Biomass low-carbon energy-saving boiler with spiral grain fire tube

A spiral pattern and biomass technology, which is applied in the field of biomass low-carbon energy-saving boilers, can solve the problems of low utilization rate of heat energy, pollute the environment, and large fuel consumption, and achieve the effects of high temperature, low emission, and improved heat utilization rate.

Inactive Publication Date: 2011-05-18
SHANXI RONGSHENDA SCI & TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] In view of the problems existing in the above products, the present invention provides a biomass low-carbon energy-saving boiler with spiral fire tubes, which solves the problems of high fuel consumption, low utilization rate of heat energy, and environmental pollution in the above products.

Method used

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  • Biomass low-carbon energy-saving boiler with spiral grain fire tube
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  • Biomass low-carbon energy-saving boiler with spiral grain fire tube

Examples

Experimental program
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Effect test

Embodiment 1

[0009] A biomass low-carbon energy-saving boiler with a spiral fire tube, comprising a secondary combustion chamber (1), a furnace bridge (2), a semi-gasification combustion chamber (3), a charging door (4), and a fire-sealing smoke outlet ( 5), fire outlet (6), fire inlet (7), water jacket (8), spiral pattern fire pipe (9), spiral pattern fire pipe protruding edge (10), chimney interface (11), dust removal door (12 ), anti-burning port (13). The spiral pattern fire tube (9) is welded upright or balanced, welded in the furnace body, sealed up and down, leaving a fire inlet (7) and a fire outlet (6). The material used for the spiral fire pipe (9) is iron.

Embodiment 2

[0011] A biomass low-carbon energy-saving boiler with a spiral fire tube, comprising a secondary combustion chamber (1), a furnace bridge (2), a semi-gasification combustion chamber (3), a charging door (4), and a fire-sealing smoke outlet ( 5), fire outlet (6), fire inlet (7), water jacket (8), spiral pattern fire pipe (9), spiral pattern fire pipe protruding edge (10), chimney interface (11), dust removal door (12 ), anti-burning port (13). The spiral pattern fire tube (9) is welded upright or balanced, welded in the furnace body, sealed up and down, leaving a fire inlet (7) and a fire outlet (6). The material used for the spiral grain fire pipe (9) is copper.

Embodiment 3

[0013] A biomass low-carbon energy-saving boiler with a spiral fire tube, comprising a secondary combustion chamber (1), a furnace bridge (2), a semi-gasification combustion chamber (3), a charging door (4), and a fire-sealing smoke outlet ( 5), fire outlet (6), fire inlet (7), water jacket (8), spiral pattern fire pipe (9), spiral pattern fire pipe protruding edge (10), chimney interface (11), dust removal door (12 ), anti-burning port (13). The spiral pattern fire tube (9) is welded upright or balanced, welded in the furnace body, sealed up and down, and has a fire inlet (7) and a fire outlet (6). The material used for the spiral grain fire pipe (9) is stainless steel.

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Abstract

The invention discloses a biomass low-carbon energy-saving boiler with a spiral grain fire tube, mainly comprising a secondary burning chamber (1), a boiler bridge (2), a semi-gasification burning chamber (3), a feeding door (4), a banking smoke outlet (5), a fire outlet (6), a fire inlet (7), a water jacket (8), a spiral grain fire tube (9), a spiral grain fire tube convex edge (10), a smoke drum joint (11), an ash cleaning door (12) and a back burning port (13), wherein the spiral grain fire tube is vertically welded or welded in a boiler body in a balanced manner, the upper part and the lower part of the spiral grain fire tube are sealed, the fire inlet and the fire outlet are provided, and in burning, the flame enters the fire tube and is directed to move by the convex edge in the spiral grain tube without rising or being discharged directly. The biomass low-carbon energy-saving boiler has the advantages of full burning, high heat utilization ratio, energy conservation, emission reduction, easiness for promotion and implementation and better economic benefit.

Description

technical field [0001] The invention belongs to a biomass low-carbon energy-saving boiler, in particular to a biomass low-carbon energy-saving boiler with spiral fire tubes. Background technique [0002] Due to our consistent and unrestrained use of non-renewable resources such as coal, the utilization of non-renewable energy is becoming increasingly tense. Every year, farmers burn a large amount of straw and other crops in vain, which not only wastes biomass resources, but also causes serious air pollution. In this case, the prospect of rational development and utilization of biomass resources is very broad. In winter, in the northern region of our country, heating issues have always occupied an important position and often become the focus of people's attention. The boiler is a relatively common heating device. Our general boiler combustion feature is to directly burn coal, use a smooth and straight fire tube with a smooth inner wall, and increase the water temperature t...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): F24H1/36F24H9/00
Inventor 席礼刘浩席新志刘智叶
Owner SHANXI RONGSHENDA SCI & TECH
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