HIGHLY EFFICIENCY COMBINED SYSTEM FOR LIQUEFACTION OF MAIN-LINE NATURAL GAS Russian patent published in 2001 - IPC

Abstract RU 2166709 C1

FIELD: gas liquefaction systems. SUBSTANCE: proposed system includes heat exchanger located between turbines. Expansion reservoir is located after low-pressure turbine. Liquefied gas line includes Dewar flask, high-pressure pump, check valve and heat-insulated reservoir for storage of liquefied gas. Cooling loop of Stirling cryogenic machine passes through heat exchanger and includes cooler communicated with surrounding medium and pump. Turbines and electric generator are mounted on common shaft. EFFECT: enhanced efficiency; reduced outlays. 1 dwg

Similar patents RU2166709C1

Title	Year	Author	Number
HIGH-CAPACITY COMBINATION CRYOGENIC SYSTEM FOR LIQUEFACTION OF NATURAL GAS	1999	Kirillov N.G.	RU2151982C1
HIGHLY EFFICIENT SYSTEM FOR PROTRACTED STORAGE OF LIQUEFIED GASES	1999	Kirillov N.G.	RU2166708C1
HIGH-CAPACITY TECHNOLOGICAL COMPLEX FOR LIQUEFACTION AND STORAGE OF NATURAL GAS	1999	Kirillov N.G.	RU2156416C1
MULTI-PURPOSE PLANT FOR LIQUEFACTION AND STORAGE OF GASES ON BASE OF STIRLING CRYOGENIC MACHINE	1999	Kirillov N.G.	RU2156414C1
INSTALLATION WITH CRYOGENIC MACHINE "STIRLING" FOR KEEPING OF CONDENSED GASES	1999	Kirillov N.G.	RU2159908C1
SELF-CONTAINED SYSTEM OF NITROGEN REFRIGERATION WITH SIMULTANEOUS GENERATION OF ELECTRIC POWER	1999	Kirillov N.G.	RU2159910C1
COMBINED PLANT FOR LIQUEFACTION AND STORAGE OF GASES ON BASIS OF CRYOGENIC REFRIGERATING STIRLING MACHINE	1999	Kirillov N.G.	RU2151348C1
AUTONOMOUS NITROGEN COOLING SYSTEM FOR THERMOSTATING STATIONARY OBJECTS	1999	Kirillov N.G.	RU2156419C1
HIGH-CAPACITY CRYOGENIC COMPLEX FOR LIQUEFACTION OF NATURAL GAS	1999	Kirillov N.G.	RU2156417C1
PLANT FOR LIQUEFACTION OF GASES BY MEANS OF STIRLING CRYOGENIC REFRIGERATING MACHINE	1999	Kirillov N.G.	RU2150056C1

RU 2 166 709 C1

Authors

Kirillov N.G.

Dates

2001-05-10—Published

1999-11-01—Filed