Submit an Article
Become a reviewer
Vol 167 Iss. 1
Pages:
90-93
Download volume:
RUS
Article

Environmental and geochemical features of slag dumps transformation in the acidification zone

Authors:
M. V. Parshina
About authors
  • Postgraduate student G.V. Plekhanov Saint Petersburg Mining Institute
Date submitted:
2005-06-02
Date accepted:
2005-07-13
Date published:
2006-01-01

Abstract

The conducted studies prove the necessity to increase the hazard class of waste from the pyrometallurgical processing of Severonickel enterprise due to erosion and hypergenic processes, which cause water pollution with toxic metals and sharp decrease in pH level. Formation of acidic waters leads to transformation of the composition of cover sediments, surface and ground waters, as well as to increase of migration ability of polluting elements. Criterion dependences of transformation of mineral and chemical composition of mining and metallurgical wastes are established. The ways to reduce the technogenic load on the soil and vegetation cover and natural waters in the acidification zones are proposed: construction of a geochemical barrier for old, already stockpiled waste and change of the enterprise technology at the stage of slag formation and transportation.

Область исследования:
(Archived) Mining. Ecology
Go to volume 167

Similar articles

Conveyors with suspended belt for mining industry at the present stage of their development
2006 D. E. Lunev
Oil economy of Russia: current state and prospects for the future
2006 L. P. Kardaenko
Kinetics of iron (II) sorption by ferromanganese nodules
2006 I. T. Zhadovskii
Laws of distribution of concentration of solid particles during the flow of concentrated hydro-mixtures through pipelines
2006 I. A. Bostan, N. A. Ekimov
Justification of the methodology of determination of optimal normative payments and optimal strategies of the enterprise on environmental protection
2006 N. V. Gurova
Preliminary assessment of economic potential of the North-West region of Russia from the point of view of Kyoto Protocol mechanisms
2006 A. A. Lavygin