Environmental Resource - Economized Processes of Recycling Mineral Raw Materials of Complex Composition

Authors

  • V. A. Vinnikov Moscow State Mining University
  • M. G. Silberschmidt Moscow State Mining University
  • V. A. Bocharov Moscow State Mining University
  • V. A. Ignatkina Moscow Institute of Steel and Alloys
  • T. N. Gzogyan VIOGEM

DOI:

https://doi.org/10.17770/etr2013vol1.837

Keywords:

resource conservation, ferruginous quartzites, non-metal ores, mineral resources, technogenic formations I

Abstract

The results of the studies on the justification of technological processes providing recycling of the warehoused ferruginous quartzites of complex composition and waste non-ferrous metals allowing to receive additional commodity products are given. The example of amphibole and biotite varieties of ferruginous quartzites of CMA and tailings of copper-zinc sulphide Ural ores determines the reasons of ineffective use of traditional technology solutions for recycling. The reasons of environmental hazards concerning varieties of technogenic mineral substances to the environment are identified. The presence in ferruginous quartzites complex composition of various silicates, carbonates and iron sulphides change their technological properties. So to get the iron concentrate from them suggests a new combination of technological operations performed in specially selected operating conditions. The specifics of the presence of mineral components in solid mineral wastes of nonferrous metal ores indicates the possibility of obtaining additional marketable products. With the use of laboratory multiscale modelling and physical methods of analysis regularities of variation of fractionation, separation and mineral concentration operations efficiency by varying its composition and the various influencing factors are identified. To improve the efficiency of the individual technological operations it is recommended to use different techniques, using physical and physico-chemical effects on the polymineral systems. The flow diagrams for the considered varieties of technogenic processing of mineral substances, allowing them to obtain standared quality products (metal-containing concentrates), and the results of their testing are submitted. The suggested technological solutions can reduce the amount of environmentally hazardous mineral substance, hosted in technogenic formations.

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References

Velesevich I.V., Vinnikov V.A., Zilbershmidt M.G., Tereshchenko E.I. Structure and structural conditions of ferruginous quartzites of complex composition. Mining informational and analytical bulletin, № 11, 2011.

M. Zilberchmidt , M. Shpirt, Rehabilitation of coal waste dumps. Field pilot application, Advances in Mineral Resources Management and Environmental Geotechnology, Hania 2004, Greece, 455-460.[3] Vinnikov V.A. Gzogyan T.N. Fractionation and separation schemes of ferruginous quartzite of complex composition Mining informational and analytical bulletin, № 8, 2012.

Bocharov V.A., Ignatkina V.A., Chanturia E.L. Problems of complex reprocessing of pyrite flotation copper-zinc ore tailings. "Non-ferrous metals», № 12, 2011.

Vinnikov V.A., Gzogyan T.N. Intensification of separation processes in enrichment schemes of ferruginous quartzite of complex composition. Mining informational and analytical bulletin, № 9, 2012.

Bocharov V.A., Ignatkina V.A. Mineral processing technology. V.1 and V.2. Moscow, Ore and Metals, 2007.

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Published

2015-08-06

How to Cite

[1]
V. A. Vinnikov, M. G. Silberschmidt, V. A. Bocharov, V. A. Ignatkina, and T. N. Gzogyan, “Environmental Resource - Economized Processes of Recycling Mineral Raw Materials of Complex Composition”, ETR, vol. 1, pp. 209–215, Aug. 2015, doi: 10.17770/etr2013vol1.837.