Multistage pressurized high pressure steam hot water generator

Abstract

The invention relates to a multi-stage pressurized high-pressure steam hot water generator. The high-pressure water vapor jet is injected into the water body, which can cause the water molecule clusters to rub and collide, and a large number of cavitations are generated due to the generation of negative pressure areas. The energy generated during the cavitation and bursting process can heat the water body. The top and bottom of the tank body of the present invention are relatively staggered in rows and arranged with a number of nozzles connected to the exhaust port of the steam boiler; the nozzles are provided with an air inlet, and the other end is connected to the air intercepting groove, which is composed of a top surface and four sides; the top surface Rectangular, four sides are welded to the top edges of the four sides, one pair of sides is symmetrically inclined inward, and the other pair of sides is symmetrically inclined outward, and an air outlet seam is formed at the bottom edge. The invention can rapidly increase the flow rate and pressure of the water vapor generated by the steam boiler, provide a stable high-pressure steam jet for the hot water generator, use the high-pressure steam jet to generate a large number of cavitation in the water body, and improve the utilization of energy Rate.

Description

technical field [0001] The invention relates to a hot water device, in particular to a multi-stage pressurized high-pressure steam hot water generator. Background technique [0002] There are two ways of heating cold water, direct heat source heating and indirect heat source heating. Direct heat source heating is to directly add heat energy to materials, such as flue gas heating, electric current heating and solar radiation heating. Indirect heat source heating is to add the heat energy of the above-mentioned direct heat source to an intermediate heat carrier, and then the intermediate heat carrier transfers the heat energy to the material, such as steam heating, hot water heating, mineral oil heating, etc. These two heating methods consume a lot of energy, have a large amount of heat loss, and have low energy utilization rates. [0003] The energy-saving hot water method that uses high-pressure water vapor to make water molecules generate heat in frictional collisions ca...

AI Technical Summary

Problems solved by technology

These two heating methods consume a lot of energy, cause a large amount of heat loss, and the energy utilization rate is not high.

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