Environmental protection, energy saving and high efficiency gasification boiler

Abstract

A gasification boiler, wherein a boiler body comprises A, B, C, D and E portions. The A portion is mounted on bellows at a top portion of the boiler and matched with a miniature electric fan conveying air from pipes into the bellows. A sheltering protective cylinder and a heat-collecting water tank are arranged on the A portion, and a heat-collecting water barrel and a plurality of sets of heat-collecting pipes are arranged within the B portion. The B portion is provided with a control switch adjusting an oxygen supply size, and the D portion is additionally provided with natural oxygen supplementation flat pipes for combustion with a small amount of oxygen. A second chamber on the C portion is provided with an oxygen supplementation device and a protective cylinder, and hot air is conveyed from the bellows of the A portion to the second chamber of the C portion. Gasification gas enters into a second combustion chamber from a furnace opening through the bottom of the second chamber of the C portion. The B portion is provided with a control switch adjusting an air power size. A feed inlet of the D portion inputs fuel into a furnace, a furnace ignition electric heating component of the E portion burns the fuel within five minutes, a furnace base of the E portion is designed with a warm water cabinet, and the bellows of the A portion convey the hot air from curved pipes to the warm water cabinet of the E portion. The gasification boiler enables the fuel to be combusted in a highly efficient manner, prevents tar production, and has a large heated area.

Description

Background technique [0001] Since the birth of the world's first steam engine, boiler manufacturing technology has made significant progress. Human beings have experienced rapid development of replacement. Various refurbished technologies emerge in endlessly. Circulating fluidized bed (CFB) combustion technology, coal-water slurry combustion boiler Trial use, applied in industrial production and central heating, environmental protection, energy saving and high efficiency requirements pose a challenge to all boilers, circulating fluidized bed boilers and coal-water slurry combustion boilers in the world. Now all boilers in the world consume a lot of coal and have low combustion efficiency. The desulfurization effect is poor, and the change from black smoke to white smoke causes greater pollution. There are many attached machines, resulting in high manufacturing costs, troublesome use, and large operating expenses. So far, boilers are ever-changing and cannot keep up with the r...

AI Technical Summary

Problems solved by technology

[0001] Since the birth of the world's first steam engine, boiler manufacturing technology has made significant progress. Human beings have experienced rapid development of replacement. Various refurbished technologies emerge in endlessly. Circulating fluidized bed (CFB) combustion technology, coal-water slurry combustion boiler Trial use, applied in industrial production and central heating, environmental protection, energy saving and high efficiency requirements pose a challenge to all boilers, circulating fluidized bed boilers and coal-water slurry combustion boilers in the world. Now all boilers in the world consume a lot of coal and have low combustion efficiency. The desulfurization effect is poor, and the change from black smoke to white smoke causes greater pollution

There are many attached machines, resulting in high manufacturing costs, troublesome use, and high operating costs

So far, the ever-changing boilers have not been able to keep up with the requirements of the era of environmental protection, energy saving and high efficiency. Now the boilers have changed from black smoke to white smoke, and the pollution emissions are actually continuing.

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