COMPOSITION AND METHOD FOR OBTAINING PUMPED SUSPENSION OF HYDROCARBON HYDRATES AT HIGH WATER CONTENT Russian patent published in 2012 - IPC F17D1/16 

Abstract RU 2445544 C2

FIELD: oil and gas industry.

SUBSTANCE: versions of the invention implementation refer to the method for obtaining the pumped suspension of hydrates in mixture of fluids of hydrocarbon pipeline, which has water content of more than approximately 50 vol. %. In one or several versions of implementation the method involves treatment of mixture of fluids with anti-agglomerate and addition of water to mixture of fluids in quantity which is enough for sufficient reduction of gas-water factor so that the pumped suspension of hydrates is obtained and hydrate-forming gases are removed from mixture of hydrocarbon fluids in the quantity sufficient for preparation of the pumped suspension of hydrates. Production methods of hydrocarbons, which involve the method providing the pumped suspension of hydrates in mixture of fluids of hydrocarbon pipeline, which has water content of more than approximately 50 vol. %, are described as well.

EFFECT: improved composition and method for obtaining pumped suspensions of hydrocarbon hydrates in pipelines at high water content, as well as improved composition and method, which are effective for lighter oil products.

17 cl, 3 dwg

Similar patents RU2445544C2

Title Year Author Number
MULTIFUNCTIONAL PRODUCT ABLE TO REMOVE HYDROGEN SULPHIDE IMPURITIES AND INHIBIT A FORMATION OF HYDRATES 2017
  • Bailey, Joseph, P.
  • Padula, Lilian
RU2689754C1
METHOD TO PRODUCE HYDRATE SUSPENSION THAT DOES NOT CREATE PLUG 2007
  • Tolli Larri D.
  • Terner Duglas Dzh.
  • Pridman Duglas K.
RU2425860C2
COMPOSITION AND METHOD OF REDUCING AGGLOMERATION OF HYDRATES 2011
  • Vebber Piter A.
  • Konrad Piter G.
  • Flehtt Austin K.
RU2562974C2
METHOD OF FLUID TRANSFER, THERMAL PUMP AND WORKING FLUID THEREFOR 2005
  • Tokhidi Bakhman
RU2417338C2
METHOD FOR TRANSPORTING OIL WITH A HIGH GOR USING A CONTROLLED HYDRATE FLOW 2021
  • Varfolomeev Mikhail Alekseevich
  • Stoporev Andrej Sergeevich
  • Pavelev Roman Sergeevich
  • Semenov Matvej Egorovich
RU2757196C1
METHOD OF HYDRATION INHIBITING 2018
  • Semenov Anton Pavlovich
  • Mendgaziev Rais Iman-Madievich
  • Magadova Lyubov Abdulaevna
  • Silin Mikhail Aleksandrovich
  • Malyutin Stanislav Aleksandrovich
  • Stoporev Andrej Sergeevich
  • Gushchin Pavel Aleksandrovich
  • Ivanov Evgenij Vladimirovich
  • Vinokurov Vladimir Arnoldovich
RU2706276C1
IN-SITU THERMAL TREATMENT OF HYDROCARBON-CONTAINING RESERVOIR AND UPGRADING PRODUCED FLUID BEFORE FOLLOWING FLUID PROCESSING 2002
  • Vellington Skott Li
  • Madgavkar Adzhaj Madkhav
  • Rajan Robert Charl'Z
RU2305175C2
HYDRATE INHIBITOR 2018
  • Semenov Anton Pavlovich
  • Mendgaziev Rais Iman-Madievich
  • Magadova Lyubov Abdulaevna
  • Silin Mikhail Aleksandrovich
  • Malyutin Stanislav Aleksandrovich
  • Stoporev Andrej Sergeevich
  • Gushchin Pavel Aleksandrovich
  • Ivanov Evgenij Vladimirovich
  • Vinokurov Vladimir Arnoldovich
RU2705645C1
METHOD OF SUBSURFACE FORMATION TREATMENT (VERSIONS) AND MOTOR FUEL PRODUCED BY THIS METHOD 2008
  • Bir Gehri Li
  • Busheng Li
  • Mo Vejdzhian
RU2487236C2
COMPOSITION AND METHOD OF SELECTING HYDROCARBON FLUIDS FROM UNDERGROUND TANKS 2013
  • Kurian Pious
  • Wei Mingli
  • Chang Kin-Tai
RU2670295C1

RU 2 445 544 C2

Authors

Tolli Larri D.

Dates

2012-03-20Published

2007-02-13Filed