CN205245193U - Forge gas pulsed ash remover for burning furnace exhaust -heat boiler - Google Patents
Forge gas pulsed ash remover for burning furnace exhaust -heat boiler Download PDFInfo
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- CN205245193U CN205245193U CN201521068013.9U CN201521068013U CN205245193U CN 205245193 U CN205245193 U CN 205245193U CN 201521068013 U CN201521068013 U CN 201521068013U CN 205245193 U CN205245193 U CN 205245193U
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- detonation
- impulse generator
- heat boiler
- tracheae
- pipe
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Abstract
The utility model relates to a forge gas pulsed ash remover for burning furnace exhaust -heat boiler, exhaust -heat boiler includes the oven, exhaust -heat boiler one side sets up the distribution switch board, mixing arrangement and ignition, the distribution switch board links to each other for one section through pipe A and mixing arrangement, mixing arrangement communicates with each other with the gas conveyer pipe, the mixing arrangement other end links to each other with ignition one end through pipe B, the distribution switch board is connected with the ignition electricity, communicating pipe A, communicating pipe B communicates with the oven respectively, the ignition other end links to each other with detonation trachea A one end, the detonation trachea A other end respectively with detonation trachea B, detonation trachea C's one end links to each other, the detonation trachea B other end links to each other with impulse generator A, impulse generator A lower extreme and communicating pipe B intercommunication, the detonation trachea C other end links to each other with impulse generator B, impulse generator B lower extreme and communicating pipe A intercommunication. The utility model discloses beneficial effect: simple structure, the maintenance cost is low, and it is efficient to remove the dirt.
Description
Technical field
The utility model relates to a kind of soot blower, relates in particular to a kind of calcining furnace waste heat boiler gas impulse formula soot blower.
Background technology
Pipeline in calcining furnace waste heat boiler is intensive, uses for a long time dust stratification serious, uses mechanical type ash cleaning tool for heat to remove that dust stratification is not only wasted time and energy but also to remove effect poor; Because sulfur content in flue gas is high, should not adopt the method for steam soot blowing; Therefore how to remove fast and efficiently the dust stratification in calcining furnace waste heat boiler, the heat transfer efficiency that improves calcining furnace waste heat boiler is extremely urgent.
Utility model content
Technical problem to be solved in the utility model is: a kind of calcining furnace waste heat boiler gas impulse formula soot blower is provided, has solved dust stratification in calcining furnace waste heat boiler and be difficult for the problem of clearing up.
The utility model for the technical scheme that the problem of the above-mentioned proposition of solution adopts is:
Gas impulse formula soot blower for a kind of calcining furnace waste heat boiler, comprises waste heat boiler 1, distribution switch board 3, mixing arrangement 4, igniter 5, pipe A6, gas supply pipe 7, pipe B8, communicating pipe A9, communicating pipe B10, detonation tracheae A11, detonation tracheae B12, detonation tracheae C13, impulse generator A14 and impulse generator B15, described waste heat boiler 1 comprises furnace wall 2, waste heat boiler 1 one sides arrange distribution switch board 3, mixing arrangement 4 and igniter 5, distribution switch board 3 is connected with 4 one sections of mixing arrangements by pipe A6, and mixing arrangement 4 communicates with gas supply pipe 7, and mixing arrangement 4 other ends are connected with igniter 5 one end by pipe B8, distribution switch board 3 is electrically connected with igniter 5, communicating pipe A9, communicating pipe B10 is communicated with furnace wall 2 respectively, and igniter 5 other ends are connected with detonation tracheae A11 one end, the detonation tracheae A11 other end respectively with detonation tracheae B12, one end of detonation tracheae C13 is connected, the detonation tracheae B12 other end is connected with impulse generator A14, impulse generator A14 lower end is communicated with communicating pipe B10, and the detonation tracheae C13 other end is connected with impulse generator B15, and impulse generator B15 lower end is communicated with communicating pipe A9.
Described detonation tracheae A11, detonation tracheae B12, detonation tracheae C13 are stainless steel impulse generator, and structural strength is large, is difficult for corrosion.
Described communicating pipe B10 is between the first order economizer and second level economizer of waste heat boiler 1 interior setting, and ash disposal efficiency is higher.
Described impulse generator A14, impulse generator B15 are stainless steel impulse generator, and structural strength is large, is difficult for corrosion.
Operation principle of the present utility model: combustion gas mixes by a certain percentage with air in mixing arrangement, after igniting by igniter, detonation gas is entered respectively in impulse generator A, impulse generator B and is formed gases at high pressure pulse by gas supply pipe, gases at high pressure pulse enters in waste heat boiler by communicating pipe B, communicating pipe A abrupt release respectively, and the dust stratification in waste heat boiler is eliminated under the comprehensive function of gas kinetic energy, acoustic energy and heat energy.
The beneficial effects of the utility model are: 1, simple in structure, maintenance cost is low, and ash disposal efficiency is high. 2, detonation tracheae A, detonation tracheae B, detonation tracheae C are stainless steel impulse generator, and structural strength is large, is difficult for corrosion. 3,, between communicating pipe B arranges in waste heat boiler first order economizer and second level economizer, ash disposal efficiency is higher. 4, impulse generator A, impulse generator B are stainless steel impulse generator, and structural strength is large, is difficult for corrosion.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Wherein, 1-waste heat boiler, 2-furnace wall, 3-distribution switch board, 4-mixing arrangement, 5-igniter, 6-pipe A, 7-gas supply pipe, 8-pipe B, 9-communicating pipe A, 10-communicating pipe B, 11-detonation tracheae A, 12-detonation tracheae B, 13-detonation tracheae C, 14-impulse generator A, 15-impulse generator B.
Detailed description of the invention
Further illustrate embodiment of the present utility model below in conjunction with accompanying drawing.
With reference to Fig. 1, gas impulse formula soot blower for a kind of calcining furnace waste heat boiler described in this detailed description of the invention, comprises waste heat boiler 1, distribution switch board 3, mixing arrangement 4, igniter 5, pipe A6, gas supply pipe 7, pipe B8, communicating pipe A9, communicating pipe B10, detonation tracheae A11, detonation tracheae B12, detonation tracheae C13, impulse generator A14 and impulse generator B15, described waste heat boiler 1 comprises furnace wall 2, waste heat boiler 1 one sides arrange distribution switch board 3, mixing arrangement 4 and igniter 5, distribution switch board 3 is connected with 4 one sections of mixing arrangements by pipe A6, and mixing arrangement 4 communicates with gas supply pipe 7, and mixing arrangement 4 other ends are connected with igniter 5 one end by pipe B8, distribution switch board 3 is electrically connected with igniter 5, communicating pipe A9, communicating pipe B10 is communicated with furnace wall 2 respectively, and igniter 5 other ends are connected with detonation tracheae A11 one end, the detonation tracheae A11 other end respectively with detonation tracheae B12, one end of detonation tracheae C13 is connected, the detonation tracheae B12 other end is connected with impulse generator A14, impulse generator A14 lower end is communicated with communicating pipe B10, and the detonation tracheae C13 other end is connected with impulse generator B15, and impulse generator B15 lower end is communicated with communicating pipe A9.
Described detonation tracheae A11, detonation tracheae B12, detonation tracheae C13 are stainless steel impulse generator, and structural strength is large, is difficult for corrosion.
Described communicating pipe B10 is between the first order economizer and second level economizer of waste heat boiler 1 interior setting, and ash disposal efficiency is higher.
Described impulse generator A14, impulse generator B15 are stainless steel impulse generator, and structural strength is large, is difficult for corrosion.
The operation principle of this detailed description of the invention: combustion gas mixes by a certain percentage with air in mixing arrangement, after igniting by igniter, detonation gas is entered respectively in impulse generator A, impulse generator B and is formed gases at high pressure pulse by gas supply pipe, gases at high pressure pulse enters in waste heat boiler by communicating pipe B, communicating pipe A abrupt release respectively, and the dust stratification in waste heat boiler is eliminated under the comprehensive function of gas kinetic energy, acoustic energy and heat energy.
The beneficial effect of this detailed description of the invention is: 1, simple in structure, maintenance cost is low, and ash disposal efficiency is high. 2, detonation tracheae A, detonation tracheae B, detonation tracheae C are stainless steel impulse generator, and structural strength is large, is difficult for corrosion. 3,, between communicating pipe B arranges in waste heat boiler first order economizer and second level economizer, ash disposal efficiency is higher. 4, impulse generator A, impulse generator B are stainless steel impulse generator, and structural strength is large, is difficult for corrosion.
Specific embodiment of the utility model does not form restriction of the present utility model, and every employing analog structure of the present utility model and variation, all in protection domain of the present utility model.
Claims (3)
1. a gas impulse formula soot blower for calcining furnace waste heat boiler, is characterized in that: comprise waste heat boiler (1), distribution switch board (3), mixing arrangement (4), igniter (5), pipe A(6), gas supply pipe (7), pipe B(8), communicating pipe A(9), communicating pipe B(10), detonation tracheae A(11), detonation tracheae B(12), detonation tracheae C(13), impulse generator A(14) and impulse generator B(15), described waste heat boiler (1) comprises furnace wall (2), waste heat boiler (1) one side arranges distribution switch board (3), mixing arrangement (4) and igniter (5), distribution switch board (3) is by pipe A(6) be connected with (4) one sections of mixing arrangements, mixing arrangement (4) communicates with gas supply pipe (7), mixing arrangement (4) other end is by pipe B(8) be connected with igniter (5) one end, distribution switch board (3) is electrically connected with igniter (5), communicating pipe A(9), communicating pipe B(10) be communicated with respectively igniter (5) other end and detonation tracheae A(11 with furnace wall (2)) one end is connected, detonation tracheae A(11) and the other end respectively with detonation tracheae B(12), detonation tracheae C(13) one end be connected, detonation tracheae B(12) other end and impulse generator A(14) be connected, impulse generator A(14) lower end and communicating pipe B(10) be communicated with, detonation tracheae C(13) other end and impulse generator B(15) be connected, impulse generator B(15) lower end and communicating pipe A(9) be communicated with.
2. gas impulse formula soot blower for a kind of calcining furnace waste heat boiler as claimed in claim 1, is characterized in that: described communicating pipe B(10) be positioned between the first order economizer and second level economizer of waste heat boiler (1) setting.
3. gas impulse formula soot blower for a kind of calcining furnace waste heat boiler as claimed in claim 1, is characterized in that: described impulse generator A(14), impulse generator B(15) be stainless steel impulse generator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521068013.9U CN205245193U (en) | 2015-12-21 | 2015-12-21 | Forge gas pulsed ash remover for burning furnace exhaust -heat boiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521068013.9U CN205245193U (en) | 2015-12-21 | 2015-12-21 | Forge gas pulsed ash remover for burning furnace exhaust -heat boiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205245193U true CN205245193U (en) | 2016-05-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521068013.9U Active CN205245193U (en) | 2015-12-21 | 2015-12-21 | Forge gas pulsed ash remover for burning furnace exhaust -heat boiler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205245193U (en) |
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2015
- 2015-12-21 CN CN201521068013.9U patent/CN205245193U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |