INSTALLATION FOR UTILIZATION OF HIGH-TEMPERATURE STEAM CONDENSATE AND GENERATION OF SECONDARY ENERGY RESOURCES (SER) Russian patent published in 2022 - IPC F01K7/34 F22B1/16 F01K17/02 

Abstract RU 2775330 C1

FIELD: heat recovery systems.

SUBSTANCE: invention relates to systems for the recovery of heat from secondary energy resources and can be used in thermal power engineering, as well as in various industries for using the heat of industrial condensate. The task to be solved by the claimed technical solution is the development of a highly efficient installation for the utilization of heat from secondary energy resources (high-temperature steam condensate) with enhanced functionality. Installation for utilization of high-temperature steam condensate and generation of secondary energy resources (SER) contains a line for supplying high-temperature steam condensate; network water line; condensate drain line; heat exchangers; air coolers (AC); tank for collecting steam condensate; pumps that circulate network water and pump out steam condensate; pressure meter; temperature sensor. The line for supplying high-temperature steam condensate is divided into a line for generating heat from the SER and a line for chilling on air coolers. The network water line after the heat exchangers is divided into a line for technological needs and a line for the needs of consumers for heating. A steam condensate flow controller is installed on the supply line of high-temperature steam condensate for heat generation of SER, in front of two sequentially located heat exchangers of stages I and II. An automated heating station was installed on the network water line for the needs of consumers for heating.

EFFECT: increasing the productivity of the installation, reducing operating costs, as well as using the heating and technological schedule of the heating network with a constant temperature in the supply pipeline, which allows the use of the coolant not only for heating and hot water supply (HWS), but also for technological needs.

6 cl, 3 dwg

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RU 2 775 330 C1

Authors

Kravchenko Vitalii Viktorovich

Fot Sergei Andreevich

Vasilev Andrei Vladimirovich

Lobanov Oleg Vladimirovich

Labadin Andrei Petrovich

Ogarkov Andrei Viktorovich

Tsimidanov Vladimir Viacheslavovich

Iksanov Artem Rifovich

Sadovoi Mikhail Alekseevich

Dates

2022-06-29Published

2021-12-20Filed