HIGH-TEMPERATURE ROTATING DISC REGENERATIVE HEATER OF WORKING FLUID OF POWER PLANT Russian patent published in 2021 - IPC F23D14/66 F28D20/02 

Abstract RU 2744926 C1

FIELD: heat engineering.

SUBSTANCE: invention relates to the field of heat engineering and can be used in rotating disk regenerative heaters of heat and power plants. The invention consists in the implementation of cellular structure frame heater, in the form of heat exchange cells made in individual glasses with external hex surfaces and the inner surfaces of the channels, inside of each is a ring-shaped cavity between these surfaces, which is placed inside the thermal storage substance that has the ability to change their state of aggregation when approaching and the heat dissipation, and the disks of the heater are made of materials having different coefficients of thermal expansion.

EFFECT: prevention of deformation of the cylindrical shape of the heater frame.

1 cl, 4 dwg

Similar patents RU2744926C1

Title Year Author Number
METHOD FOR PREVENTING THERMAL DEFORMATIONS OF ROTOR FRAME OF DISC HIGH-TEMPERATURE ROTATING REGENERATIVE HEATER OF WORKING FLUID OF POWER PLANT 2020
  • Kostyukov Andrej Veniaminovich
  • Nadarejshvili Givi Guramovich
  • Karpukhin Kirill Evgenevich
  • Tuktakiev Gennadij Saityanovich
  • Azarov Konstantin Ottovich
RU2744588C1
SILICONE SEALS OF HIGH-TEMPERATURE ROTARY DISC HEAT EXCHANGER 2019
  • Kostyukov Andrej Veniaminovich
  • Nadarejshvili Givi Guramovich
RU2716640C1
HIGH-TEMPERATURE ROTARY DISC HEAT EXCHANGER 2019
  • Kostyukov Andrej Veniaminovich
  • Nadarejshvili Givi Guramovich
RU2716639C1
METHOD OF PREVENTING DEFORMATION OF HIGH-TEMPERATURE ROTARY DISC HEAT EXCHANGER 2019
  • Kostyukov Andrej Veniaminovich
  • Nadarejshvili Givi Guramovich
RU2716638C1
METHOD OF COMPENSATION OF DEFORMATION OF HIGH-TEMPERATURE ROTARY DISC HEAT EXCHANGER 2019
  • Kostyukov Andrej Veniaminovich
  • Nadarejshvili Givi Guramovich
RU2716636C1
ROTATING DISC-TYPE REGENERATOR 0
  • Kostyukov Veniamin Matveevich
  • Avrorov Evgenij Sergeevich
  • Plotnikov Dmitrij Akimovich
SU800579A1
REGENERATIVE-TYPE AIR HEATER 0
  • Eremenko Leonid Yakovlevich
  • Fedorov Ivan Ivanovich
SU1456710A1
METHOD FOR HEATING AIR AND ROTATING REGENERATIVE AIR HEATER 0
  • Kuzmenko Evgenij Borisovich
  • Shtekhman Boris Veniaminovich
  • Barbaroshie Georgij Ivanovich
  • Korchagin Ivan Andreevich
SU1076707A1
ROTARY REGENERATIVE AIR PREHEATER 0
  • Lipets Adolf Usherovich
  • Yampolskij Arkadij Efimovich
  • Sotnikov Ivan Alekseevich
  • Ovchar Vladimir Gerasimovich
  • Botkachik Iosif Azarevich
  • Kshnyakin Vladimir Ivanovich
  • Zykin Anatolij Lavrentevich
SU958776A1
REGENERATIVE ROTARY-TYPE AIR PREHEATER 0
  • Zarajskij Samuil Iosifovich
  • Parshin Anatolij Alekseevich
  • Shlejfer Benchik Majorovich
  • Nosov Vladimir Moiseevich
SU721642A1

RU 2 744 926 C1

Authors

Kostyukov Andrej Veniaminovich

Nadarejshvili Givi Guramovich

Karpukhin Kirill Evgenevich

Tuktakiev Gennadij Saityanovich

Azarov Konstantin Ottovich

Dates

2021-03-17Published

2020-07-06Filed