GAS LIQUIDATION SYSTEM Russian patent published in 2021 - IPC F25J1/02 F28C3/08 F17C3/00 

Abstract RU 2746143 C1

FIELD: refrigeration and cryogenic technology.

SUBSTANCE: gas liquefaction system refers to refrigeration and cryogenic technology and is designed to liquefy evaporated components, for example, fuels in land-based power plants and vehicles. The heat exchanger is made in the form of a cryogenic vessel with a collector located in its lower part of the liquid volume; a liquefied gas supply pipeline with a shut-off valve and a pressure regulator is connected to the collector. Pipelines are connected with the lower part of the cryogenic vessel through valves for supplying liquid refrigerant and removing liquefied gas. The gas cavity of the cryogenic vessel is connected to a refrigerant vapor outlet pipe in which a drain valve is installed. The collector contains capillary channels for the release of the liquefied gas in the form of bubbles into the liquid refrigerant, while the capillary channels are located on the collector in such a way that the trajectories of the bubbles emerging from different capillary channels upward through the layers of the liquid coolant do not coincide.

EFFECT: increasing the efficiency of the gas liquefaction process and improving the economy due to the fact that the bubbles coming out of different capillary channels do not mix, completely condense and do not reach the gas cavity of the cryogenic vessel.

5 cl, 7 dwg

Similar patents RU2746143C1

Title Year Author Number
GAS LIQUEFACTION UNIT 2020
  • Shishkov Vladimir Aleksandrovich
RU2753007C1
GAS LIQUEFACTION METHOD 2020
  • Shishkov Vladimir Aleksandrovich
RU2747123C1
METHOD FOR STARTING GAS TURBINE ENGINE ON CRYOGENIC FUEL 2021
  • Shishkov Vladimir Aleksandrovich
RU2772515C1
FUEL SYSTEM OF GAS TURBINE ENGINE 2019
  • Shishkov Vladimir Aleksandrovich
RU2702454C1
CRYOGENIC PRODUCT SUPPLY SYSTEM OPERATION METHOD 2018
  • Shishkov Vladimir Aleksandrovich
RU2705347C1
CRYOGENIC FUEL SUPPLY SYSTEM 2017
  • Shishkov Vladimir Aleksandrovich
RU2667845C1
GAS TURBINE ENGINE REGULATION SYSTEM 2020
  • Shishkov Vladimir Aleksandrovich
RU2746082C1
GAS LIQUEFYING PROCESS 2000
  • Pokrovskij N.V.
  • Sartakov A.G.
  • Kovaleva G.A.
RU2204771C2
UNIVERSAL GAS SEPARATION AND LIQUEFACTION METHOD (VARIANTS) AND DEVICE 2005
  • Naumejko Anatolij Vasil'Evich
  • Naumejko Sergej Anatolievich
  • Naumejko Anastasija Anatolievna
RU2272228C1
METHOD OF LIQUEFACTION OF GASES 1994
  • Zolotenkov A.N.
  • Pokrovskij N.V.
RU2087811C1

RU 2 746 143 C1

Authors

Shishkov Vladimir Aleksandrovich

Dates

2021-04-07Published

2020-08-20Filed