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But, E. A., Mustafin, R. M., & Pavlov, A. V. (2019). Production of Ferroalloys and Recycling in the Continuous Oxygen Reactor. KnE Materials Science, 5(1), 173–176. https://doi.org/10.18502/kms.v5i1.3966

https://doi.org/10.18502/kms.v5i1.3966

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authors

  • E A But
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  • R M Mustafin
    No author data available.
  • A V Pavlov
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Published Date

  • Mar 17, 2019

Production of Ferroalloys and Recycling in the Continuous Oxygen Reactor

KnE Materials Science / Theoretical and practical conference with international participation and School for young scientists / Pages 173–176

Abstract

A new technology for the production of ferronickel in a new type of unit – a continuous oxygen reactor (COR). The heat source of the process is heat from the afterburning of the exhaust gases. High recovery rate is achieved by carrying out the recovery process in the ore-coal briquettes. Briquettes are located on a carbon substrate. The products are metal and slag granules. The process is characterized by satisfactory performance and low cost of ferronickel.


Keywords: ferroalloy industry, continuous oxygen reactor, briquettes, ferronickel

References
[1] Patent No. 2313595 ( Japan). The method of obtaining ferronickel and the method of obtaining starting material for the production of ferronickel/Tanaka Hidetosi ( JP), Harada Takao ( JP), Sugitatsu Hiroshi ( JP), Miyyara Ituo ( JP), Kobayashi Isao ( JP).//Patentee KABUSIKI KAYSYA KOBE SEIKO SE ( JP).



[2] Patent number 2109817 of the Russian Federation. The method of producing iron and ferroalloys/Grigoryan V.A., Pavlov A.V., Wegman E.F., Semin A.E., Shcherbakov V.A.//Patentee MISiS. - The priority of the invention 16.10.97.


[3] But E.A., Pavlov A.V. Study of solid-liquid carbothermic reduction of nickel from orecoal briquettes//News of High schools. Ferrous Metallurgy, 2018. - No. 61 (2). - p. 120 - 127.


[4] But E.A., Pavlov A.V., Mustafin R.M. Carbothermal solid-liquid reduction of nickel of oxidized nickel ore from ore-coal briquettes//Steel, 2018. - No. 4. - P. 18 – 20.