METHOD AND DEVICE FOR MEASURING GAS LOSS IN GAS-LIQUID MIXTURES Russian patent published in 2005 - IPC

Abstract RU 2244825 C1

FIELD: oil extractive industry.

SUBSTANCE: mixture is separated on liquid and gas in separator. Liquid is periodically collected and forced away by gas while measuring absolute pressure and gas temperature in separator tank near upper and lower fixed liquid levels, and times of forcing away of fixed liquid volume. Additionally measured are absolute pressure and temperature in moment when liquid reaches intermediate fixed level. Then liquid is forced from intermediate fixed level to lower fixed level separator is switched off from well, and mass loss of gas is calculated from provided relation. Device for realization of method consists of separator with feeding pipe, in which a three-drive valve is mounted, and draining pipe, which through said valve is connected to liquid outlet channel and to gas outlet channel. Separator is provided with sensors of temperature and pressure and sensors of upper, intermediate and lower levels, mounted in such a manner, that they separate fixed volumes between each other in separator tank, in case of equality of which calculations are simplified.

EFFECT: higher precision.

2 cl, 1 dwg

Similar patents RU2244825C1

Title Year Author Number
METHOD OF MEASURING LIQUID FLOW IN GAS-LIQUID MIXTURES 2003
  • Vinshtejn I.I.
  • Gubarev A.K.
RU2244122C1
METHOD AND DEVICE FOR MEASURING LIQUID FLOW IN GAS-LIQUID MIXTURES 2003
  • Vinshtejn I.I.
  • Gubarev A.K.
RU2246614C1
DEVICE FOR MEASURING PRODUCTION RATE OF OIL WELLS 1997
  • Safarov R.R.
  • Ganeev F.K.
RU2131027C1
DEVICE FOR OIL WELLS OIL RECOVERY RATE MEASUREMENTS 2008
  • Abramov Genrikh Saakovich
  • Barychev Aleksej Vasil'Evich
  • Zimin Mikhail Ivanovich
RU2382195C1
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 THE PRODUCTION OF THE OIL WELL 2017
  • Valeev Murad Davletovich
  • Bagautdinov Marsel Azatovich
  • Akhmetgaliev Rinat Zakirovich
  • Zhitkov Aleksandr Sergeevich
  • Nurtdinov Marat Rinatovich
RU2658699C1
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
METHOD OF MEASUREMENT OF OIL WELL PRODUCTION RATE 1999
  • Khalilov F.G.
  • Demakin Ju.P.
  • Khakimov A.M.
  • Zhitkov A.S.
  • Trubin M.V.
RU2157888C1
ADAPTIVE METHOD OF DEFINITION OF RESIDUAL (FREE) GAS CONTENT AT GROUP GAGE UNITS 2008
  • Abramov Genrikh Saakovich
  • Barychev Aleksej Vasil'Evich
  • Nadein Vladimir Aleksandrovich
RU2386811C1
MEASUREMENT METHOD AND DEVICE FOR COMPONENT FLOW-RATE OF THREE-COMPONENT GAS-AND-LIQUID FLOW 2005
  • Luk'Janov Ehduard Evgen'Evich
  • Kajurov Konstantin Nikolaevich
  • Eremin Viktor Nikolaevich
RU2301887C2

RU 2 244 825 C1

Authors

Vinshtejn I.I.

Gubarev A.K.

Kurilov Ju.A.

Ehl'Zesser V.A.

Nedosekov N.S.

Dates

2005-01-20Published

2003-09-22Filed