Submit an Article
Become a reviewer
Vol 196
Pages:
169-171
Download volume:
RUS
Article

Economic efficiency of using innovation technologies in underground gas storage facilities

Authors:
G. S. Elizarova
About authors
  • undergraduate student Saint Petersburg State Mining University
Date submitted:
2011-08-07
Date accepted:
2011-10-18
Date published:
2012-05-22

Abstract

Economic and technological condition forecast for the resource conservation technologies is composed. An appraisal of application of the resource conservation technologies using for UGSs, that permit to use technological assets more effective is given. Effective strategic solutions is discovered.

Область исследования:
(Archived) Economics and management
Keywords:
underground gas storage facilities resource conservation economic efficiency loss selection costs
Funding:

None

Go to volume 196

References

  1. Kazaryn V.A. Underground gas and hydrocarbonwater storage facilities. Мoscow, 2006. 225 p.
  2. Korotaev U.P., Shirkovsky A.I. Extraction, transmission and underground gas storage. Мoscow, 1984. 487 p.
  3. Kokurin D. Innovation activity Мoscow, 2001. P.67-73.

Similar articles

Gyrocompass МVТ-2 metrological researches
2012 A. G. Aleksenko
Estimation of the is intense-deformed condition of massif at building inclined tunnel of metro station «Admiralty» of the Saint Petersburg underground
2012 S. Yu. Novozhenin
Control of the condition of the rock-mass condition using tansducers of hydrostatie pressure during mining escalator tunnel of «Admiralteiskaya» underground station
2012 Yu. A. Norvatov, K. E. Volodchenko, M. V. Sergutin
Refinements of strategy for calculating cadastral value of ground area considering encumbrances and restrictions with the aim of taxation
2012 Yu. V. Chernetskaya
Computer program of gidrodynamical calculation of moving mixture in pipes due to Poetman – Karpenter and Lutoshkin – Krylov methods
2012 A. L. Klimenkov, V. T. Litvin, O. G. Bykova
Kholodninskoe deposit: development strategy, main engineering solutions, perspective exploration
2012 Vladimir S. Litvinenko, V. P. Zubov, O. V. Mikhailenko