HYDROGEN COOLED GENERATOR LUBRICANT DRAIN SYSTEM

PURPOSE: A lubricant drain system of a hydrogen-cooling generator is provided to maintain high hydrogen level in lubricant by allowing the lubricant drawn into a stand pipe to contact hydrogen gas in a detraining tank. CONSTITUTION: A lubricant drain system of a hydrogen-cooling generator comprises...

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Main Authors KNUIJT HANS, RAFTELIS FOTIOS, ANTALEK JAMES DANIEL, O'DELL KEVIN JON, SCARLATA STEVEN PAUL, ANDRITZ JEFFREY JAMES, GEORGE ANTHONY JAMES, MAGRO ABBY
Format Patent
LanguageEnglish
Korean
Published 12.07.2011
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Abstract PURPOSE: A lubricant drain system of a hydrogen-cooling generator is provided to maintain high hydrogen level in lubricant by allowing the lubricant drawn into a stand pipe to contact hydrogen gas in a detraining tank. CONSTITUTION: A lubricant drain system of a hydrogen-cooling generator comprises a hydrogen detraining tank(34) having a hollow inner part(42). A sensor(63) is installed in the hydrogen detraining tank to detect a boundary section(47) between lubricant and hydrogen gas in the hollow inner part. A drain line(50) is communicated with the hydrogen detraining tank to let fluid flow. The drain line comprises first and second end portions(52,53), wherein the first end portion is exposed on the hollow inner part. A valve(58) is installed in the drain line. A controller(70) is connected to the sensor and the valve to selectively open the valve. When the boundary section is located on the first end portion of the drain line, a fixed amount of lubricant is drawn out from the hollow inner part.
AbstractList PURPOSE: A lubricant drain system of a hydrogen-cooling generator is provided to maintain high hydrogen level in lubricant by allowing the lubricant drawn into a stand pipe to contact hydrogen gas in a detraining tank. CONSTITUTION: A lubricant drain system of a hydrogen-cooling generator comprises a hydrogen detraining tank(34) having a hollow inner part(42). A sensor(63) is installed in the hydrogen detraining tank to detect a boundary section(47) between lubricant and hydrogen gas in the hollow inner part. A drain line(50) is communicated with the hydrogen detraining tank to let fluid flow. The drain line comprises first and second end portions(52,53), wherein the first end portion is exposed on the hollow inner part. A valve(58) is installed in the drain line. A controller(70) is connected to the sensor and the valve to selectively open the valve. When the boundary section is located on the first end portion of the drain line, a fixed amount of lubricant is drawn out from the hollow inner part.
Author MAGRO ABBY
KNUIJT HANS
GEORGE ANTHONY JAMES
RAFTELIS FOTIOS
ANDRITZ JEFFREY JAMES
SCARLATA STEVEN PAUL
O'DELL KEVIN JON
ANTALEK JAMES DANIEL
Author_xml – fullname: KNUIJT HANS
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– fullname: ANTALEK JAMES DANIEL
– fullname: O'DELL KEVIN JON
– fullname: SCARLATA STEVEN PAUL
– fullname: ANDRITZ JEFFREY JAMES
– fullname: GEORGE ANTHONY JAMES
– fullname: MAGRO ABBY
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Snippet PURPOSE: A lubricant drain system of a hydrogen-cooling generator is provided to maintain high hydrogen level in lubricant by allowing the lubricant drawn into...
SourceID epo
SourceType Open Access Repository
SubjectTerms BLASTING
ENGINEERING ELEMENTS AND UNITS
FILLING VESSELS WITH, OR DISCHARGING FROM VESSELS, COMPRESSED,LIQUEFIED, OR SOLIDIFIED GASES
FIXED-CAPACITY GAS-HOLDERS
GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVEFUNCTIONING OF MACHINES OR INSTALLATIONS
HEATING
LIGHTING
LUBRICATING
MECHANICAL ENGINEERING
STORING OF DISTRIBUTING GASES OR LIQUIDS
THERMAL INSULATION IN GENERAL
VESSELS FOR CONTAINING OR STORING COMPRESSED, LIQUEFIED ORSOLIDIFIED GASES
WEAPONS
Title HYDROGEN COOLED GENERATOR LUBRICANT DRAIN SYSTEM
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