Submit an Article
Become a reviewer
Vol 165
Pages:
135-137
Download volume:
Research article
Without section

Assessment of the negative impact of acidic water on the components of the natural environment in the impact zone of OAO Severonickel

Authors:
M. A. Pashkevich1
M. V. Parshina2
About authors
  • 1 — G.V. Plekhanov Saint Petersburg Mining Institute
  • 2 — G.V. Plekhanov Saint Petersburg Mining Institute
Date submitted:
2004-12-15
Date accepted:
2005-01-09
Date published:
2005-07-01

Abstract

The main sources of acidic water formation are industrial effluents, slag dump effluents and gas emissions containing nitrogen oxides and sulfur dioxide. Taking into account hypergenic and erosion processes, it is necessary to increase the hazard class of these wastes. The results of laboratory analyses of waste samples causing negative acid impact are presented.

Go to volume 165

References

  1. Защита подземных вод от загрязнения в зоне техногенного воздействия горно-химического завода // Рациональное использование недр и охрана окружающей среды / Ленинградский горный ин-т. Л., 1990. С.109-113.
  2. Лукашов А.А. Экологические проблемы добычи и переработки сульфидных руд на Российском Севере // Горный журнал. 1997. № 2. С.26-31.
  3. Оценка риска воздействия техногенных массивов на природные воды // Научно-педагогическое наследие профессора Медведева / Санкт-Петербургский горный ин-т. СПб, 1999. С.202-209.
  4. Пашкевич М.А. Техногенные массивы и их воздействие на окружающую среду / Санкт-Петербургский горный ин-т. СПб, 2000. 98 с.

Similar articles

Chemical processes occurring on the surface of activated carbon during sorption of gold (I) from cyanide solutions
2005 R. I. Ibragimova, B. V. Aksenov, N. V. Vorobev-Desyatovskii
Autoclave leaching of substandard ore sulfide concentrates of heavy non-ferrous metals
2005 Ya. M. Shneerson, M. I. Kalashnikova
Determination of optimal electrolyte composition for electrolytic refining of copper
2005 O. I. Skrida, N. A. Ladin, G. N. Dylko
Non-crystalline mineral fertilizers and their industrial production
2005 V. V. Napsikov, V. E. Kogan, K. G. Karapetyan
Features of chemical interactions occurring during atmospheric copper cleaning of nickel-cobalt solution in the technology of sulfuric acid leaching of high-copper matte
2005 A. V. Vydysh, M. N. Naftal, A. F. Petrov, I. V. Batsunova, A. G. Morachevskii
Monitoring of groundwater quality on the territory of oil terminals
2005 A. Linuzhs