METHOD OF DISPERSED PHASE CARRY-OVER MEASUREMENT IN GAS STREAM AND DEVICE FOR ITS IMPLEMENTATION (VERSIONS) Russian patent published in 2010 - IPC G01N25/56 

Abstract RU 2386123 C1

FIELD: oil-and-gas production.

SUBSTANCE: method of measurement of dispersed phase carry-over includes passing through filter-mount of particular volume of gas samples with following definition of overweight of filter-mount ensured by deposition of dispersed phase. Additionally this volume of gas sample is bleed through bleeder probe. Extracted moisture is collected in additional filter-mount, additional filter-mount is overlapped. Particular volume of gas sample is directed to filter-mount during particular period of time at steady gas flow through installation, which provides regulator implemented in the form of block with set of standardise critical jet. Installation implementing method contains bleeder probe, filter-mount, additional filter-mount for collecting of extracted moisture, regulator of steady flow of gas at pressure, temperature and velocity in system of installation, equal to pressure, temperature and velocity of gas stream, implemented in the form of block with set of standardised critical nozzles.

EFFECT: receiving of more exact values of entrainment of discontinuous phase in gas flow.

2 cl, 1 dwg, 1 tbl

Similar patents RU2386123C1

Title Year Author Number
METHOD FOR MEASURING DISPERSED PHASE ENTRAINMENT IN GAS FLOW AND RELATED DEVICE FOR IMPLEMENTATION THEREOF 2009
  • Farakhov Mansur Insafovich
  • Akhljamov Marat Nail'Evich
  • Bajguzin Farkhad Abdrjaufovich
  • Nigmatov Ruslan Robertovich
  • Minigulov Rafail' Minigulovich
  • Korytnikov Roman Vladimirovich
  • Jakhontov Dmitrij Aleksandrovich
RU2396553C1
PLANT FOR DETERMINING DISPERSE PHASE CONTENT IN GAS FLOW 2012
  • Farakhov Mansur Insafovich
  • Akhljamov Marat Nail'Evich
  • Nigmatov Ruslan Robertovich
  • Salimgareev Ruslan Il'Darovich
  • Shigapov Il'Jas Masgutovich
  • Shubin Dmitrij Nikolaevich
  • Mjakota Aleksej Aleksandrovich
RU2498231C1
MEASURING INSTRUMENT OF CONTENT OF DISPERSE PHASE IN THE GAS FLOW 2016
  • Akhlyamov Marat Nailevich
  • Nigmatov Ruslan Robertovich
  • Akhmadeev Kamil Khakimovich
RU2644449C1
METHOD FOR MEASUREMENT OF ASH IMPURITIES WITH GAS FLOW AND DEVICE THEREFOR 2014
  • Zibert Genrikh Karlovich
  • Shchekoldin Ivan Ivanovich
  • Zibert Aleksej Genrikhovich
  • Valiullin Ilshat Minullovich
RU2606099C2
DETECTOR FOR MONITORING DROPLET ENTRAINMENT 2011
  • Skrylev Sergej Aleksandrovich
  • Bolotov Al'Bert Aleksandrovich
  • Bolotov Andrej Al'Bertovich
RU2460045C1
DEVICE FOR SAMPLING IN TWO-PHASE FLOWS 2019
  • Akhmetzyanova Lejsan Anvarovna
  • Levin Kirill Aleksandrovich
  • Malyshev Sergej Lvovich
  • Malyshev Roman Sergeevich
RU2754669C2
APPARATUS FOR MEASURING CONCENTRATION OF DROPPING LIQUID IN GAS STREAM 2010
  • Barinov Boris Aleksandrovich
  • Rozhnova Aleksandra Pavlovna
  • Barinov Petr Borisovich
RU2439544C2
PLANT FOR MEASURING PRODUCTION RATE OF GAS CONDENSATE WELLS 2017
  • Akhlyamov Marat Nailevich
  • Akhmadeev Kamil Khakimovich
  • Nigmatov Ruslan Robertovich
  • Filippov Dmitrij Anatolevich
  • Zinnatullin Lenar Radisovich
  • Urezkov Mikhail Fedorovich
  • Sukhov Roman Dmitrievich
RU2655866C1
METHOD OF DETERMINING CARRYOVER OF LIQUID HYDROCARBONS FROM SEPARATION EQUIPMENT 2023
  • Gimpu Vitalij Sergeevich
  • Popov Dmitrij Aleksandrovich
  • Shepityak Roman Romanovich
  • Yurasov Vitalij Olegovich
  • Khajrullin Ilshat Ramilevich
RU2824549C1
SYSTEM FOR MEASURING CONTENT OF DROPPING LIQUID IN ASSOCIATED PETROLEUM GAS FLOW 2020
  • Nuzhnov Timofei Viktorovich
  • Efimov Andrei Aleksandrovich
RU2750790C1

RU 2 386 123 C1

Authors

Farakhov Mansur Insafovich

Shigapov Il'Jas Masgutovich

Akhljamov Marat Nail'Evich

Bajguzin Farkhad Abdrjaufovich

Nigmatov Ruslan Robertovich

Dates

2010-04-10Published

2008-11-10Filed