FIELD: oil-and-gas industry.
SUBSTANCE: proposed method comprises lab and geophysical studies of rock porosity, permeability, oil saturation and oil displacement and determination of pressure gradient field over the deposit area. Note here that collector and filtration-capacitive properties are defined in expanded pressure range and linear speed to make 1*10-4 MPa/m and 1*10-4 m/days. Defined are statistic porous hydrodynamic and energy structure of rock including reserves of hydrocarbons in the filed of pressure gradients while said factor is calculated as the portion of threshold deposit volume per one producing well.
EFFECT: higher accuracy, reliability and accelerated determination.
1 ex, 3 tbl, 3 dwg
| Title | Year | Author | Number |
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| METHOD OF DETERMINING DYNAMICS OF EXTRACTION OF HARD TO RECOVER RESERVES OF OIL | 2014 |
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| METHOD OF CONSTRUCTING GEOLOGICAL AND HYDRODYNAMIC MODELS OF OIL AND GAS FIELDS | 2020 |
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| METHOD OF EXPLOITATION OF OIL POOL ( VERSIONS ) | 1999 |
|
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| METHOD FOR LABORATORY DETERMINATION OF OIL RECOVERY COEFFICIENT USING STEAM INJECTION TECHNOLOGIES | 2017 |
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| METHOD OF HYDROCARBON DEPOSIT DEVELOPMENT WITH PHYSICAL EFFECT ONTO GEOLOGICAL MEDIUM | 2007 |
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| METHOD FOR DETERMINING FILTRATION PROPERTIES OF CAVERNOUS-FRACTURED RESERVOIRS | 2023 |
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| METHOD FOR DEVELOPMENT OF NON-UNIFORM OIL DEPOSIT | 2019 |
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RU2695418C1 |
