ŞƏFƏq adişİRİN qızı HƏBİbullayeva

Habibullayeva Shafag Adyshirin 
Development of methods for intensifying oil production and increasing 
the oil recovery coefficient of oil fields at late stage of development 
SUMMARY 
The maintenance of the specified volumes of oil production occurs 
both due to the introduction of new ones into the development, and through 
the intensification of selection at the fields that are in the late stage of 
operation. 
In this regard, the intensification of hydrocarbon production is one of 
the main tasks of the oil and gas industry. This is especially true for 
offshore oil and gas fields, for which the operation time is limited by the 
service life of hydraulic structures. 
The aim of the thesis is to increase the effectiveness of existing and 
development of new methods to influence the well bottom zone and the 
reservoir, taking into account the possibility of using them in the conditions 
of offshore oil production, creating new effective compositions for limiting 
water inflow, preventing and cleaning the well bottom zone and elevator 
pipes from asphalt-resinous-paraffin deposits (ARPD). 
To solve these urgent problems, new innovative technologies have 
been developed to limit the water inflow, to combat ARPD in oil wells, and 
recommendations have been made to improve the efficiency of the wells. 
A method of thermo-chemical exposure is proposed, which allows 
increasing the oil recovery of formations by increasing the area of impact 
coverage. 
A new method of microbiological impact on the reservoir has been 
developed and a method has been created to select objects for the effective 
implementation of geological and technical measures to enhance oil 
recovery. 
The implementation of the proposed technologies for limiting water 
inflow and cleaning the lift pipes of wells from asphalt-resin-paraffin 
deposits in the wells of the N.Narimanov named Asset (offshore 
Azerbaijan) showed their efficiency and allowed for 1 month to produce an 
additional 780 tons of oil and reducing of water production to 570 tons. 

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