Published date: Mar 17 2019

Journal Title: KnE Materials Science

Issue title: Theoretical and practical conference with international participation and School for young scientists

Pages: 15–28

DOI: 10.18502/kms.v5i1.3949

O Aleksandrovna Romanovaecon@uran.ru

D Vladimirovich Sirotin

The article emphasizes the important role of metallurgy, which in the conditions o  Industry 4.0 development becomes a “fundamental” (according to the terminology of RAS academician S. Glazyev) industry, which is actively involved in the formation of the core of the sixth technological mode. The key factors of the four industrial revolutions and the corresponding production quantities in the metallurgical industry for the period from 1750 to the present time are adduced forward in the text. The trends in the development of the world ferrous metallurgy are analyzed, which made it possible to formulate the latest technological and institutional tendencies in the development of the industry. It is demonstrated that metallurgical production in Russia, in spite of lagging behind in many respects, for example, labor productivity, sorting efficiency, etc. from the metallurgy of developed countries, still has sufficient potential for the introduction of  the latest technological solutions here, including in the field of information technology. An assessment of the digitization of the metallurgical industry of Russia on the basis of a set of reasonable indicators is brought up in the present work. The importance of the strategic areas is also justified for the development of metallurgy, such as the control of electricity consumption and energy costs, the introduction of effective recovery strategies and the improvement of work safety of the workers, which corresponds to the solution of the most important task – the production of “environmentally friendly metals” (Green Metals). The development of the metallurgical complex of the Sverdlovsk region for the period from 2008 to 2016 is analyzed in details. It is proved that the region has all the necessary prerequisites for the development of modern technological areas here. The possibility of changing the specialization of the region in the direction toward the development of additive production is shown. The main features of the new technological image of metallurgy of the Sverdlovsk region are formed.

Keywords: metallurgy, Industry 4.0, technological and institutional trends, digitalization, metallurgical complex of the Sverdlovsk region

[1] World Steel in Figures. World Steel Association. Belgium. 2018. 17 pp. https://www.worldsteel.org/en/dam/jcr:f9359dff-9546-4d6b-bed0-996201185b12/ World+Steel+in+Figures+2018.pdf (accessed: 18/06/2018).


[2] The EU steel industry. European Commission. http://ec.europa.eu/growth/sectors/ raw materials/industries/metals/steel/ (accessed: 02/19/2018).


[3] China Manufacturing 2025. Putting the Ahead of Market Forces. 2017 by the European Union Chamber of Commerce in China. http://www.iberchina.org/files/ 2017/china_industry_2025.pdf (Revised: 02/14/2018).


[4] Abey Abraham. Metallic Material Trends in North American Light Vehicles. Ducker Worldwide. 13 May 2015. URL: https://www.autosteel.org/-/media/files/autosteel/ great-designs-in-steel/gdis-2015/track-2---abraham.ashx (accessed: 20/02/2018).


[5] Kablov, E.N. (2012). VIAM: 80 years of scientific creativity and achievements. Modern materials - the basis of innovative modernization of Russia. Metals of Eurasia, no.3, pp.10-15.


[6] Budanov I.A., Terentyev N.E. (2017). Problems and directions of technological modernization of the metallurgical complex of Russia in the context of ”green” economic growth. Proceedings: Institute of National Economic Forecasting of the Russian Academy of Sciences, no.15, pp.76-91.


[7] Global trends affecting the development of the steel industry. Analytical report. Astana: JSC ”Kazakhstan Institute of Industry Development” (”KIDI”, JSC). URL: http: //kidi.gov.kz/docs/otchety/5531319.pdf (accessed: 21/05/2018).


[8] RosStat. (2016). Industrial production of Russia – 2016. Moscow: RosStat.


[9] Zhigir, I. (2015). New times for the steel industry: a step forward or backward? Metal supply and sales, no.1, pp.10-17.


[10] Budanov, I.A. (2016). The development of metallurgy depends on the transition of the Russian economy to the model of investment growth. Steel, no.6, pp.82-89.


[11] Valyaykina,T.P. and Boboshko, D.Yu. (2016). Prospects for import substitution in ferrous metallurgy of the Russian Federation. Steel, no. 3, pp.62-65.


[12] Ustinov, V.S. (2012). Analysis of the consumption of metal products in the machinebuilding complex of Russia. Proceedings: Institute of Economic Forecasting of the Russian Academy of Sciences. vol. 10, pp. 280-301.


[13] Budanov, I.A. and Ustinov, V.S. (2015). Innovation-investment processes of development of metallurgical production in Russia. Proceedings: Institute of Economic Forecasting of the Russian Academy of Sciences, no.13, pp.324-347.


[14] Semin, A. (2017). Advance development of the production of high-quality steel - a state priority in the field of metallurgy. Metals of Eurasia, no.4, pp.14-15.


[15] Abdrakhmanova, G.I., et al. (2017). Digital Economy Indicators 2017: statistical compilation. Moscow: HSE.


[16] Tatarkin A.I., et al. (2017). Ural vector of innovative development of the Russian metallurgy. EKO, no.3, pp.79-97.


[17] Official site of the administration of the Governor of the Sverdlovsk region. http:// gubernator96.ru/news/show/id/4320 The date of circulation 13.03.2018


[18] Additive technologies may become a new production specialization of the Sverdlovsk region. Site of the Government of the Sverdlovsk region. http://www-new. midural.ru/news/list/document98468/ (accessed 03/03/2018).


[19] Tsyb, S. (2017). Priority tasks of the metallurgical complex from the point of view of the state industrial policy at the present stage. Metals of Eurasia, no.4, pp.4-5.