of the fuel and energy complex of Russia// European Social Science Journal. 2011. No. 4.
11. Eder L.N., Filimonova I.V. The main problems of the innovative development of the oil and gas industry in the field of oil and gas // Drilling and oil.2014. No. 4. Pages 165 — 184.
12. Burger А. Digital Innovation in Oil and Gas Industry [Electronic source]. — Available at: https://www.eniday.com/en/technology_en/digital-innovation-oil-gas-industry/
13. Pinchbeck D. Research and technological innovation in the gas sector: the views of the european gas research group [Electronic source]. — Available at: http://gerg.eu/public/uploads/files /publications/conference_ papers/2003/pinchbeck_rimini03.pdf
14. Website of PJSC Gazprom [Electronic source]. — Available at: http://www.gazprom.ru/press-cente/archive/2015june/1108291/
15. The Accounting policy of PJSC GazpromNeft for 2018 [Electronic source]. — Available at: http://ir.gazprom-neft.com/fileadmin/user_upload/ documents/adhoc_releases/new/new_04.03.16/qrep/1q2018/pril4.pdf
16. Nakhle С. Technological Innovation Creates New Opportunities in Oil & Gas [Electronic source]. — Available at: https://www.aspentech.com/ en/blog/blog/Technological_Innovation_Creates_New_Opportunities_in_ Oil_and_Gas
Статья поступила в редакцию 12.11.2019 Статья принята к публикации 27.02.2020
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