Centre of Earth Sciences, Metallurgy and Ore Beneficiation:

M. T. Baymakhanov, Chief Researcher, Lab. of Flotation Agents and Beneficiation, phone: 7(727) 291-82-22

The list of polluting substances in industrial sewage of non-ferrous metals ores benefication is given in article. Clearing of such waters up to effective standards cannot be made in the absence of cheap effective methods. Therefore, the best way of prevention of water objects pollution is enterprises transfer on system of recycling water supply. Various stages of problem solution, using various methods and techniques are described. As a result, the scientifically-proved technology of recycling water rotation of benefication of polymetallic non-ferrous metals ores has been developed. Some conditions of realization of internal-drainage water supply of concentration plants are formulated. Researches for perfection of technology of non-ferrous metals ores benefication using hydrophobic interactions is conducted. These researches in the conditions of recycling water supply are continued.

1. Belousov A. M., Berger T. S. Recycling water supplying of non-ferrous metullurgy beneficiation plants. Moscow: Nedra, 1977. 232 p.
2. Baymakhanov M. T. and etc. Recycling water supplying at non-ferrous metullurgy beneficiation plants. Theory and practice of intensification of ore flotation under the conditions of water cycling: collection of scientific papers. AS USSR, Kola branch, Mining institute, Apatity, 1989. pp. 58-62.
3. Baymakhanov M. T. and etc. Moscow: Non-ferrous metals, Economic and Information technologies, 1980. 39 p.
4. Milоvanov L. V. Sewage treatment at non-ferrous metals enterprises. Moscow: Metallurgiya, 1971. 383 p.
5. Baymakhanov M. T. and etc. Sewage water treatment and control of non-ferrous metallurgy enterprises. M.: Metallurgia, 1983. 192 p.
6. Shchekalova R. N. and etc. The basis of improvement of reagent condition during complex usage of disseminated and pyriticcopper-zinc ores. Complex usage of raw material resources of non-ferrous metallurgy enterprises : collection Erevan : Ayastan, 1977. pp. 137-147.
7. Korukin B. M. and etc. Without-cyanide ore flotation of Degtyarskoe deposit : collected papers of Unipromed. Sverdlovsk, 1973. Vol. XVII. pp. 103-108.
8. Bocharov V. A. and etc. Development of processing technology of Ural copper-zinc ores. Tsvetnye Metally. 1979. No. 10. pp. 100–104.
9. Bocharov V. A. and etc. Ibid. 1972. No. 4. pp. 79–80.
10. Shabalin A. D. and etc. News of Higher Schools Nonferrous Metallurgy Transaction. 1971. No. 9. pp. 55–57.
11. Baymakhanov M. T. About calculations of limiting concentration of impurities in cyclic water of beneficiation plants: collection papers of Kazmekhanobr. Alma-Ata, 1985. No. 28. pp. 3–5.
12. Lebedev K. B. and etc. Ionites in non-ferrous metallurgy. Moscow: Metallurgia, 1975. 352 p.
13. Baymakhanov M. T. Complex processing of mineral raw materials: monography: in 10 volumes. Vol. 8: Experience of transference of beneficiation plants on cyclic water-supply system. Astana, 2003. pp. 88–102.
14. Nemethy G. Angew Chem. 1967. Vol. 79, No. 5.
15. Nemethy G., Schazaga H. A. J. Chem. Phys. 1962. Vol. 36. 3382 p.
16. Baymakhanov M. T. Development of science bases and technologies of intensification of flotation processes of non-ferrous and rare metals ore flotation with thermal pulp treatment : dis. … of Doctor of Engineering Sciences of the RK. Almaty, 2007. pp. 1–211.
17. Pchelin V. A. Bulletin of “MSU”. Part I, II. 1973. No. 2.
18. Pchelin V. A. Hydrophobic interactions in dispersive systems. Moscow: Znanie, 1976.
19. Pchelin V. A. Hydrophobic interactions, physical nature and value in colloid chemistry. Fixed water in dispersive systems: collection. Vol. 3. Moscow, 1974.
20. Pchelin V. A. About simulation of hydrophobic interactions. Report of AS USSR. 1976. No. 194.
21. Baymakhanov M. T. Complex processing of mineral raw materials : monography: in 10 volumes. Vol. 2 : Hydrophobic flotation interaction. Astana, 2003. pp. 201–264.
22. Vigdergauz V. E. Hydrophobic interactions of sulphide flotation. The materials of VI congress of preparators of CIS countries: collection. Vol. II. Moscow, 2007. pp. 133–134.
23. Eremin Yu. P., Zharmenov A. A. and etc. Hydrophobic flotation interactions as coalescence. Ibid. pp. 134–136.