Submit an Article
Become a reviewer
Vol 159 No 1
Pages:
60-63
Download volume:
RUS

Methods to reduce acidification of groundwater and surface water

Authors:
M. V. Parshina
About authors
  • Postgraduate student G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2003-06-03
Date accepted:
2003-07-17
Date published:
2004-12-21

Abstract

The technogenic load of the mining and processing industry enterprise causing pollution of water resources is assessed. The analysis of samples taken at the technogenic massif on a scanning electron microscope, as well as laboratory analysis according to the European standard using an atomic absorption spectrometer, which allowed to determine the processes of formation of halos and flows of pollution, the intensity of the technogenic load in the area of sulfide waste storage was carried out. A methodology for assessing the environmental hazard of technogenic massifs was created and a method of economically feasible and safe waste storage was developed.

Go to volume 159

References

  1. Лукашов А.А. Экологические проблемы добычи и переработки сульфидных руд на Российском Севере // Горный журнал. 1997. № 2.
  2. Пашкевич М.А. Оценка риска воздействия техногенных массивов на природные воды // Научно-педагогическое наследие профессора Медведева / Санкт-Петербургский горный ин-т. СПб, 1999.
  3. Пашкевич М.А. Техногенные массивы и их воздействие на окружающую среду / Санкт-Петербургский горный ин-т. СПб, 2000.

Similar articles

Application of electrical technologies for thermal methods of heavy oil production
2004 S. N. Bataev
Prevention of coal spontaneous ignition during mining of thick steep seams in Kuzbass
2004 E. V. Glushenkov, A. A. Sidorenko
Effect of the electrolyte cryolite ratio on the performance of high-power aluminum electrolysers
2004 D. A. Kaluzhskii
Heavy metal distribution trends in the Neva Bay of the Gulf of Finland
2004 Ya. G. Panteleeva
Mechanism of influence of spatial conditions of land use on the results of economic activity of enterprises
2004 E. N. Bykova
Studying the spatial distribution patterns of ore mineralization of the Aganozero-Burakovskaya intrusion using quantitative interpretation in a three-dimensional environment
2004 I. V. Apukhtina