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Zosin A.P., Priymak T.I., Avsaragov Kh.B., Koshkina L.B., Masloboev V.A.
The geo-cemented stone based on magnesium-ferrous slags of the nonferrous metallurgy – the resistant material for radioactive waste immobilization
Abstract. The way of sorption clearing of large-capacity waste water of the nonferrous metallurgy enterprises from cations of Ni, Co, Cu has been proposed. A low-cost effective sorbent on the basis of a hardening mineral dispersion technology using the slag formed as a result of ore-thermal processing of sulphiric copper-nickel ores has been developed. The optimum conditions of synthesis have been revealed; the phase structure of reaction products and the sorption mechanism have been defined. The method of recycling of waste sorbents containing up to 5.0-5.5 weights % of nonferrous metals (Ni, Co, Cu) has been proposed. These waste sorbents can be used as raw material in ore-thermal furnaces. The degree of nickel extraction is 99.9 %.
Printed reference: The geo-cemented stone based on magnesium-ferrous slags of the nonferrous metallurgy – the resistant material for radioactive waste immobilization / A.P. Zosin, T.I. Priymak, Kh.B. Avsaragov, L.B. Koshkina, V.A. Masloboev // Vestnik of MSTU. 2008. V. 11, No 3. P. -.
Electronic reference: The geo-cemented stone based on magnesium-ferrous slags of the nonferrous metallurgy – the resistant material for radioactive waste immobilization / A.P. Zosin, T.I. Priymak, Kh.B. Avsaragov, L.B. Koshkina, V.A. Masloboev // Vestnik of MSTU. 2008. V. 11, No 3. P. -. URL: http://vestnik.mstu.edu.ru/v11_3_n32/articles/23_zosin.pdf.