METHOD FOR RECORDING OIL FLOW Russian patent published in 2005 - IPC

Abstract RU 2245444 C2

FIELD: oil and gas extractive industry.

SUBSTANCE: method includes measuring volume and denseness of fresh oil in reservoir in case of even or balanced temperature and pressure. Combined sample of fresh oil is taken from pipeline during its draining and denseness of oil and bed water and ballast content is determined. Then mass of drained oil is determined with consideration of measured parameters. Prior to draining, fresh oil from reservoir is exposed until partial separation of bed water, and its denseness is measured. During draining of fresh oil, its denseness,, volumetric share of water therein, pressure and temperature are determined. Drained oil mass and percentage of ballast is determined from given mathematical expressions. Denseness of exposed bed water is measured on basis of sample, taken after exposure of fresh oil in reservoir. Denseness of exposed bed water is measured in its flow during draining from reservoir after exposure and before draining fresh oil. Volume of fresh oil in reservoir is measured continuously by its level and data from graduating table for reservoir. Draining of combined sample of fresh oil from pipeline during its draining is performed manually or automatically in case of constant kinetic condition. After exposure of fresh oil in reservoir point samples of fresh oil are taken, additional combined sample is made thereof and denseness of fresh oil, oil and bed water and ballast percentage is determined from it, and these parameters are used when evaluating precision of determining parameters of drained oil. Measurements of denseness, volumetric water share, pressure and temperature during draining of fresh oil in flow are performed periodically with averaging of current values of measured parameters for time interval, equal to period of change of parameters of fresh oil in reservoir. Mass of bed water MW is determined from given formula.

EFFECT: higher precision.

8 cl, 1 dwg

Similar patents RU2245444C2

Title Year Author Number
METHOD FOR DETERMINING THE PROPORTION OF FREE AND DISSOLVED GAS IN CRUDE OIL AT METERING STATIONS 2016
  • Alekseev Sergej Viktorovich
  • Ibragimov Ramil Rinatovich
  • Nemirov Mikhail Semenovich
  • Silkina Tatyana Georgievna
  • Sattarov Ajdar Musavirovich
  • Zaretskij Leonid Borisovich
RU2625130C1
METHOD OF DETERMINING WATER CONTENT OF OIL WELL PRODUCT 2018
  • Absalyamov Ruslan Shamilevich
  • Shvydenko Maksim Viktorovich
RU2695909C1
METHOD OF DETERMINING THE FORMATION WATER SHARE IN THE PRODUCTION OF OIL WELLS 2015
  • Alekseev Sergej Viktorovich
  • Ibragimov Ramil Rinatovich
  • Krajnov Mikhail Viktorovich
  • Nemirov Mikhail Semenovich
  • Silkina Tatyana Georgievna
  • Sattarov Ajdar Musavirovich
RU2620702C1
METHOD FOR ASSESSING THE IMPACT OF MAN-MADE FACTORS ON CHANGES IN THE COMPONENT COMPOSITION AND PROPERTIES OF FORMATION FLUID IN THE BOTTOMHOLE FORMATION ZONE 2017
  • Kordik Kirill Evgenevich
  • Shkandratov Viktor Vladimirovich
  • Bortnikov Aleksandr Egorovich
  • Moroz Vladimir Nikolaevich
RU2662497C1
METHOD AND INSTALLATION FOR FLOW RATE MEASUREMENT OF PRODUCTS FROM GAS-CONDENSATE AND OIL WELLS 2013
  • Obukh Jurij Vladimirovich
RU2532490C1
METHOD FOR MEASURING OIL WELL PRODUCTION AND DETERMINING OIL GAS FACTOR 2023
  • Valeev Murad Davletovich
  • Gibadullin Ajrat Rafailovich
  • Akhmetgaliev Rinat Zakirovich
  • Bulchaev Nurdi Dzhamalajlovich
  • Khaladov Abdulla Shirvanievich
  • Davletov Marat Shajkhenurovich
  • Dudaev Magomed Makhmudovich
  • Gazabieva Zarema Khizarovna
  • Aliev Ibragim Imranovich
RU2823638C1
METHOD OF REGULATING WELL OPERATION IN REGARD TO INITIAL WATER SEPARATION 2014
  • Shajakberov Valerij Fajazovich
  • Shajakberov Ehduard Valer'Evich
RU2542030C1
METHOD FOR DETERMINING WATER CUT IN OIL WELL PRODUCTION 2023
  • Rakhmaev Lenar Gambarovich
RU2807959C1
METHOD FOR DETERMINING THE PROPORTION OF PETROLEUM (ASSOCIATED) GAS IN CRUDE PETROLEUM 2020
  • Tarusin Ilia Anatolevich
  • Kukhnin Sergei Vladimirovich
  • Khannanov Eduard Zagirullovich
RU2763193C1
METHOD OF MEASURING MASS FLOW RATE OF CRUDE OIL AND VOLUME OF UNDISSOLVED GAS IN OIL WELL PRODUCT 2023
  • Valeev Murad Davletovich
  • Gibadullin Ajrat Rafailovich
  • Akhmetgaliev Rinat Zakirovich
  • Bulchaev Nurdi Dzhamalajlovich
  • Khaladov Abdulla Shirvanievich
  • Dudaev Magomed Makhmudovich
  • Davletov Marat Shajkhenurovich
  • Gazabieva Zarema Khizarovna
  • Aliev Ibragim Imranovich
RU2823636C1

RU 2 245 444 C2

Authors

Pojarkov S.A.

Dem'Janov A.A.

Silkina T.G.

Nemirov M.S.

Matjukhin Jurij Valentinovich

Dates

2005-01-27Published

2002-04-16Filed