INCREASE IN FLUID EXTRACTION, WHICH IS AT THE FINAL STAGE OF DEVELOPMENT DUE TO THE IMPROVEMENT OF EQUIPMENT INTENSIFICATION | Zendy

Victoriia Rubel | Zendy; Maryna Petruniak | Zendy

Open Access

INCREASE IN FLUID EXTRACTION, WHICH IS AT THE FINAL STAGE OF DEVELOPMENT DUE TO THE IMPROVEMENT OF EQUIPMENT INTENSIFICATION

Author(s) -

Victoriia Rubel,

Maryna Petruniak

Publication year - 2019

Publication title -

academic journal series industrial machine building civil engineering

Language(s) - English

Resource type - Journals

eISSN - 2518-1106

pISSN - 2409-9074

DOI - 10.26906/znp.2019.53.1904

Subject(s) - petroleum engineering , wellbore , extraction (chemistry) , carbon dioxide , stage (stratigraphy) , environmental science , volume (thermodynamics) , bundle , process engineering , chemistry , chromatography , engineering , geology , materials science , thermodynamics , paleontology , physics , organic chemistry , composite material

It has been established that the fluid reserves, which are at the final stage of development, are difficult to extractable andwatered. The methods of intensification are analyzed and it is established that it will be rational in this case to pump carbondioxide into the reservoir. Its influence on a bundle of oil and water is determined. The results of the statistical processing ofthe change of the debit before and after injection of carbon dioxide, the influence of the volume of gas injected into the wellfrom the seperate permeability of the reservoir, as well as the expected rate of wellbore after injection, are presented.

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