HYDRATE FORMATION MONITORING REACTOR Russian patent published in 2019 - IPC G01N21/65 

Abstract RU 2705935 C1

FIELD: technological processes.

SUBSTANCE: invention relates to automatic control of natural gas hydrate conditions and can be used for studying conditions of hydrate formation on different materials in conditions of deposits of hydrocarbons and main pipelines. Reactor for controlling hydrate formation comprises a metal cell provided with a plug configured to hermetically lock the cell and provided with channels for a thermocouple and for supplying water and gas under pressure, plug is made in form of cylinder equipped with annular band, is equipped with sealing ring seals in gap between plug surface and inner surface of cell, vertical walls of the cell are equipped with diametrically located through holes, in which sealed sight glasses are placed from material which is transparent to the laser beam of the spectrometer, cell is equipped with a cooling unit comprising chambers enclosing side surfaces of the cell, except for areas on which through holes are made, note here that chambers covering side surfaces of the cell are interconnected by horizontal channel with cell bottom used as top wall. Note here that samples of tested materials are located in cell cavity. Besides, cooling circuits are provided with holes for supply and discharge of cooling liquid.

EFFECT: enabling simulation of a medium for formation of hydrocarbon gas hydrates with the possibility of instantaneous recording of hydrate formation of hydrocarbons on nano- and hybrid functional materials, alloys and coatings with special properties using Raman scattering spectroscopy.

1 cl, 2 dwg

Similar patents RU2705935C1

Title Year Author Number
REACTOR FOR CONTROLLING HYDRATE FORMATION 2019
  • Gulkov Aleksandr Nefedovich
  • Em Yurij Mikhajlovich
  • Morozov Aleksej Andreevich
  • Baryshev Vladislav Nikolaevich
  • Osmolovskij Pavel Igorevich
  • Pichugov Anton Alekseevich
RU2705709C1
HYDRATE FORMATION MONITORING REACTOR 2019
  • Gulkov Aleksandr Nefedovich
  • Em Yurij Mikhajlovich
  • Morozov Aleksej Andreevich
  • Baryshev Vladislav Nikolaevich
  • Osmolovskij Pavel Igorevich
  • Pichugov Anton Alekseevich
RU2705707C1
SMOKE ANALYSIS CELL 2011
  • Maskot Isham
  • Sirven Zhan-Batist
  • Devall' Paskal'
  • Gjuizar Benua
RU2555210C2
METHOD OF PRODUCING SMALL-SIZE OPTICAL RESONANCE CELLS WITH VAPOURS OF ALKALI METAL ATOMS AND DEVICE THEREFOR 2014
  • Mudretsov Dmitrij Valentinovich
  • Fishman Rafail Ionovich
  • Vasilev Vitalij Valentinovich
  • Sevostjanov Dmitrij Ivanovich
  • Losev Stanislav Sergeevich
  • Velichanskij Vladimir Leonidovich
RU2578890C1
METHOD OF MANUFACTURING SMALL-SIZED NUCLEAR CELLS WITH ALKALI METAL ATOM VAPORS 2018
  • Egorov Aleksej Borisovich
  • Chuchelov Dmitrij Sergeevich
  • Fishman Rafail Ionovich
  • Velichanskij Vladimir Leonidovich
RU2676296C1
STAND FOR TESTING SEALING COLLARS 0
  • Pejros Vitalij Feliksovich
  • Givental Boris Iosifovich
  • Chernoshtan Valerij Ivanovich
SU1081451A1
AMPOULE IRRADIATION DEVICE FOR REACTOR RESEARCH 2022
  • Beltyukov Igor Leonidovich
  • Vasyutin Nikita Andreevich
  • Zyryanova Aleksandra Anatolevna
  • Koshcheev Konstantin Nikolaevich
  • Litovchenko Vladislav Yurevich
  • Shabelnikov Evgenij Vadimovich
  • Mokrushin Andrej Andreevich
  • Kuznetsov Vyacheslav Vitalevich
  • Serikov Vladislav Sergeevich
RU2781552C1
PLANT FOR INVESTIGATING MATERIAL THERMAL RESISTANCE 0
  • Aksenov Vyacheslav Mikhajlovich
  • Zhakezhanov Evgenij Anatolevich
  • Cherepanov Boris Stepanovich
  • Sychev Anatolij Nikolaevich
SU862050A1
DEVICE FOR SOLVING ALKALI METALS 0
  • Osipov V.N.
  • Chizhov A.N.
  • Masalkin N.G.
  • Sozin A.I.
  • Sennikov Yu.N.
SU1473168A1
PYROLYSIS DISPOSAL PLANT 2017
  • Ayubov Mansur Elmyrzaevich
RU2678215C1

RU 2 705 935 C1

Authors

Gulkov Aleksandr Nefedovich

Em Yurij Mikhajlovich

Morozov Aleksej Andreevich

Baryshev Vladislav Nikolaevich

Osmolovskij Pavel Igorevich

Pichugov Anton Alekseevich

Dates

2019-11-12Published

2019-05-07Filed