METHOD OF DEVELOPMENT OF WATER-FLOODED OIL RESERVOIR WITH MICROWAVE ELECTROMAGNETIC EFFECT (VERSIONS) Russian patent published in 2015 - IPC E21B43/25 E21B43/24 E21B43/20 

Abstract RU 2555731 C1

FIELD: oil and gas industry.

SUBSTANCE: group of inventions relates to the field of oil industry and can be used for enhanced oil recovery of the reservoir in the development of water-flooded reservoirs with viscous oil and bitumen at a late stage of development. The method comprises opening the reservoir with the ability to transfer the production well into the injection one, the reservoir processing, keeping the hole without any influence, intake of oil from the reservoir. At that a system of microwave electromagnetic generators with radiation frequency of 2.5 GHz is lowered into the injection well, connected to the slot antenna using the feeder. The length of the slot antenna is selected equal to the thickness of the aquifer of the reservoir. In the mode of injection, the water injection into the reservoir is carried out with simultaneous influence on the reservoir with microwave electromagnetic field, the radiation power is determined by the time of heating of the water injected in the downhole to the desired temperature. When filling 5-10% of the volume of the pore space of the formation, the well is maintained, the well is transferred into the production well, and the liquid intake from the production well is carried out.

EFFECT: increase of the effectiveness and economical efficiency of development of water-flooded reservoirs of high-viscosity oil, intensification of oil production in water-flooded reservoirs of high-viscosity oil by increasing the coverage with influence to the reservoir with heating in the bottomhole area of the reservoir of the production wells.

2 cl, 3 dwg

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RU 2 555 731 C1

Authors

Kovaleva Liana Aronovna

Zinnatullin Rasul Rashitovich

Musin Ajrat Akhmatovich

Blagochinnov Vladimir Nikolaevich

Valiev Shaukat Makhmutovich

Mullajanov Al'Mir Il'Firovich

Dates

2015-07-10Published

2013-12-06Filed