Submit an Article
Become a reviewer
S. V. Mamyachenkov
S. V. Mamyachenkov
Ural Technical University
Ural Technical University
Yekaterinburg
Russia

Articles

Environmental technologies, recycling and disposal of technogenic formations
  • Date submitted
    2005-01-04
  • Date accepted
    2005-02-17
  • Date published
    2005-08-01

Research of complex electrocementation purification of solutions during processing of zinc-containing technogenic wastes

Article preview

The results of research of a new electrocementation method of purification of sulfate solutions in the processing of zinc-containing technogenic wastes of non-ferrous metallurgy and chemical industry enterprises are presented.

How to cite: Karelov S.V., Mamyachenkov S.V., Anisimova O.S., Kirpikov A.S. Research of complex electrocementation purification of solutions during processing of zinc-containing technogenic wastes // Journal of Mining Institute. 2005. Vol. 166. p. 55-57.
Environmental technologies, recycling and disposal of technogenic formations
  • Date submitted
    2003-08-20
  • Date accepted
    2003-09-13
  • Date published
    2004-03-01

Development of technology for utilization of zinc-containing technogenic formations of metallurgical and chemical production

Article preview

On the basis of the results of theoretical and laboratory research and extensive tests, a new technology for recycling zinc-containing man-made waste of non-ferrous metallurgy and chemical industry was developed.

How to cite: Karelov S.V., Mamyachenkov S.V., Anisimova O.S., Khilai V.V. Development of technology for utilization of zinc-containing technogenic formations of metallurgical and chemical production // Journal of Mining Institute. 2004. Vol. 158. p. 60-62.
Problems of technogenic formations and use of industrial and domestic waste
  • Date submitted
    2002-08-06
  • Date accepted
    2002-09-29
  • Date published
    2003-03-01

Development of technology for arsenic treatment of recycled and waste water of metallurgical enterprises

Article preview

As a result of research it is established that according to ecological, economic and technological factors manufacturing of wall materials for low-rise building by a method of half-dry forming, based on a principle of "zone injection", is the most effective. Laboratory and semi-industrial tests of wall materials obtained from man-made formations according to the proposed technology are close to ceramic and silicate products in their physical and mechanical properties and are not inferior to pressed products manufactured on the equipment of US, Belgian and Italian firms.

How to cite: Karelov S.V., Mamyachenkov S.V., Kirpikov A.S., Anisimova O.S. Development of technology for arsenic treatment of recycled and waste water of metallurgical enterprises // Journal of Mining Institute. 2003. Vol. 154. p. 179-182.
Problems of technogenic formations and use of industrial and domestic waste
  • Date submitted
    2000-10-04
  • Date accepted
    2000-11-03
  • Date published
    2001-05-01

Assessment of environmental and economic efficiency of recycling of secondary raw materials and technogenic wastes

Article preview

One of the main reasons for the low degree of waste utilization is insufficient methodological study of the issues of assessing the environmental and economic efficiency of the use of technogenic raw materials. The methodology for calculating the integral ecological and economic effect of non-ferrous metallurgy waste processing has been developed, which allows for a more rational allocation and use of resources in the creation of new, reconstruction of existing production facilities and existing environmental protection systems, to increase the economic interest of designers, technologists, owners of enterprises and investors in the processing of secondary raw materials and technogenic formations.

How to cite: Karelov S.V., Naboichenko E.S., Mamyachenkov S.V. Assessment of environmental and economic efficiency of recycling of secondary raw materials and technogenic wastes // Journal of Mining Institute. 2001. Vol. № 5 149. p. 203-205.