Submit an Article
Become a reviewer
Vol 167 No 2
Pages:
197-199
Download volume:
RUS
Research article
Mining electromechanics

Justification of the layout scheme and parameters of the unit for the development of bottom fields of the Baltic Sea

Authors:
D. V. Smirnov
About authors
  • G.V. Plekhanov Saint Petersburg Mining Institute
Date submitted:
2005-07-13
Date accepted:
2005-08-25
Date published:
2006-02-01

Abstract

At present Russia is experiencing a significant deficit of manganese ores. The deposits of ferromanganese nodules of the Baltic Sea can be used as a source of manganese. Several equipment designs have been created for the development of resources on the seabed, but all of them have a number of drawbacks. An innovative plant with intermediate drives for the development of the Baltic Sea bottom sediments has been developed taking into account these disadvantages.

Go to volume 167

References

  1. Добрецов В.Б. Основные вопросы освоения минеральных ресурсов мирового океана / В.Б.Добрецов, В.А.Рогалев; МАНЭБ. СПб, 2003.
  2. Лобанов В.А. Справочник по технике освоения шельфа. Л.: Судостроение, 1983.
  3. Тимофеев И.П. Шагающие машины для освоения ресурсов морского дна / ЛГИ. Л., 1987.

Similar articles

X-ray spectral studies of sorption mechanism on the surface of iron-manganese nodules
2006 M. Yu. Ionova
Research of geometrical and strength parameters of water-insulating cofferdams for protection from water inflows from liquidated mines
2006 M. A. Ryazanov
Determination of dissolution potentials of copper and nickel alloys containing precious metals and electrolyte selection
2006 D. V. Gorlenkov
Influence of engineering-geological conditions on formation of level of reaction and spectral composition of ground vibrations at strong earthquakes
2006 N. A. Gromova
Technological and technical solutions for prevention and extinguishing of endogenous fires at the mines of OJSC UCC Yuzhkuzbassugol
2006 R. A. Govor
Modern state of processing of electrolyte sludge of copper production
2006 Yu. B. Lyapishchev