Water-fire compatible water heater

Abstract

This invention is water and fire compatible water heater. It mainly includes shell, fan, and burner, atomization spraying device, heat exchange room, base seat reservoir and exhaust mast. Its shell is fixed on base seat and is inner and outer separated two layers barrel type, hot wind reflection cope is set on shell, the cope is separated with inner shell up space, water and fire compatible heat exchanger room is between inner shell and outer shell. Atomization spraying device is set in heat exchange room outside inner up end, fan is set under burner and coaxial fixed in inner shell, blast up towards. Air inlet at left end of base seat is interconnected to inner shell down part, hot water reservoir is at right end of base seat, the reservoir is interconnected to heat exchange room and excess heat recovery device and water and gas separating device. The advantage is that high efficiency is high and it is more than 93% when the fuel is diesel fuel, and higher when fuel is gas. The pollution is little, original quality and color of water intake machine can be kept by heated to hot water. A great deal of 50~850C hot water can be provided to heating, bath, refrigeration, industrial and agriculture generation. The heating speed is fast, hot water can be provide after 30 seconds of ignited.

Description

Technical field: [0001] The hot water device of the present invention, in particular, relates to a water and fire compatible water heater without a pot, a tube, and a furnace, and does not rely on the heat transfer surface of the pot or tube to boil water. Background technique: [0002] In the prior art, boilers are generally used for large-volume thermal hot water. This kind of boiler usually uses heat conduction to exchange heat through the heat transfer surface of the pot and tube. In this traditional hot water method, because the heat transfer efficiency of the pot, tube, and furnace, the speed of hot water depends on the size of the heat transfer area, the thermal conductivity of the heat transfer material, the temperature difference between the inside and outside of the heat transfer surface, and the inside and outside of the heat transfer surface. External fire, water flow rate and other factors. In order to obtain higher thermal efficiency, in structural design, pr...

AI Technical Summary

Problems solved by technology

In order to obtain higher thermal efficiency, in structural design, professionals usually increase the heat transfer area, forcibly increase the flow rate of water and fire, use precious metals with good thermal conductivity, increase the furnace temperature and exhaust temperature, etc., in order to improve thermal efficiency. At the same time, the hot water equipment is becoming more and more bulky, the structure is more and more complicated, and the manufacturing cost is getting higher and higher

Moreover, the discharge pollution of the boiler is serious, causing harm to the environment

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