2016-Sustainable Industrial Processing Summit
SIPS 2016 Volume 8: Non-ferrous, Rotary Kiln, Ferro-alloys, Rare Earth, Coal

Editors:Kongoli F, Xueyi G, Shumskiy V, Kozlov P, Capiglia C, Silva AC, Turna T
Publisher:Flogen Star OUTREACH
Publication Year:2016
Pages:350 pages
ISBN:978-1-987820-50-8
ISSN:2291-1227 (Metals and Materials Processing in a Clean Environment Series)
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    Practice Of Associated Components Recovery While Processing Of Non-Ferrous Metals Ores In Kazakhstan

    Larissa Kushakova1; Viktor Shumskiy1;
    1VNIITSVETMET, Ust-Kamenogorsk, Kazakhstan;
    Type of Paper: Regular
    Id Paper: 125
    Topic: 6

    Abstract:

    There have been investigated the issues of associated recovery of rare metals and trace elements at different stages of processing of the ores mined at the non-ferrous deposits of Kazakhstan. It has been shown that the recovery of associated components to these or other flotation concentrates varies quite widely, which is primarily connected with a variety of minerals-carriers. There has also been presented the information about the recovery of associated components at the stage of flotation concentrates metallurgical processing. The recovery is not higher than: selenium to grade selenium ~ 45%; tellurium - 46%, cadmium - 75%, thallium - 6%; germanium - 18%; indium - 90%; gallium - 12%; mercury - 12; bismuth to lead bismuthide - 83%; rhenium to ammonium perrhenate - 42%. It has been shown that the maximum complexity of the raw materials use is achieved with the presence of integrated production.

    Keywords:

    Indium; Metal; Non-Ferrous; Ores; Recovery; Technology;

    References:

    [1] G. Pashkov, A. Kokorina: Traced elements – companions of lead and zinc, distribution in the technological cycles of polymetallic lead-zinc ores processing, II International Congress” non-ferrous metals-2010”, Krasnoyarsk, chapter III Production of non-ferrous and rare metals, p. 193-201.
    [2] O. Khan, A. Saprygin, N. Ushakov: Development of the technology for hydrometallurgical processing of zinc cakes and fumes with rare metals production, Collection of VNIItsvetmet proceedings, №25, Almaty 1975, p.223-225.
    [3] V. Maltsev, L. Gusar, N. Ushakov: Recovery of rare metals in the hydrometallurgical processing of zinc cakes, The main directions of technological progress in zinc hydrometallurgy, 1974, p. 27-28.
    [4] A. Terlikbaeva, A. Sadykov, F. Berdiculova: The method for rhenium recovery from the copper slimes of copper production, Non-ferrous metallurgy, 2014, №1, p. 48-52.
    [5] Z. Abisheva, A. Zagorodnyaya, A. Sharipova, T. Bukurov, K. Teleshev, A. Yudin: hydrometallurgical processing of copper production dusts, Non-ferrous metal, 2004, №1.
    [6] Y. Zolotov, A. Hol’kin, G. Pashkov: Hydrometallurgical processes of unconventional feed and rare non-ferrous metals processing, Forum, 2010, p. 180.
    [7] L. Kazanbayev, P. Kozlov, V. Kubasov, V. Travkin: Indium. Production technology. Ore and Metals, 2004, p. 164.

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    Cite this article as:

    Kushakova L and Shumskiy V. Practice Of Associated Components Recovery While Processing Of Non-Ferrous Metals Ores In Kazakhstan. In: Kongoli F, Xueyi G, Shumskiy V, Kozlov P, Capiglia C, Silva AC, Turna T, editors. Sustainable Industrial Processing Summit SIPS 2016 Volume 8: Non-ferrous, Rotary Kiln, Ferro-alloys, Rare Earth, Coal. Volume 8. Montreal(Canada): FLOGEN Star Outreach. 2016. p. 71-78.