On Preserving the Technogenic Formations of Mining and Smelting Enterprises by Ecologically safe Conservation and Restoration of Landscapes
The mining and smelting industries use various schemes for collecting and treating the surface waters during mining and after its completion, including the use of facilities for deep-treatment of part of the water for reuse in the enterprise. However, the mining sites are often remote from the processing and metallurgical enterprises where these treated waters could be used. Therefore, the problem of effective protection of the environment from negative influence can be solved by application of new technical solutions for conservation/re-cultivation of host and overburden masses moved to the surface.
Keywords: technogenic formations, ecologically safe conservation, restoration of landscapes
 Antoninova, N. Y. and Shubina, L. A. (2017). On Features of Complex Ecological Analysis of Areas Experiencing Local Technogenic Load of Mining and Smelting Enterprises. Ecologiya i Promyshlennost Rossii, issue 2, p. 52.
 Ministry of Transport of the Russian Federation. (2013). Recommendations on the Use of Geosynthetic Materials in the Construction and Repair of Highways by. Moscow: ROSAVTODOR.
 Orekhova,N.N.(2014).ExperimentalComparisonofTechnologiesofExtractionofCopperandZincfrom Underspoil Waters of Copper-Zinc Mining Enterprises. Gorny informatsionno-analitichesky byulleten, issue 10, pp. 2-4.
 Adu-Wusu, C. and Yanful, E. K. (2006). Performance of Engineered Test Covers on Acid-Generating Waste Rock at Whistle Mine. Canadian Geotechnical Journal, vol. 43, issue 1, pp. 1-18.
 Strzalkowski, R. and Kazmierczak, U. (2019). The Scope of Reclamation Works for Areas after the Exploitation of Rock Raw Materials. Applied Sciences, vol. 9, issue 6, p. 1181.
 Motorina, L. V., et al. (1982). Biological Recultivation of Dumps with Sulfide-Containing Rocks in the Moscow Lignite Basin. Plants and Industrial Environment, issue 9, pp. 44-52.
 Komlev, V. N. and Konukhin, V. P. (1995). Complex Experimental Investigation of Materials of Protective Geotechnical Barriers for Radioactive Waste Storage Sites. In Proceedings the International Conference ”Use of the Underground Space of the Country to Improve the Safety of Nuclear Power”( October 1992). Apatity: Kola Science Center RAS (Apatity), pp. 97-108.