Submit an Article
Become a reviewer
Vol 151
Pages:
71-73
Download volume:
RUS
Article

Year-round hydrocarbon production on the Arctic shelf of Russia

Authors:
A. S. Belyaev
About authors
  • G.V. Plekhanov Saint Petersburg Mining University
Date submitted:
2001-08-09
Date accepted:
2001-09-28
Date published:
2002-06-10

Abstract

In the next 25 years, hydrocarbon production is planned to be transferred to the sea shelf. The Arctic shelf of Russia is the most extensive among the existing ones. Its hydrocarbon reserves in oil equivalent reach 85-100 billion tons. The Arctic shelf development and year-round exploitation are hampered by natural and climatic factors: icing of the water area for 300 days a year, complicating the work of technical equipment, tidal currents, sea waves, etc. In order to operate the Arctic seas shelf Nizhny Novgorod has developed the production complex, consisting of the bottom terminal, underwater marine transport system, offshore transshipment complex, bottom pipeline, mainland transport system. The subsea transportation system uses converted nuclear submarines with additional units. The submarine pipeline is very complicated in terms of construction characteristics and is under development. The prospects of the proposed complex are quite high.

Область исследования:
(Archived) Organizational and managerial solutions to improve oil recovery methods
Go to volume 151

Similar articles

Development of a methodology for the restructuring of a vertically integrated oil company
2002 A. V. Petrov
Analysis of the financial condition of the Kaliningrad Maritime Drilling Works Administration
2002 E. N. Kurilovich
Economic, legal, and organizational foundations of the environmental management system
2002 E. A. Soloveva, P. V. Berezovsii, L. I. Iseeva, M. A. Nevskaya, T. A. Tarabarinova
Scientific basis for prediction and evaluation of large and unique mineral deposits of fuel and energy and mineral raw materials
2002 A. A. Smyslov, S. V. Sendek
The formation of a mechanism for sustainable development of the region (to the formulation of the problem)
2002 N. G. Ershova
Optimization of space remote sensing tools application for environmental monitoring and rational nature management in the Ural region
2002 V. G. Kobernichenko, S. M. Zraenko, O. Yu. Ivanov