Technogenic Mineral Raw Materials in Russia: Production, Market and Forecast

Annotation

Introduction. Object of study. Determination of technogenic raw materials and its classification

1. A Brief Overview of the Legislative Basis Related to Technogenic Mineral Raw Materials in Russia

2. Technogenic deposits of Russia, consisting on the state balance sheet

2.1 Iron ores

2.2 Copper

2.3 Zinc

2.4 Tungsten

2.5 Platinoids

2.6 Gold

2.7 Silver

2.8 Rare earth metals (REE)

2.9 Zirconium

2.10 Diamonds

2.11 Apatite ores and phosphorites

2.12 Chromium

2.13 Tin

3. The main companies engaged in the development of technogenic mineral raw materials in Russia

Sredneuralsky Copper Smelting Plant LLC

OJSC Kovdorsky GOK

Polar Division of OJSC MMC Norilsk Nickel

JSC "Uralelectromed", Branch "Production of polymetals"

JSC "Zakamensk"

CJSC "Koryakgeoldobycha"

4. Supplies and transport of technogenic raw materials formed at metallurgical enterprises of Russia

5. Prospects for the development of the market of technogenic raw materials

Appendix: Contact information of companies engaged in the development of man-made mineral raw materials in Russia

Table 1: Main technogenic deposits in Russia and their characteristics

Table 2: Structure of sales of commodity products of OAO SUMZ in 201-2016, million rubles

Table 3: Volume of ore extraction by type of raw materials in the Polar Division of MMC Norilsk Nickel in 2004-2016. million tons

Table 4: The main consumer companies of non-ferrous metallurgical wastes supplied by railways (2012-2016), kt

Table 5: Dynamics of world prices for copper, nickel, gold and platinum in 2007-2017. and their forecast for 2018-2020.

Figure 1: Classification of technogenic deposits

Figure 2: Dynamics of production of copper in the concentrate of slag wastes and metallurgical semi-products (2010-2015), kt

Figure 3: Dynamics of processing of man-made raw materials by JSC Kovdorsky GOK in 2011-2016, kt

Figure 4: Structure of ore extraction of the Polar Division of OJSC MMC Norilsk Nickel for mines in 2007-2016,%

Figure 5: Volumes of delivery of the stale pyrrhotite concentrate at the NMZ of the Polar Division of MMC Norilsk Nickel (2010-2016), million tonnes

Figure 6: Dynamics of supplies to the branch of OJSC "Uralelectromed" ("Production of polymetals") of technogenic raw materials in 2010-2016, kt

Figure 7: Dynamics of WO3 production in tungsten concentrate of Zakamensk CJSC in 2010-2016, kt

Figure 8: Geological section placer platinum metals p. Левтыривываям

Figure 9: Dynamics of platinum production of CJSC "Koryakgeoldobycha" in 1994-2017, t

Figure 10: Dynamics of supplies by rail of slags of Russian ferrous metallurgy enterprises (2011-2016), mln t

Figure 11: Structure of supplies of technogenic raw materials of non-ferrous metallurgy,%

Figure 12: Structure of the use of technogenic raw materials of non-ferrous metallurgy,%