Journals →  Chernye Metally →  2021 →  #12 →  Back

Pipe production
ArticleName Results of studying the properties and modes of manufacturing pipes from TMK-S alloy
DOI 10.17580/chm.2021.12.11
ArticleAuthor K. Yu. Yakovleva, N. V. Fokin, B. V. Barichko, Ya. I. Kosmatskiy
ArticleAuthorData

RusNITI JSC (Chelyabinsk, Russia):
K. Yu. Yakovleva, Cand. Eng., Senior Researcher
N. V. Fokin, Researcher
B. V. Barichko, Cand. Eng., Leading Researcher
Ya. I. Kosmatskiy, Dr. Eng., Head of the Laboratory for drawing and pressing, Deputy head of the Seamless Pipes Section in the Pipe Manufacturing Technology Department, e-mail: kosmatski@rosniti.ru

Abstract

The article presents the results of mastering the production of one of the unique niche products of PJSC “Pipe Metallurgical Company” (PJSC “TMK”) - seamless cold-worked tubing and casing pipes, couplings made of high-alloy chromium-nickel alloy of strength group P110 (hereinafter TMK-S alloy) with a gas-tight threaded joint of our own brand from the TMK UP line, intended for the production of gas and gas condensate containing hydrogen sulfide and carbon dioxide at the fields of PJSC GAZPROM. The main factors of achieving the required level of properties, significant parameters affecting the character of hardening of the TMK-S alloy during cold deformation are considered, and also the curves of hardening of the TMK-S alloy, which qualitatively reflect this effect. The results of the pilot industrial development of the production of pipes from the TMK-S alloy in the conditions of PJSC “TMK” are summarized. Specific features of the technology and modes of a number of main and auxiliary operations have been clarified in order to achieve the required level of mechanical properties of pipes made of TMK-S alloy. Technical requirements for the developed pipe products have been updated.

keywords High-alloy chromium-nickel alloy, strength group P110, seamless pipes and couplings, hot-pressed conversion pipe, cold-worked pipe, hardening, degree of deformation, chemical composition, type of the cold reduction tube mill, surface quality, technical conditions
References

1. Lubenskiy S. А. Experimental substantiation of the selection of pipes with increased resistance to pitting for gas condensate fields with high H2S и CO2 content. Gasovaya promyshlennost. 2017. Vol. 751. No. 4. pp. 56–61.
2. Seamless casing and tubing pipes. Product Catalog. Available at: http://www.tubular.nipponsteel.com/ru/product-services/octg/connection/list/vam-fjl (accessed: 06.12.2021).
3. Al-Majed A. A., Hossain M. E. Fundamentals of sustainable drilling engineering. New York: John Wiley and Sons, 2015. 786 p.
4. High-alloy materials from Sumitomo Metal Industries, LTD. for the most aggressive environment in oil and gas wells. Available at: https://www.imemo.ru/files/File/ru/conf/2001/21092001/21092001.pdf (accessed: 06.12.2021).
5. Gafarov N. А. Analysis of damage to equipment and pipelines at production facilities, processing and transportation of products of the Orenburg oil and gas condensate field. Moscow: Izdatelstvo PAO «Gazprom», 2000. 39 p.
6. Sun W., Zhang Zh., Dong X. Low temperature resistant oil casing pipe with high strength and high viscosity, as well as method for its manufacture. Patent RF, No. 2751629. Applied: 14.03.2019. Published: 15.07.2020. Bulleten No. 20.
7. Zhang Ch., Sun L., Zheng L. Steel for flexible pump and compressor pipe, characterized by small ratio between the yield limit at tension and strength under tension and super high strength and extra high strength, method for obtaining it. Patent RF, No. 2744590. Applied: 25.10.2018. Published: 11.03.2021. Bulletin No. 8.
8. Steels and alloys. Guide: reference edition. Edited by Sorokin V. G. Gervasyeva М. А. Moscow: Intermet inzhiniring, 2001. 608 p.
9. On the approval of the action plan for import substitution in the ferrous metallurgy industry of the Russian Federation: order No. 652 dated March 31, 2015. Available at: https://minpromtorg.gov.ru/common/upload/files/docs/Prikaz_N_652_CHernaya_metallurgiya_1.pdf (accessed: 06.12.2021).
10. Bodrov Ju. V., Brizhan A. I., Lefler M. N. et. al.High-strength austenitic stainless steel and method of final hardening articles made from such steel. Patent RF, No. 2254394. Applied: 16.06.04. Published: 20.06.05. Bulletin No. 5.
11. Erekhinskiy B. А., Simakov М. V., Konishchev К. B. et. al. Mastering of new types of pipe products for fields with increased content of hydrogen sulfide and carbon dioxide in the produced product. Innovatsii i importozameshchenie v trubnoy promyshlennosti. 2016. pp. 150–152.
12. Pyshmintsev I. Yu., Belomestnov А. К., Kosmatskiy Ya. I. et. al. Exploration of pipe production technology of high-alloying alloy «ТМК-S». Chernye Metally. 2017. No. 3. pp. 30–35.
13. Fokin N. V., Kosmatskiy Ya. I., Barichko B. V., Krasikov А. V. Improvement of production technology for tubing pipes from TMK-S alloy. Proceedings of the XXIII International Scientific and Practical Conference. Collection of works of JSC “RosNITI”. 2018. pp. 121–124.
14. Vydrin А. V., Kosmatskiy Ya. I., Barichko B. V., Fokin N. V. Assessment of factors determining the mechanical properties of cold-deformed pipes made of TMK-S alloy. Abstracts of the International scientific conference “Modern materials and advanced production technologies”. 2019. p. 96.
15. Threaded connections “Premium”. TMK UP family: technical reference. Moscow: Pipe Metallurgical Company, 2021. 118 p.
16. Technical Specification No. 14-3Р-139–2014. Seamless tubing pipes and couplings for them made of corrosion-resistant alloy with gas-tight threaded connection “TMK UP PF” for the fields of JSC “GAZPROM”. Introduced: 21.06.2005.
17. Fokin N. V., Kosmatskiy Ya. I., Denisyuk S. А. Study of the deformation capacity of a new high-alloy alloy and the development of technology for hot pressing of pipes from it. Vestnik Magnitogorskogo gosudarstvennogo tekhnicheskogo universiteta imeni G. I. Nosova. 2015. pp. 27–33.
18. Vydrin V. N., Smolin А. P. Determination of resistance to deformation according to the results of plastometric studies and processing on a computer: tutorial. Chelyabinsk: Institute of Engineering and Technology, 1982. 26 p.
19. Pyshmintsev I. Yu., Belomestnov A. K., Kosmatskiy Ya. I. et. al. Method of manufacturing of cold-deformed high-strength pipes form chromium-nikel alloy. Patent RF, No. 2620420. Applied: 19.01.2016. Published: 25.05.2017. Bulletin No. 15.

Language of full-text russian
Full content Buy
Back