METHOD OF OPERATION OF THERMAL POWER PLANT Russian patent published in 2013 - IPC F01K17/02 

Abstract RU 2502879 C2

FIELD: power engineering.

SUBSTANCE: steam is generated in a boiler and sent into a turbine, then steam is condensed in a condenser, the main condensate of the turbine is removed from the condenser along the pipeline of the main condensate with a condensate pump and sent into regenerative low pressure heaters. The make-up feedwater is deaerated in the make-up water deaerator and sent with a pump along the pipeline of the make-up feedwater into the main condensate pipeline, for instance, downstream the condensate pump. The steam and air mixture removed from regenerative low pressure heaters downstream the steam and jet ejector is removed into a steam cooler, where it is cooled with make-up feedwater water, which is then along the pipeline of the make-up feedwater removed for deaeration into a deaerator of make-up feedwater. Air released from the steam and air mixture from the steam cooler is removed into atmosphere. The condensate of the steam released from the steam and air mixture from the steam cooler is sent along a condensate line into a deaerator of make-up feedwater.

EFFECT: invention makes it possible to increase efficiency of operation of a thermal power plant.

1 dwg

Similar patents RU2502879C2

Title Year Author Number
METHOD OF OPERATION OF THERMAL POWER PLANT 2012
  • Sharapov Vladimir Ivanovich
  • Malikov Mikhail Aleksandrovich
  • Fionov Roman Alekseevich
  • Jarmukhin Aleksandr Viktorovich
  • Melekhin Maksim Vladimirovich
RU2502878C2
METHOD OF OPERATION OF THERMAL POWER PLANT 2012
  • Sharapov Vladimir Ivanovich
  • Malikov Mikhail Aleksandrovich
  • Fionov Roman Alekseevich
  • Jarmukhin Aleksandr Viktorovich
  • Melekhin Maksim Vladimirovich
RU2502877C2
OPERATING METHOD OF THERMAL POWER PLANT 2011
  • Sharapov Vladimir Ivanovich
  • Malikov Mikhail Aleksandrovich
  • Fionov Roman Alekseevich
  • Jarmukhin Aleksandr Viktorovich
  • Melekhin Maksim Vladimirovich
RU2490480C1
THERMAL POWER STATION OPERATING PROCESS 2003
  • Sharapov V.I.
  • Makarova E.V.
RU2244132C1
METHOD OF OPERATION OF THERMAL POWER STATION 2003
  • Sharapov V.I.
  • Makarova E.V.
RU2246624C1
STEAM-TURBINE PLANT 0
  • Kovalev Evgenij Pavlovich
SU1661461A1
STEAM TURBINE PLANT 0
  • Rykov Boris Vasilevich
  • Tkachuk Aleksandr Gavrilovich
  • Shtekhman Boris Veniaminovich
  • Barbaroshie Georgij Ivanovich
SU1160069A1
METHOD OF OPERATION OF THERMAL POWER STATION 2003
  • Sharapov V.I.
  • Makarova E.V.
RU2249703C1
STEAM TURBINE COGENERATION PLANT 2020
  • Aronson Konstantin Erlenovich
  • Bodanin Maksim Viktorovich
  • Brezgin Dmitrii Vitalevich
  • Demidov Anton Lvovich
  • Dubov Ilia Iurevich
  • Zhelonkin Nikolai Vladimirovich
  • Makhnev Iurii Valerevich
  • Riabchikov Aleksandr Iurevich
  • Tarov Kirill Aleksandrovich
  • Fraifeld Vladimir Mikhailovich
RU2766653C1
METHOD OF OPERATION OF THERMAL POWER STATION 2005
  • Zamaleev Mansur Maskhutovich
  • Makarova Elena Vladimirovna
  • Tsjura Dar'Ja Valentinovna
  • Sharapov Vladimir Ivanovich
RU2278981C1

RU 2 502 879 C2

Authors

Sharapov Vladimir Ivanovich

Malikov Mikhail Aleksandrovich

Fionov Roman Alekseevich

Jarmukhin Aleksandr Viktorovich

Melekhin Maksim Vladimirovich

Dates

2013-12-27Published

2012-01-10Filed