Submit an Article
Become a reviewer
Vol 189
Pages:
62
Download volume:

Definition areas of possible migration gas fromthe reservoir by cross-hole seismic tomography method

Authors:
N. A. Pozdnyakova
About authors
  • Saint Petersburg State Mining Institute (Technical University)
Date submitted:
2010-07-30
Date accepted:
2010-09-10
Date published:
2011-01-01

Abstract

Possibilities of cross-hole a seismoacoustic tomography method for studying tightness a tire-cover of a reservoir underground storehouse of gas (USG), created in water-bearing horizont. Research cross-hole spaces for definition zones possible migration and accumulation gas outside of a trap are considered. The system of supervision used at carrying out cross-hole seismoacoustic tomography is proved, the example of revealing zones migration and accumulation gas outside from reservoir is resulted. Prospects  application the given method on USG in a monitoring mode are defined.

Go to volume 189

References

  1. Зубарев А.П. Комплексный геофизический и геохимический контроль при эксплуатации подземных газохранилищ / А.П.Зубарев, В.Н.Шулейкин. М.: Недра, 2009. 264 с.
  2. Бобровский С.А. Газовые сети и газохранилища/ С.А.Бобровский, Е.И.Яковлев. М.: Недра, 1980. 174 с.

Similar articles

Efficiency klasterization оf the almazno-diamond complex of Russia
2011 A. K. Belov
Modern technology concentration platinum metals from industrial waste by processing of sulphide copper-nickel ores
2011 V. N. Kovalev
Substantiation of way unloading pillar in tectonically fractured massif
2011 A. G. Protosenya, D. Yu. Dorzhiev
Two genetic types of peristerites in iridescent plagioclases
2011 M. A. Ivanov, A. P. Simakov
The physical breadboard model of dynamically counterbalanced drilling string with swinging movement with the asynchronous electric drive powered by inverter laboratory experimental researche
2011 V. V. Ivanik
Experimental and theoretical studies and justification of geotechnology of stock pile formation from pelletized gold-bearing ores in order to enhance its filtration properties
2011 S. B. Tataurov