METHOD FOR EXTRACTION OF WATER-CLOGGED OIL DEPOSIT Russian patent published in 2005 - IPC

Abstract RU 2255212 C1

FIELD: oil industry.

SUBSTANCE: method includes determining dominating frequency of productive bed by performing prior vibration-seismic action using surface oscillations source at different frequencies and analysis of seismic graphs from seismic receivers in product wells. Vibration-seismic effect on watered portion of productive bed of oil deposit is performed by a group of surface oscillations sources, operating at dominating frequency of productive bed. Bed fluid is extracted via product wells. After vibration-seismic effect on watered portion of productive bed of oil deposit by a group of surface oscillations sources, operating at domination frequency of productive bed, concurrent vibration-seismic effect is performed using two sub-groups of said group of surface oscillation sources. Each sub-group of group operates at determined from mathematical dependence. Average frequency of surface oscillations sources of whole group is equal to dominating frequency of productive bed. Difference in frequencies, on which each sub-group operates, is determined in accordance to linear size of watered portion of productive bed of oil deposit and is satisfactory to mathematical dependence. Concurrent vibration-seismic effect by two sub-groups of said group of surface oscillations sources is performed with forming of wave having length exceeding length of wave with dominating frequency.

EFFECT: higher oil yield.

2 ex

Similar patents RU2255212C1

Title Year Author Number
METHOD FOR SEISMICALLY INFLUENCING PRODUCTIVE FORMATION 2005
  • Masagutov Rim Khakimovich
  • Janturin Al'Fred Shamsunovich
  • Gafurov Oleg Gareevich
  • Garajshin Shamil' Gilemshinovich
  • Al'Mukhametov Almaz Akhmetsafovich
RU2291956C2
METHOD OF OIL PRODUCTION INTENSIFICATION 2014
  • Antoniadi Dmitrij Georgievich
  • Vasil'Ev Nikolaj Ivanovich
  • Datsenko Elena Nikolaevna
  • Orlova Inna Olegovna
  • Avakimjan Natal'Ja Nikolaevna
RU2553122C1
METHOD OF DEVELOPMENT OF DROWNED OIL DEPOSIT AND DEVICE FOR VIBROSEISMIC TREATMENT OF THIS DEPOSIT 1999
  • Lopukhov G.P.
RU2172819C1
METHOD OF HYDROCARBON POOL DEVELOPMENT 2002
  • Pavlov M.V.
  • Fedorov P.N.
RU2191891C1
METHOD OF HYDROCARBON POOL DEVELOPMENT 2002
  • Pavlov M.V.
  • Fedorov P.N.
  • Rodin S.V.
RU2191890C1
PROCESS OF EXPLOITATION OF FLOODED OIL FIELD AND GEAR FOR ITS IMPLEMENTATION 1999
  • Lopukhov G.P.
RU2163660C1
HYDROCARBON RESERVOIR DEVELOPMENT METHOD 2004
  • Pavlov M.V.
  • Pronin S.V.
RU2261985C1
METHOD OF HYDROCARBON DEPOSIT DEVELOPMENT WITH PHYSICAL EFFECT ONTO GEOLOGICAL MEDIUM 2007
  • Dyblenko Valerij Petrovich
  • Evchenko Viktor Semenovich
RU2349741C2
PROCESS OF EXPLOITATION OF FLOODED OIL DEPOSITS 1992
  • Demidov V.P.
  • Kismereshkin V.P.
RU2057906C1
METHOD OF DEVELOPING FLOODED OILFIELD 0
  • Asan-Dzhalalov Aleksej Georgievich
  • Kuznetsov Vadim Vladimirovich
  • Kissin Isnau Gavrilovich
  • Nikolaev Aleksej Vsevolodovich
  • Nikolaevskij Viktor Nikolaevich
  • Urdukhanov Ruvfet Isamutdinovich
SU1596081A1

RU 2 255 212 C1

Authors

Al'Mukhametov A.A.

Dates

2005-06-27Published

2004-08-02Filed