DEVICE FOR FLOW SEPARATION OF MULTI-COMPONENT MEDIUM Russian patent published in 2023 - IPC F25J3/00 B01D53/24 

Abstract RU 2799746 C1

FIELD: cryogenic engineering.

SUBSTANCE: invention relates to devices for separating a multicomponent medium. The branch pipe for supplying the flow of a multicomponent medium is located tangentially with respect to the conical screw, which is made of a three-start screw with a variable winding pitch of the blades, the pitch of which decreases from the inlet to the outlet. A channel is made in the screw, the cavity of which is connected with the cavity of the condensate collection tank and opens into the internal cavity of the cylindrical section. The confuser section of the channel is made at least two-stage. The inner surface of the first stage is equidistant to the outer surface of the conical screw. The second stage is made in the form of a transition with rounded sections of cylindrical surfaces of a larger diameter into cylindrical surfaces of a smaller diameter. The channel of smaller diameter is divided into at least two cylindrical sections of different diameters. The droplet and/or solid particle selection unit contains a profiled sleeve having at least two outer cylindrical surfaces of different diameters. The inner cavity of the bushing contains at least sequentially located cylindrical, diffuser and cylindrical sections and is connected to the outlet channel, made in the form of a hollow body, mainly of rotation, containing internal diffuser and cylindrical sections and installed in the hollow body. On the outer surface of the profiled sleeve, a droplet stopper is made, located in front of the inlet to the condensate drain pipe.

EFFECT: increased efficiency of flow swirl and reduced flow pulsations at supersonic speeds.

1 cl, 7 dwg

Similar patents RU2799746C1

Title Year Author Number
DEVICE FOR FLOW SEPARATION OF MULTI-COMPONENT MEDIUM 2022
  • Lachugin Ivan Georgievich
  • Shevtsov Aleksandr Petrovich
  • Khokhlov Vladimir Yurevich
  • Ilichev Vitalij Aleksandrovich
  • Chernichenko Vladimir Viktorovich
  • Bazykin Denis Aleksandrovich
  • Pupynin Andrej Vladimirovich
RU2799745C1
DEVICE FOR SEPARATION OF MULTICOMPONENT MEDIUM 2020
  • Shevtsov Aleksandr Petrovich
  • Gritsenko Vladimir Dmitrievich
  • Pupynin Andrej Vladimirovich
  • Orekhov Evgenij Aleksandrovich
  • Chernichenko Vladimir Viktorovich
RU2738516C1
DEVICE FOR SEPARATION OF MULTICOMPONENT MEDIUM 2022
  • Lachugin Ivan Georgievich
  • Shevtsov Aleksandr Petrovich
  • Slugin Pavel Petrovich
  • Khokhlov Vladimir Yurevich
  • Ilichev Vitalij Aleksandrovich
  • Bazykin Denis Aleksandrovich
  • Chernichenko Vladimir Viktorovich
  • Pupynin Andrej Vladimirovich
RU2790120C1
DEVICE FOR SEPARATION OF MULTICOMPONENT MEDIUM 2020
  • Shevtsov Aleksandr Petrovich
  • Gritsenko Vladimir Dmitrievich
  • Pupynin Andrej Vladimirovich
  • Orekhov Evgenij Aleksandrovich
  • Slugin Pavel Petrovich
RU2731448C1
METHOD FOR SEPARATION OF THE FLOW OF A MULTICOMPONENT MEDIUM 2022
  • Lachugin Ivan Georgievich
  • Shevtsov Aleksandr Petrovich
  • Slugin Pavel Petrovich
  • Khokhlov Vladimir Yurevich
  • Ilichev Vitalij Aleksandrovich
  • Bazykin Denis Aleksandrovich
  • Chernichenko Vladimir Viktorovich
  • Pupynin Andrej Vladimirovich
RU2790121C1
METHOD OF SEPARATING A MULTICOMPONENT MEDIUM 2020
  • Shevtsov Aleksandr Petrovich
  • Gritsenko Vladimir Dmitrievich
  • Chernichenko Vladimir Viktorovich
  • Chagin Sergej Borisovich
  • Slugin Pavel Petrovich
RU2736135C1
DEVICE FOR SEPARATION OF MULTICOMPONENT MEDIUM (OPTIONS) 2021
  • Lachugin Ivan Georgievich
  • Shevtsov Aleksandr Petrovich
  • Khokhlov Vladimir Yurevich
  • Ilichev Vitalij Aleksandrovich
  • Bazykin Denis Aleksandrovich
  • Pupynin Andrej Vladimirovich
RU2782072C1
DEVICE FOR SEPARATION OF MULTI-COMPONENT MEDIUM 2022
  • Lachugin Ivan Georgievich
  • Shevtsov Aleksandr Petrovich
  • Khokhlov Vladimir Yurevich
  • Ilichev Vitalij Aleksandrovich
  • Bazykin Denis Aleksandrovich
  • Chernichenko Vladimir Viktorovich
  • Pupynin Andrej Vladimirovich
RU2800023C1
METHOD FOR SEPARATION OF FLOW OF A MULTICOMPONENT MEDIUM 2022
  • Lachugin Ivan Georgievich
  • Shevtsov Aleksandr Petrovich
  • Khokhlov Vladimir Yurevich
  • Ilichev Vitalij Aleksandrovich
  • Bazykin Denis Aleksandrovich
  • Chernichenko Vladimir Viktorovich
  • Pupynin Andrej Vladimirovich
RU2796850C1
METHOD FOR SEPARATION OF FLOW OF A MULTI-COMPONENT MEDIUM 2022
  • Lachugin Ivan Georgievich
  • Shevtsov Aleksandr Petrovich
  • Khokhlov Vladimir Yurevich
  • Ilichev Vitalij Aleksandrovich
  • Bazykin Denis Aleksandrovich
  • Chernichenko Vladimir Viktorovich
  • Pupynin Andrej Vladimirovich
RU2796853C1

RU 2 799 746 C1

Authors

Lachugin Ivan Georgievich

Shevtsov Aleksandr Petrovich

Khokhlov Vladimir Yurevich

Ilichev Vitalij Aleksandrovich

Chernichenko Vladimir Viktorovich

Bazykin Denis Aleksandrovich

Pupynin Andrej Vladimirovich

Dates

2023-07-11Published

2022-12-13Filed