Current state of titanium-containing alloys production

Authors

  • N Timirbayeva Республика Казахстан
  • А Issagulov Республика Казахстан
  • А Baisanov Республика Казахстан

Abstract

Currently, the interest of metallurgists in titanium-containing alloys is growing. These alloys are successfully used in ferrous metallurgy for steel deoxidation, however, their widespread using is constrained by the complexity and high cost of raw materials for their production [1]. Titanium is a strong carbide stabilizer, which is used in austenitic stainless steel to prevent intergranular corrosion. In addition, it improves the hardening characteristics of steel [2-3]. Compared to pure titanium, titanium-containing ferroalloys (ferrotitanium, silicotitanium) have the advantage of better solubility (lower melting point and higher density) and lower cost. Titanium ferroalloys, depending on its composition, are produced in several ways. These methods are carbothermic reduction, aluminothermic reduction and the production of titanium scrap and iron in an induction furnace in a vacuum or argon atmosphere [4-5]. The raw materials for the production of titanium-containing ferroalloys are ilmenite, slag with a high titanium content, obtained from ilmenite and titanium scrap. Currently, the real objects of the mineral resource base of Kazakhstan are three alluvial titanium-zirconium deposits: Satpayev (East Kazakhstan area), Obukhovsk (North Kazakhstan region) and Shokash (Aktobe region). The explored deposits are developed at the initial stage of their processing - by obtaining concentrates, and their reserves are able to provide raw materials for processing enterprises for hundreds of years [6-8]. Ores are processed with the separation of ilmenite concentrates at the Ust-Kamenogorsk titanium-magnesium plant (JSC UK TMK) and the Aktobe ferroalloy plant (JSC Kazchrome) [9]. However, the extraction of raw materials and the production of titanium concentrates is carried out in small volumes. The practice of applied technologies for processing and beneficiation of titanium ores does not satisfy the needs of the industry due to the high cost of the final product. The demand of Kazakhstan ferroalloy plants for titanium-containing ferroalloys is mainly covered by imports from Russia, China and other countries. Against this background, the creation of a domestic production of such alloys for the deoxidation and alloying of steel and the separation of this production as a separate industry is an extremely important and urgent task, the solution of which will significantly raise the technical and economic level of domestic ferroalloy enterprises. Despite the extensive research base, today in Kazakhstan there are no industrial enterprises for the production of titanium-containing ferroalloys. Therefore, domestic enterprises, in particular Arcelor Mittal Temirtau JSC, and for the lack of their own titanium-based ferroalloy in the republic, are forced to use imported titanium-containing types of ferroalloys when producing low- and medium-alloyed steel grades.

References

Druinskij M.I., ZHuchkov V.I. Poluchenie kompleksnyh ferrosplavov iz mineralnogo syrya Kazahstana. – Alma-Ata: Nauka, 1988. – 208 s.

Source: https://www.metalbulletin.ru/a/2E1

H.S. Ray, R. Sridhar and K.P. Abraham, Extraction of Non Ferrous Metals,1996, Affiliated East – West Press, New Delhi, India, pp. 445 – 484

F. Habashi, Handbook of Extractive Metallurgy, 1997, vol.1, WileyVCH Company, Germany, pp. 1129 – 1180

M. Pourabdoli, Sh. Raygan, H. Abdizadeh, K. Hanaei. A New Process for the Production of Ferrotitanium from Titania Slag //Canadian Metallurgical Quarterly. – 2007. – Vol 46, No 1, P. 17-24

Informacionno-analiticheskij obzor // Sostoyanie i perspektivy mirovogo i vnutrennego rynkov cvetnyh, redkih i blagorodnyh metallov / Informacionno-analiticheskij centr (IAC) OOO «INFOMETGEO». - Titan. – Moskva, 2002.– Vyp. 9.

Abdibekov E.K., Grinenko V.I., Esenzhulov A.B., Petlyuh P.S., Hvorostyan V.N. Kompleksnoe osvoenie titan-cirkonievogo mestorozhdeniya SHokash // Stal. - 2003. - №6. - S.50-51.

8. Ivanov G.I., Dubova N.B. Issledovanie instituta «VNIIcvetmet» po razvitiyu mineralno-syrevoj bazy Kazahstana // Povyshenie tekhnicheskogo urovnya gorno-metallurgicheskih predpriyatij Kazahstana: sb. nauch. tr. VNIIcvetmet. - Ust-Kamenogorsk, 2000. - S.145-150.

9. ZHumagaliev E.U. Issledovanie i razrabotka tekhnologii polucheniya vysokoprocentnogo ferrotitana iz bogatogo titanovogo shlaka. Diss. na soisk. uch. st. kand. tekhn. nauk, Karagandy, 2010.

10. Patent 2318032 RF. Ferrotitan dlya legirovaniya stali i sposob ego alyuminotermicheskogo polucheniya / Gilvarg S. I., Odinokov S. F., Malcev YU. B., Bannyh A. G. ; patentoobladatel OOO «UK «Rossijskie Specialnye Splavy» ; zayavl. 15.09.2006 ; opubl. 27.02.2008.

11. Patent 2516208 RF. SHihta dlya polucheniya titansoderzhashchego shlaka, titanosoderzhashchaya shihta i sposob alyuminotermicheskogo polucheniya ferrotitana s ih ispolzovaniem /Gilvarg S. I., Grigorev V. G., Kuzmin N. V., Malcev YU. B.; patentoobladatel: OOO «Klyuchevskij zavod ferrosplavov»; zayavl. 07.08.2012 ; opubl. 20.02.2014.

Published

2020-02-15

How to Cite

Timirbayeva, N., Issagulov А., & Baisanov А. (2020). Current state of titanium-containing alloys production. Pridneprovskiy Scientific Bulletin, 8(664). Retrieved from http://www.rusnauka.com/index.php/rusnauka/article/view/1655