FIELD: thermal power engineering.
SUBSTANCE: invention relates to thermal power engineering and can be used as a heat generating plant for producing steam and heating network water in heat supply systems. The complex heat generating plant contains a contact steam generator, a furnace body, an upper elliptical collector, a lower elliptical collector, burners, from above the furnace body is connected to a convection gas duct, in which a superheater, an ejector, a lamellar condenser, an adsorber are located, and in the cavity of the adsorber a drop eliminator, a sprinkler are located from top to bottom. From above, the body of the furnace of the contact steam generator is connected to a convection gas duct, in which a superheater is located, connected to the cyclone steam outlet pipe, the convection gas duct itself is connected from above to the ejector receiving chamber, in the lamellar condenser in front of the outlet gas pipe in the gas manifold there is a drop eliminator, and inlet and outlet water collectors are located at the bottom right and at the top left of the heat exchange box, the gas pipe of the gas collector is connected to the adsorber body, equipped with clean gas inlet and outlet pipes, wash water inlet and outlet pipes, wherein in the cavity of the adsorber, from top to bottom, there is a drop separator, a sprinkler connected to the wash water inlet pipe and, in a checkerboard pattern, perforated baskets filled with granulated blast-furnace slag, and the purified gases outlet pipe is connected to a high-pressure fan.
EFFECT: increasing the economic and environmental efficiency of an integrated heat generating plant.
1 cl, 5 dwg
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Authors
Dates
2022-06-21—Published
2021-11-22—Filed