CN205026651U - Burning furnace is spouted in gasification of living beings high temperature - Google Patents
Burning furnace is spouted in gasification of living beings high temperature Download PDFInfo
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- CN205026651U CN205026651U CN201520718114.XU CN201520718114U CN205026651U CN 205026651 U CN205026651 U CN 205026651U CN 201520718114 U CN201520718114 U CN 201520718114U CN 205026651 U CN205026651 U CN 205026651U
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Abstract
The utility model discloses a burning furnace is spouted in gasification of living beings high temperature, including the furnace frame, fixed mounting has the cylindric furnace body of horizontal setting on the furnace frame, cylindric furnace body one end is sealed and other end opening, feed arrangement is installed to the blind end of cylindric furnace body, be equipped with cooling jacket on the periphery wall of cylindric furnace body, cooling jacket is connected with circulating water system, cooling jacket's outer peripheral face is equipped with cloth wind chamber, cloth wind chamber is connected with air supply device, the utility model discloses utilize air nozzle's the rotatory wind of production and the characteristics of abundant air feed, make the gaseous unable escape of schizolysis, burning rapidly under air nozzle's abundant oxygen suppliment, and approximate confined high temperature gasification burning situation has been set up in the cylindric furnace body, the peak temperature of burning can reach 1100 DEG C - 1300 DEG C, the efficiency of the heat utilization of material is greatly improved, it the breakthrough improvement to prior art, complete utilization for material especially living beings provides abundant assurance, the present invention has maximal economical and social benefits.
Description
Technical field
The utility model relates to a kind of technical field of energy utilization, particularly relates to a kind of furnace system discharged by the energy comprised in living beings.
Background technology
The theory of combustion of solid combustible thing is divided into three phases: first is the stage before catching fire, comprise combustion drying, separate out volatile matter and form solid-state charcoal, solid combustible thing heats in stove, dry, transpiring moisture, along with temperature increases, organic beginning thermal decomposition in coal, mainly to rupture the volatile matter that the side chain that gets off and functional group formed from large molecule, its main component is CO, CO2, H2, H2O, CH4 and various hydrocarbon compound, pyrolysis resultant product is solid-state charcoal, and solid combustible thing will absorb heat in the process; Second is the burning of volatile matter and charcoal, the initial burning when temperature reaches burning-point, and then flammable volatile matter and solid carbon take fire, and the volatile matter of solid combustible thing is higher, and burning velocity is faster; 3rd is that in slag ashes, remaining solid carbon burns.
The corresponding above-mentioned theory of combustion, the burning of solid combustible thing is divided into three layers, comprise be positioned at bottom burning ash layers, be positioned at oxidizing fire layer above burning ash layers, be positioned at dry reducing zone above oxidizing fire layer, be the flame that volatile matter and charcoal burning produce above reducing zone.
The combustion furnace of prior art is all from burning ash layers air supply, is no matter common stove or instead burns stove, and air first supplies imperfect combustion ashes and burns away, and discharges remaining heat energy; Then be supplied to oxidizing fire layer to burn, heat energy is also supplied to dry reducing zone by release heat; Dry reducing zone absorbs heat energy, decomposites volatile matter, and volatile combustion is to produce a large amount of required heat energy.
The above-mentioned theory of combustion there will be many technical problems in Actual combustion.Because air is from the supply of burning ash layers, the maximum temperature of burning is at oxidizing fire layer, dry reducing zone cracking is easily caused to go out large molecule functional group, combustion space temperature above dry reducing zone can not meet the complete burning condition of volatile matter, thus formation dense smoke, cause burning not thorough, the calorific value of solid combustible thing 70% is run off, greatly waste the energy, contaminated environment.Especially, in Refuse Incineration Process, burning produces bioxin does not have hot environment to decompose, and garbage incineration technology cannot be promoted.
Utility model content
Technical problem to be solved in the utility model be to provide a kind ofly change the air direction of the supply, high-temperature gasification district can be formed, high temperature combustion zone, release heat energy fully and the biomass high-temperature of very environmental protection gasification injection burning furnace.
For solving the problems of the technologies described above, the technical solution of the utility model is: biomass high-temperature gasification injection burning furnace, comprise grate, described grate is installed with the tubular body of heater of horizontally set, described tubular body of heater one end is closed and other end opening, the blind end of described tubular body of heater is provided with feed arrangement, the periphery wall of described tubular body of heater is provided with cooling jacket, described cooling jacket is connected with circulation, the outer peripheral face of described cooling jacket is provided with cloth wind chamber, and described cloth wind chamber is connected with air supply device; Described tubular body of heater comprises high-temperature gasification burning zone, high temperature cabonization burning zone, high temperature spray combustion deferent segment successively from blind end to openend;
Described high-temperature gasification burning zone comprises the air lance arranged around described tubular body of heater inner chamber, and described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket;
Described high temperature cabonization burning zone comprises the material combustion chamber being arranged on described tubular bottom of furnace body, described material combustion chamber is provided with and back and forth pushes away slag device, described tubular inboard wall of furnace body above corresponding described material combustion chamber is provided with air lance around described tubular body of heater inner chamber, described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket;
Described high temperature spray combustion deferent segment is the openend of described tubular body of heater.
As preferred technical scheme, described high temperature spray combustion deferent segment also comprises the air lance arranged around described tubular body of heater inner chamber, and described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket.
As preferred technical scheme, tailings burning zone is also provided with between described high temperature cabonization burning zone and described high temperature spray combustion deferent segment, described tailings burning zone comprise charging aperture be positioned at described material combustion chamber after tailings combustion chamber, be provided with fire grate in described tailings combustion chamber, the bottom of described tailings combustion chamber is provided with slag notch.
As the improvement to technique scheme, described slag notch is connected with tailings treating apparatus; Described tailings treating apparatus comprises the slag trapping box being loaded with cooling water, and described slag trapping box is connected with spiral and draws slag slag tapping equipment.
As preferred technical scheme, described material combustion chamber comprises material combustion chamber base plate, the both sides of described material combustion chamber base plate are provided with the material combustion chamber side plate be connected with described tubular body of heater, the rear portion of described material combustion chamber base plate is provided with plate after material combustion chamber, and on described tubular body of heater corresponding above described material combustion chamber base plate, correspondence is provided with blanking port.
As the improvement to technique scheme, described material combustion chamber base plate is furnished with wind-distributing pipe, and described wind-distributing pipe is connected with described air supply device.
As preferred technical scheme, the described slag device that back and forth pushes away comprises and pushes away slag post along described material combustion chamber bottom surface is reciprocating, described in push away slag post and be connected with reciprocating movement driving device.
As preferred technical scheme, the described fire grate of described tailings burning zone is set to wind-distributing pipe structure, and described fire grate is connected with described air supply device.
As preferred technical scheme, described air lance comprises circular body, and the lower end of described circular body is provided with flat " V " shape spout.
As the improvement to technique scheme, described feed arrangement comprises auger conveyor housing, and the top, outer end of described auger conveyor housing is provided with loading hopper, and the inner of described auger conveyor housing stretches in described high-temperature gasification burning zone as discharging opening; Be provided with helical-blade bobbin in described auger conveyor housing, described helical-blade bobbin outer peripheral face is provided with helical blade, and the outer end of described helical-blade bobbin is connected with gearbox, and described gearbox is connected with motor; The described helical-blade bobbin that the described auger conveyor housing of corresponding described discharge outlet is corresponding is the optical axis without helical blade.
As the further improvement to technique scheme, described auger conveyor shell inner surface is fixed with the material anti-rotation bar stopping that material rotates, in the gap of described material anti-rotation bar between described helical blade outer peripheral face and described auger conveyor inner walls.
As the further improvement to technique scheme, the optical axis section of described helical-blade bobbin is arranged with the taper sheath that external diameter becomes large gradually, and described taper sheath stretches out outside described discharging opening.
Owing to have employed technique scheme, biomass high-temperature gasification injection burning furnace, comprise grate, described grate is installed with the tubular body of heater of horizontally set, described tubular body of heater one end is closed and other end opening, and the blind end of described tubular body of heater is provided with feed arrangement, the periphery wall of described tubular body of heater is provided with cooling jacket, described cooling jacket is connected with circulation, and the outer peripheral face of described cooling jacket is provided with cloth wind chamber, and described cloth wind chamber is connected with air supply device, described tubular body of heater comprises high-temperature gasification burning zone, high temperature cabonization burning zone, high temperature spray combustion deferent segment successively from blind end to openend, described high-temperature gasification burning zone comprises the air lance arranged around described tubular body of heater inner chamber, and described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket, described high temperature cabonization burning zone comprises the material combustion chamber being arranged on described tubular bottom of furnace body, described material combustion chamber is provided with and back and forth pushes away slag device, described tubular inboard wall of furnace body above corresponding described material combustion chamber is provided with air lance around described tubular body of heater inner chamber, described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket, described high temperature spray combustion deferent segment is the openend of described tubular body of heater, the utility model has abandoned traditional fire bars grate structure, by high temperature cabonization burning zone by the blind end of high-temperature gasification burning zone obstruct at described tubular body of heater, described air lance in described high-temperature gasification burning zone is to material surface forced air supply, the surperficial oxygen-enriched combusting of material, form a high-temp combustion surface layer, produce a large amount of heats and be blown to the internal layer of material, make gasification, and combustion more violent, rapidly, the all large molecule functional group produced in high-temperature gasification burning zone, all pernicious gases such as bioxin is because rotate wind action by heating for multiple times, gasification, decompose and participate in burning, high temperature cabonization burning zone is dropped into after the material of gasification, and combustion is carbonized, described high temperature cabonization burning zone is also provided with the air lance producing rotary wind, after giving carbonization on the one hand, the burning of material provides sufficient oxygen, rotary wind is conducive to the centrifugal force that the material be suspended in described tubular body of heater utilizes rotary wind to produce to drop in described material combustion chamber to participate in burning on the other hand, the effect of described high temperature cabonization burning zone is the fault offset comprised by material further, make the large molecule functional group that described high-temperature gasification burning zone is excessive simultaneously, pernicious gas such as bioxin is vaporized again, decompose, burning, the flame that burning produces is by the ejection of described high temperature spray combustion deferent segment, enter boiler or kiln carries out heat energy utilization, the utility model utilizes the generation rotary wind of air lance and the feature of abundant air feed, cracked gas cannot be escaped, burn rapidly under the abundant oxygen supply of air lance, and in tubular body of heater, establish an approximate high-temperature gasification burning situation closed, the peak temperature of burning can reach 1100 DEG C-1300 DEG C, substantially increase the utilization efficiency of heat energy of material, it is the breakthrough improvement to prior art, complete resource for material especially living beings utilizes and provides sufficient guarantee, has great economic benefit and social benefit.
Accompanying drawing explanation
The following drawings is only intended to schematically illustrate the utility model and explain, does not limit scope of the present utility model.Wherein:
Fig. 1 is the stereogram one of the utility model embodiment;
Fig. 2 is the stereogram two of the utility model embodiment;
Fig. 3 is the structure principle chart of the utility model embodiment;
Fig. 4 is the A-A direction view of Fig. 3;
Fig. 5 is the structure principle chart of the utility model embodiment feed arrangement;
In figure: 1-grate; 2-tubular body of heater; 21-high-temperature gasification burning zone; 22-high temperature cabonization burning zone; 221-material combustion chamber; 2211-material combustion chamber base plate; 2212-material combustion chamber side plate; Plate after 2213-material combustion chamber; 2214-blanking port; 2215-wind-distributing pipe; 2216-pushes away slag post; 2217-reciprocating movement driving device; 23-tailings burning zone; 231-tailings combustion chamber; 232-slag notch; 233-fire grate; 24-high temperature spray combustion deferent segment; 3-feed arrangement; 31-auger conveyor housing; 311-material anti-rotation bar; 32-loading hopper; 33-helical-blade bobbin; 331-optical axis; 332-taper sheath; 34-helical blade; 35-discharging opening; 36-gearbox; 37-motor; 4-cooling jacket; 5-circulation; 51-circulating pump; 52-heat exchange water source; 6-cloth wind chamber; 61-large cloth wind chamber; 62-little cloth wind chamber; 7-air supply device; 71-blower fan; 8-air lance; The circular body of 81-; 82-is " V " shape spout; 9-tailings treating apparatus; 91-slag trapping box; Slag slag tapping equipment drawn by 92-spiral.
Detailed description of the invention
Below in conjunction with drawings and Examples, set forth the utility model further.In the following detailed description, the mode only by illustrating describes some one exemplary embodiment of the present utility model.Undoubtedly, those of ordinary skill in the art can recognize, when not departing from spirit and scope of the present utility model, can revise by various different mode to described embodiment.Therefore, accompanying drawing is illustrative with being described in essence, instead of for limiting the protection domain of claim.
As depicted in figs. 1 and 2, biomass high-temperature gasification injection burning furnace, comprise grate 1, described grate 1 is installed with the tubular body of heater 2 of horizontally set, described tubular body of heater 2 one end is closed and other end opening; Certainly in order to guide is slagged tap conveniently, described tubular body of heater 2 also can adopt the technical scheme tilted to openend.
As shown in Figure 3 and Figure 4, the blind end of described tubular body of heater 2 is provided with feed arrangement 3, the periphery wall of described tubular body of heater 2 is provided with cooling jacket 4, described cooling jacket 4 is connected with circulation 5, described circulation 5 comprises circulating pump 51, and described circulating pump 51 is connected to heat exchange water source 52, and heat exchange water source 52 can adopt independently cooling water tank, also the circulation of boiler can be connected to, to make full use of the energy.The outer peripheral face of described cooling jacket 4 is provided with cloth wind chamber 6, and described cloth wind chamber 6 is connected with air supply device 7, and the effect in described cloth wind chamber 6 stores and air distribution, reduces the fluctuation of air pressure; Described tubular body of heater 2 comprises high-temperature gasification burning zone 21, high temperature cabonization burning zone 22, high temperature spray combustion deferent segment 24 successively from blind end to openend;
Described high-temperature gasification burning zone 21 comprises the air lance 8 arranged around described tubular body of heater 2 inner chamber, and described air lance 8 is the arranged tangential forming rotary wind, and described air lance 8 is communicated with described cloth wind chamber 6 through described cooling jacket 4;
Described high temperature cabonization burning zone 22 comprises the material combustion chamber 221 be arranged on bottom described tubular body of heater 2, described material combustion chamber 221 is provided with and back and forth pushes away slag device, described tubular body of heater 2 inwall above corresponding described material combustion chamber 221 is provided with air lance 8 around described tubular body of heater 2 inner chamber, described air lance 8 is the arranged tangential forming rotary wind, and described air lance 8 is communicated with described cloth wind chamber 6 through described cooling jacket 4;
Described high temperature spray combustion deferent segment 24 is the openend of described tubular body of heater 2; Described high temperature spray combustion deferent segment 24 also comprises the air lance 8 arranged around described tubular body of heater 2 inner chamber, and described air lance 8 is the arranged tangential forming rotary wind, and described air lance 8 is communicated with described cloth wind chamber 6 through described cooling jacket 4.
Refer to Fig. 3, tailings burning zone 23 is also provided with between described high temperature cabonization burning zone 22 and described high temperature spray combustion deferent segment 24, described tailings burning zone 23 comprise charging aperture be positioned at described material combustion chamber 221 after tailings combustion chamber 231, be provided with fire grate 233 in described tailings combustion chamber 231, the bottom of described tailings combustion chamber 231 is provided with slag notch 232.Described slag notch 232 is connected with tailings treating apparatus 9; Described tailings treating apparatus 9 comprises the slag trapping box 91 being loaded with cooling water, and described slag trapping box 91 is connected with spiral and draws slag slag tapping equipment 92, and what the described spiral of the present embodiment drew that slag slag tapping equipment 92 adopts is known auger conveyor.The setting of tailings burning zone 23, makes unburnt lime-ash be fully burned, and the heat energy of material is discharged completely.Certainly, described tailings burning zone 23 also can be arranged on the openend of described tubular body of heater 2, and the flame of following ejection falls and enters boiler and to burn away process.
Described material combustion chamber 221 comprises material combustion chamber base plate 2211, the both sides of described material combustion chamber base plate 2211 are provided with the material combustion chamber side plate 2212 be connected with described tubular body of heater 2, the rear portion of described material combustion chamber base plate 2211 is provided with plate 2213 after material combustion chamber, and on described tubular body of heater 2 corresponding above described material combustion chamber base plate 2211, correspondence is provided with blanking port 2214.Described material combustion chamber base plate 2211 is furnished with wind-distributing pipe 2215, and described wind-distributing pipe 2215 is connected with described air supply device 7, and described wind-distributing pipe adopts pipe sidewall to be provided with the version of air outlet.Described air supply device 7 comprises blower fan 71, described cloth wind chamber 6 comprises near the large cloth wind chamber 61 of described blower fan 71 and the little cloth wind chamber 62 away from described blower fan 71, this structural configuration mode, can ensure that each described air lance goes out the uniformity of wind pressure, to realize the stable, reliable, controlled of the present embodiment burning.
The described slag device that back and forth pushes away comprises and pushes away slag post 2216 along described material combustion chamber 221 bottom surface is reciprocating, the described slag post 2216 that pushes away is connected with reciprocating movement driving device 2217, the described effect pushing away slag post 2216 is that column is released by the slag in described material combustion chamber 221, column hole is formed after rollback, the material on upper strata falls thus the material on upper strata is stir-fried, and material is burnt more abundant; What reciprocating movement driving device 2217 described in the present embodiment adopted is hydraulic cylinder, and can certainly adopt machinery or electronic reciprocating motion driving mechanism, these mechanisms are known, and at this, it is no longer repeated.
The described fire grate 233 of described tailings burning zone 23 is set to wind-distributing pipe structure, and described fire grate 233 is connected with described air supply device 7.
Described air lance 8 comprises circular body 81, and the lower end of described circular body 81 is provided with flat " V " shape spout 82.
As shown in Figure 5, described feed arrangement 3 comprises auger conveyor housing 31, the top, outer end of described auger conveyor housing 31 is provided with loading hopper 32, the inner of described auger conveyor housing 31 stretches in described high-temperature gasification burning zone 21 as discharging opening 35, the effect of this version is: can make material dried when described discharging opening 35, preheat and start gasification, the outlet of material can be made as far as possible near the high-temperature region of described tubular body of heater 2; Be provided with helical-blade bobbin 33 in described auger conveyor housing 31, described helical-blade bobbin 33 outer peripheral face is provided with helical blade 34, and the outer end of described helical-blade bobbin 33 is connected with gearbox 36, and described gearbox 36 is connected with motor 37; The described helical-blade bobbin 33 of described auger conveyor housing 31 correspondence at corresponding described discharging opening 35 place is the optical axis 331 without helical blade, this version is that described auger conveyor housing 31 forms the seal section of material with the optical axis 331 of described helical-blade bobbin 33, prevents tempering.Described auger conveyor housing 31 inner surface is fixed with the material anti-rotation bar 311 stopping that material rotates, in the gap of described material anti-rotation bar 311 between described helical blade 34 outer peripheral face and described auger conveyor housing 31 inwall; If follow described helical blade 34 near the material of described auger conveyor housing 31 when described helical blade 34 rotates to rotate, material is just made to advance or to carry effect to have a greatly reduced quality, therefore material anti-rotation bar 311 is set, not only hinders material to rotate but also play the guide effect of material advance.The optical axis of described helical-blade bobbin 33 is arranged with the taper sheath 332 that external diameter becomes large gradually, and this version is more closely knit while material is advanced, and the sealing effectiveness of generation is more remarkable; And described taper sheath 332 stretches out outside described discharging opening 35, make the material of discharge end be tubular, material has larger redox surface area, is conducive to gasification and burning.
The present embodiment has abandoned traditional fire bars grate structure, high-temperature gasification burning zone 21 intercepted the blind end at described tubular body of heater 2 by high temperature cabonization burning zone 22, described air lance 8 in described high-temperature gasification burning zone 21 is to material surface forced air supply, the surperficial oxygen-enriched combusting of material, form a high-temp combustion surface layer, produce a large amount of heats and be blown to the internal layer of material, make gasification, and combustion more violent, rapidly, the all large molecule functional group produced in high-temperature gasification burning zone 21, all pernicious gases such as bioxin is because rotate wind action by heating for multiple times, gasification, decompose and participate in burning, high temperature cabonization burning zone 22 is dropped into after the material of gasification, and combustion is carbonized, described high temperature cabonization burning zone 22 is also provided with the air lance 8 producing rotary wind, after giving carbonization on the one hand, the burning of material provides sufficient oxygen, rotary wind is conducive to the centrifugal force that the material be suspended in described tubular body of heater 2 utilizes rotary wind to produce to drop in described material combustion chamber 221 to participate in burning on the other hand, the effect of described high temperature cabonization burning zone 22 is the fault offset comprised by material further, make the large molecule functional group that described high-temperature gasification burning zone 21 is excessive simultaneously, pernicious gas such as bioxin is vaporized again, decompose, burning, the flame that burning produces is sprayed by described high temperature spray combustion deferent segment 24, enter boiler or kiln carries out heat energy utilization, the utility model utilizes the generation rotary wind of air lance 8 and the feature of abundant air feed, cracked gas cannot be escaped, burn rapidly under the abundant oxygen supply of air lance 8, an approximate high-temperature gasification burning situation closed is established in tubular body of heater 2, the peak temperature of burning can reach 1100 DEG C-1300 DEG C, substantially increase the utilization efficiency of heat energy of material, it is the breakthrough improvement to prior art, complete resource for material especially living beings utilizes and provides sufficient guarantee, has great economic benefit and social benefit.
The foregoing is only the schematic detailed description of the invention of the utility model, and be not used to limit scope of the present utility model.Any those skilled in the art, equivalent variations done under the prerequisite not departing from design of the present utility model and principle and amendment, all should belong to the scope of the utility model protection.
Claims (12)
1. biomass high-temperature gasification injection burning furnace, comprise grate, it is characterized in that: the tubular body of heater described grate being installed with horizontally set, described tubular body of heater one end is closed and other end opening, the blind end of described tubular body of heater is provided with feed arrangement, and the periphery wall of described tubular body of heater is provided with cooling jacket, and described cooling jacket is connected with circulation, the outer peripheral face of described cooling jacket is provided with cloth wind chamber, and described cloth wind chamber is connected with air supply device; Described tubular body of heater comprises high-temperature gasification burning zone, high temperature cabonization burning zone, high temperature spray combustion deferent segment successively from blind end to openend;
Described high-temperature gasification burning zone comprises the air lance arranged around described tubular body of heater inner chamber, and described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket;
Described high temperature cabonization burning zone comprises the material combustion chamber being arranged on described tubular bottom of furnace body, described material combustion chamber is provided with and back and forth pushes away slag device, described tubular inboard wall of furnace body above corresponding described material combustion chamber is provided with air lance around described tubular body of heater inner chamber, described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket;
Described high temperature spray combustion deferent segment is the openend of described tubular body of heater.
2. biomass high-temperature gasification injection burning furnace as claimed in claim 1, it is characterized in that: described high temperature spray combustion deferent segment also comprises the air lance arranged around described tubular body of heater inner chamber, described air lance is the arranged tangential forming rotary wind, and described air lance is communicated with described cloth wind chamber through described cooling jacket.
3. biomass high-temperature gasification injection burning furnace as claimed in claim 1, it is characterized in that: between described high temperature cabonization burning zone and described high temperature spray combustion deferent segment, be also provided with tailings burning zone, described tailings burning zone comprise charging aperture be positioned at described material combustion chamber after tailings combustion chamber, be provided with fire grate in described tailings combustion chamber, the bottom of described tailings combustion chamber is provided with slag notch.
4. biomass high-temperature gasification injection burning furnace as claimed in claim 3, is characterized in that: described slag notch is connected with tailings treating apparatus; Described tailings treating apparatus comprises the slag trapping box being loaded with cooling water, and described slag trapping box is connected with spiral and draws slag slag tapping equipment.
5. biomass high-temperature gasification injection burning furnace as claimed in claim 1, it is characterized in that: described material combustion chamber comprises material combustion chamber base plate, the both sides of described material combustion chamber base plate are provided with the material combustion chamber side plate be connected with described tubular body of heater, the rear portion of described material combustion chamber base plate is provided with plate after material combustion chamber, and on described tubular body of heater corresponding above described material combustion chamber base plate, correspondence is provided with blanking port.
6. biomass high-temperature gasification injection burning furnace as claimed in claim 5, is characterized in that: described material combustion chamber base plate is furnished with wind-distributing pipe, and described wind-distributing pipe is connected with described air supply device.
7. biomass high-temperature gasification injection burning furnace as claimed in claim 1, is characterized in that: the described slag device that back and forth pushes away comprises and pushes away slag post along described material combustion chamber bottom surface is reciprocating, described in push away slag post and be connected with reciprocating movement driving device.
8. biomass high-temperature gasification injection burning furnace as claimed in claim 3, is characterized in that: the described fire grate of described tailings burning zone is set to wind-distributing pipe structure, and described fire grate is connected with described air supply device.
9. biomass high-temperature gasification injection burning furnace as claimed in claim 1, is characterized in that: described air lance comprises circular body, and the lower end of described circular body is provided with flat " V " shape spout.
10. the biomass high-temperature gasification injection burning furnace as described in claim as arbitrary in claim 1 to 9, it is characterized in that: described feed arrangement comprises auger conveyor housing, the top, outer end of described auger conveyor housing is provided with loading hopper, and the inner of described auger conveyor housing stretches in described high-temperature gasification burning zone as discharging opening; Be provided with helical-blade bobbin in described auger conveyor housing, described helical-blade bobbin outer peripheral face is provided with helical blade, and the outer end of described helical-blade bobbin is connected with gearbox, and described gearbox is connected with motor; The described helical-blade bobbin that the described auger conveyor housing of corresponding described discharge outlet is corresponding is the optical axis without helical blade.
11. biomass high-temperature gasification injection burning furnaces as claimed in claim 10, it is characterized in that: described auger conveyor shell inner surface is fixed with the material anti-rotation bar stopping that material rotates, in the gap of described material anti-rotation bar between described helical blade outer peripheral face and described auger conveyor inner walls.
12. biomass high-temperatures as claimed in claim 10 gasification injection burning furnaces, is characterized in that: the optical axis section of described helical-blade bobbin is arranged with the taper sheath that external diameter becomes large gradually, and described taper sheath stretches out outside described discharging opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201520718114.XU CN205026651U (en) | 2015-09-16 | 2015-09-16 | Burning furnace is spouted in gasification of living beings high temperature |
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| CN201520718114.XU CN205026651U (en) | 2015-09-16 | 2015-09-16 | Burning furnace is spouted in gasification of living beings high temperature |
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| CN205026651U true CN205026651U (en) | 2016-02-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105066112A (en) * | 2015-09-16 | 2015-11-18 | 潍坊金丝达新能源科技有限公司 | High-temperature gasification burner boiler for biomass |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105066112A (en) * | 2015-09-16 | 2015-11-18 | 潍坊金丝达新能源科技有限公司 | High-temperature gasification burner boiler for biomass |
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