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SU394574A1 - METHOD OF WORK OF TURBINE INSTALLATION - Google Patents

METHOD OF WORK OF TURBINE INSTALLATION

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Publication number
SU394574A1
SU394574A1 SU1717570A SU1717570A SU394574A1 SU 394574 A1 SU394574 A1 SU 394574A1 SU 1717570 A SU1717570 A SU 1717570A SU 1717570 A SU1717570 A SU 1717570A SU 394574 A1 SU394574 A1 SU 394574A1
Authority
SU
USSR - Soviet Union
Prior art keywords
steam
gas
work
turbine installation
water
Prior art date
Application number
SU1717570A
Other languages
Russian (ru)
Inventor
А. Дикий Н.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed filed Critical
Priority to SU1717570A priority Critical patent/SU394574A1/en
Application granted granted Critical
Publication of SU394574A1 publication Critical patent/SU394574A1/en

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Description

1one

Изобретение относитс  к области тенлоэнергетики и может быть использовано в турбиниых установках, работающих на иизкотемпературной теплоте.The invention relates to the field of tenloenergy and can be used in turbine installations operating at izkotkotemperaturnuyu heat.

Известен способ работы турбиниых установок на низкотемлературной теплоте, напри .мер, термального исгочника с генерацией пара в контактных аппаратах. Недостатком такого способа Явл етс  небольша  разница температур вход щей в контактный алпарат и выход щеГ из него воды, что нри.водит к низкому коэффашиенту использовани  тепла источника.There is a method of operation of turbine installations on low-temperature heat, for example, thermal springs with the generation of steam in contact devices. The disadvantage of this method is the small difference in temperature between the water entering the contact device and the water leaving it, which leads to a low coefficient of heat source utilization.

Пред.чагае.мый способ отличаетс  от известного тем, что генерацию пара осуществл ют путем смещени  воды источника и сжатого в кOMinрессоре газа.The prior art method is different from that known for generating steam by displacing the water source and the gas compressed in the co-compressor.

Такой способ повышает Экономичность работы установки за счет того, что при генерации пара в газовой среде температура уход щ .ей воды равна температуре мокрого тер.мометра , котора  существенно ниже температуры кипени  при том же давлении и одноко:,:понеитной среде.This method improves the economical operation of the installation due to the fact that when generating steam in a gaseous medium, the temperature of water withdrawal is equal to the temperature of the wet thermometer, which is significantly lower than the boiling point at the same pressure and one thing:,: a thin medium.

На чертеже дааш схема устаиоаки, работающей по описываемому способу.In the drawing, daash scheme ustayaki, working on the described method.

Установка содержит конденсатор /, потребитель 2 энергии, Парогазовую турбилу 3, газовый ком прессор 4, контактный парогенератор 5, питательн..1Й насос 6 и эжектор 7.The installation contains a condenser /, a consumer 2 of energy, a steam-gas turbil 3, a gas compressor 4, a contact steam generator 5, a feed pump. A pump 6 and an ejector 7.

работе сга 1овки гор ча  йОда ;icio4пи .Ка в диспергированном виде насосом 6 подаетс  в парогенератор 5, куда от компрессора 4 во встречном направлен-ии поступает газ, .мер воздух. При контакте гор чей воды ii газа всле.дствие раз1ности парциальных давлений на повер.хности капли и в газовой ореде каПли воды частично испар ютс , охлажда сь до температуры .мокрого термометра. Охлажденна  вода отсасываетс  эжектором 7, а полученна  парогазова  смесь направл етс  в турбину 3, где расщир етс  до задан)юго давлени . Далее смесь поступает в конденсатор /, 3 котором из иее конденсируетс  пар. Скондеисиро&авщийс  пар забираетс  эжектором 7, а остающийс  газ и несконденсирова.вщиес  пары отсасываютс  компрессором 4 и подаютс  дл  создани  газовой среды в конта.ктный парогенератор 5. the operation of the hot water; icio4pi. In dispersed form, the pump 6 is fed to the steam generator 5, where the gas, air flows from the compressor 4 in the opposite direction. On contact of hot water ii gas, due to the difference in partial pressures at the top of the drop and in the gas, the water drops partially to cool to a temperature of a wet thermometer. The cooled water is sucked off by the ejector 7, and the resulting vapor-gas mixture is directed to the turbine 3, where it is expanded to a given south pressure. The mixture then enters the condenser /, 3 from which steam is condensed from the condenser. Scondery & steam is taken up by ejector 7, and the remaining gas and non-condensed vapors are sucked off by compressor 4 and fed to create a gaseous medium in the contact steam generator 5.

Благодар  разным расходам рабочих тел через компрессор ,и турбину на валу последней получаетс  избыточна  мощность, котора  используетс  дл  привода потребител  1.Due to the different consumption of working fluids through the compressor, and the turbine on the shaft of the latter, the excess power is obtained, which is used to drive the consumer 1.

Г1 р е д м е т изобретени G1 redeme of the invention

Способ работы турйинной установки ма низкотемпературной теплоте, например, тер.мального источника с генерацией пара в контактном аппарате, отличающийс  тем, что, с целью аовьцмени  экономичности, генерацию параThe method of operation of a turbine installation of low-temperature heat, for example, a thermal source with steam generation in a contact apparatus, characterized in that, in order to improve efficiency, steam generation

4four

осуществл ют путем смешени  воды источшша и сжатого -в .компрессоре газа.carried out by mixing the water from the source and the compressed gas compressor.

SU1717570A 1971-11-24 1971-11-24 METHOD OF WORK OF TURBINE INSTALLATION SU394574A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU1717570A SU394574A1 (en) 1971-11-24 1971-11-24 METHOD OF WORK OF TURBINE INSTALLATION

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU1717570A SU394574A1 (en) 1971-11-24 1971-11-24 METHOD OF WORK OF TURBINE INSTALLATION

Publications (1)

Publication Number Publication Date
SU394574A1 true SU394574A1 (en) 1973-08-22

Family

ID=20493971

Family Applications (1)

Application Number Title Priority Date Filing Date
SU1717570A SU394574A1 (en) 1971-11-24 1971-11-24 METHOD OF WORK OF TURBINE INSTALLATION

Country Status (1)

Country Link
SU (1) SU394574A1 (en)

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