CN102519045A - Organic waste processing device and processing method thereof - Google Patents
Organic waste processing device and processing method thereof Download PDFInfo
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- CN102519045A CN102519045A CN2011103586321A CN201110358632A CN102519045A CN 102519045 A CN102519045 A CN 102519045A CN 2011103586321 A CN2011103586321 A CN 2011103586321A CN 201110358632 A CN201110358632 A CN 201110358632A CN 102519045 A CN102519045 A CN 102519045A
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Abstract
The invention relates to an organic waste processing device and a processing method thereof. The device comprises a decomposer in which organic waste and an initial combustion source are put in to lead the organic waste to be decomposed by the combustion source, a condenser which is communicated with the decomposer and is used to remove the moisture content in the waste gas produced when the waste is decomposed by the combustion source, and a chimney which is communicated with the condenser and is used to discharge the waste gas after the moisture content is removed. The decomposition heat generated when the organic waste is decomposed by the initial combustion source can continuously keep up the decomposition temperature. Compared with the conventional burning technique, the organic waste processing device has the effect that conventional fuel is not used to the greatest extent and the increasingly exhausted conventional energy resources are saved. The moisture content in the waste gas generated when the organic waste is decomposed by the heat source can be separated out, so the peculiar smell of the waste gas exhausted outside can be greatly reduced. In addition, a heater is arranged on the chimney to decompose the residual organic content in the waste gas through heat for the second time, so the peculiar smell of the waste gas exhausted outside can be further reduced.
Description
Technical field
The present invention relates to organic waste and handle, specifically organic refuse treatment appts and processing method thereof.
Background technology
Traditional organic refuse treatment appts generally comprises at present, holds the body of heater and the burner that is used for heating furnace body of organic waste, and the blower fan of extraneous air etc. is sent in pressure in addition.
Along with the organic waste of rendering in the body of heater; The extraneous air of being sent to by burning things which may cause a fire disaster and blower fan decomposes; Particularly organic waste is during decomposing; When the organic principle in the discarded object is decomposed by burner, produce the waste gas that contains moisture, the power forced discharge that this waste gas that contains moisture passes through blower fan is in atmosphere.
But such traditional type organic waste treatment device can bring following several problems.
In order to decompose organic waste, temperature will maintain between 400-500 ℃ at least in the stove, but will keep such temperature, need drive with the burning things which may cause a fire disaster of traditional energies such as coal, bavin/gasoline or combustion gas, so produce the problem that consumes mass energy.
And in the moisture in the organic waste, often containing the rotten peculiar smell that becomes, it is different that such moisture press the kind of organic waste, but it must accompany various stenches, pollutes peripheral air ambient, has a lot of environmental problems.
In view of this,, propose a kind of reasonable in designly and effectively improve the organic refuse treatment appts of above-mentioned disappearance, draw the processing method of the organic waste of this device simultaneously to the problems referred to above.
Summary of the invention
The object of the present invention is to provide organic refuse treatment appts and processing method thereof; This device is a kind of the burning things which may cause a fire disaster flare with the initial stage; Just can continue to keep the organic waste decomposition temperature, when simultaneously can minimized discarded object being decomposed by thermal source generation, the organic refuse treatment appts of smell in the waste gas.
In order to reach above-mentioned purpose, the invention provides organic refuse treatment appts, comprise,
For the guiding organic waste is decomposed the disassembler of knocking down organic waste and initial stage burning things which may cause a fire disaster by burning things which may cause a fire disaster;
Dispel the condenser of moisture in the waste gas that is interconnected with disassembler and produces when being decomposed by burning things which may cause a fire disaster for organic waste;
And the chimney that is interconnected with condenser and dispels discharging waste gas behind the moisture.
Further, said disassembler is included as the disassembler main body of knocking down organic waste and initial stage burning things which may cause a fire disaster; This disassembler main body is provided with the air introducing port that is interconnected with the disassembler main body and imports extraneous air; Be provided with first next door in the disassembler body interior; Be divided into the sandwich of inner space and space outerpace to the disassembler inner space, be interconnected through on first next door, offering discarded through hole between inner space and the space outerpace; The input port of organic waste is knocked down in the planar side setting of the disassembler main body of position, corresponding inner space, and in the bottom of disassembler main body front side the outlet of drawing out the decomposition ash is set.
Further, said disassembler body interior interior volume is provided with second next door that vertical section is a V-arrangement, is divided into decomposition chamber and air chamber to the inner space, and this air chamber connects the air introducing port; Being provided with a plurality of air leading-in conduits through second next door between decomposition chamber and the air chamber is interconnected.
Further; The a plurality of air leading-in conduits that are provided with on second next door of said V-arrangement be horizontally disposed with and length separately all inequality, the length setting of each air leading-in conduit is as the criterion for the centre that can guarantee directly to be fed to fresh air swimmingly the interior discarded object of decomposition chamber.
Further, said disassembler main body space outerpace is connected with and is arranged on outside drainpipe or offers discharge outlet separately.
Further, said disassembler main body is provided with the sensor of the interior spatial portion running status that is used for understanding the disassembler main body; Said air introducing port place is provided with the epistasis magnet that can make the fresh air outside that flows into air chamber change into active air and then the decomposition meeting of organic waste is carried out more apace.
Further, said condenser comprises and is arranged on the condenser bodies that disassembler top and disassembler main body external space portion are interconnected that said condenser bodies set inside has the Z type cold plate of moisture in a plurality of cooling exhausts.
Further, said chimney comprises and is arranged on the funnel body that condenser top and condenser bodies are interconnected, and funnel body is provided with the heater of contained organic principle in the waste gas decomposition for the second time.
Further, said funnel body set inside has the flowing velocity that is used for slowing down waste gas that waste gas is remained in a plurality of waste gas flaps in the setting-up time, also is provided with the fixed leg that is used for fixing the waste gas flap; Be provided with the umbrella lid that prevents to flow to rainwater at the top of chimney.
In order to reach above-mentioned purpose, the invention provides the processing method of organic refuse treatment appts, the steps include:
A at first starts the heater of chimney, and during heater starting, extraneous air flow into decomposition chamber because of the free convection phenomenon; Continuing to keep under the situation of heater starting, knock down the organic waste of moisture content below 40% through the organic waste input port, and then knock down the initial stage thermal source; Along with the thermal source and the initial stage burning things which may cause a fire disaster of heater, when causing free convection swimmingly, extraneous air also flow into decomposition chamber through the air introducing port swimmingly; According to initial stage burning things which may cause a fire disaster and extraneous air, organic waste begins to decompose like this, and decomposition temperature at this moment reaches about 400-500 ℃; And organic waste produce when decomposing divide analgesic, so if the initial stage burning things which may cause a fire disaster is extinguished the decomposition that organic waste also can continue as usual; Like this, the moisture waste gas that produces during the decomposition passing through a plurality of exhaust vents after the space outerpace of disassembler body interior moves, moves to condenser again;
After this B, contains moisture waste gas to what condenser bodies moved, and through a plurality of cold plate of Z type the time, the moisture in the waste gas is had only dry waste gas to move to chimney by a plurality of cold plate coolings then substantially; Particularly the temperature of condenser bodies is lower relatively than the moisture EGT that flows into from decomposition chamber, thereby according to temperature difference reaction, when the moisture in the waste gas passed through a plurality of cold plates, moisture was cooled on a plurality of cold plates;
C, the dry waste gas of process condenser moves to funnel body, and when passing through a plurality of waste gas flaps again, the organic principle that might be contained in the waste gas is carried out the decomposition second time by heater heat; The final waste gas that is discharged from through chimney can more reduce under the state of most peculiar smell to outside drain;
D opens the drawing out of bottom setting of disassembler main body front side and decomposes grey outlet, and the decomposition after the burning of the inner organic waste of removing decomposition chamber is grey.
Compared to prior art, organic refuse treatment appts is no matter still be that suitable application areas such as school, hospital or home for destitute are more extensive in the industry district.In sum, the organic refuse treatment appts according to the embodiment of the invention can have following effect.
The branch that is produced when utilizing initial stage burning things which may cause a fire disaster and organic waste to decompose is analgesic; Can continue to keep the decomposition temperature of discarded object; Therefore compare with the incineration technology of traditional type,, practice thrift effect that is more and more exhausted, traditional energy to a great extent as far as possible without traditional fuel.And do not need blower fan traditional type, that be used for forced air supply, so the effect of saves energy more.And, because of possessing condenser device, so in the waste gas that produces when organic waste is decomposed by thermal source, separable moisture can reduce the peculiar smell that discharges in the waste gas greatly.And, organic principle residual in the waste gas is carried out secondary with heat decompose, so reduce the peculiar smell in the waste gas that discharges more because of heater is set on the chimney.
Description of drawings
Fig. 1 is the cutaway view of organic refuse treatment appts embodiment of the present invention:
Fig. 2 be Fig. 1 II ?the cutaway view of II:
Fig. 3 be Fig. 1 III ?the III cutaway view:
Fig. 4 be Fig. 1 IV ?the IV cutaway view:
Fig. 5 is in the organic refuse treatment appts of the embodiment of the invention, total cutaway view of disassembler:
Fig. 6 is in the organic refuse treatment appts of the embodiment of the invention, total cutaway view of condenser:
Fig. 7 is in the organic refuse treatment appts of the embodiment of the invention, total cutaway view of chimney:
[main element symbol description]
100, disassembler
110, disassembler main body; 111, the input port of organic waste; 112, draw out the outlet that decomposes ash; 113, discharge outlet; 114, sensor; 120, air introducing port; 130, first next door; 131, exhaust vent; 140, second next door; 141, air leading-in conduit; 150, magnet;
200, condenser
210, condenser bodies; 220, cold plate;
300, chimney
310, funnel body; 320, heater; 330, waste gas flap; 340, fixed leg; 350, umbrella lid.
The specific embodiment
Relevant detailed description of the present invention and technology contents, conjunction with figs. are explained as follows, yet accompanying drawing only provides the usefulness of reference with explanation, are not to be used for the present invention is limited.
Organic refuse treatment appts comprises: for the guiding organic waste is decomposed the disassembler of knocking down organic waste and initial stage burning things which may cause a fire disaster by burning things which may cause a fire disaster; Be interconnected with disassembler and dispel the condenser of moisture in the waste gas that produces when being decomposed by burning things which may cause a fire disaster for organic waste; And be interconnected with condenser and dispel the chimney of discharging waste gas behind the moisture.
At first, specify disassembler 100 referring to figs. 1 through Fig. 4.
Disassembler 100 is spaces that organic waste and initial stage burning things which may cause a fire disaster are knocked down, and the branch when organic waste is decomposed with initial stage burning things which may cause a fire disaster and organic waste is analgesic, continues to decompose the device of organic waste.Specifically, disassembler 100 comprises, disassembler main body 110 draws organic waste and initial stage burning things which may cause a fire disaster are directly knocked down are interconnected with disassembler main body 110, import the air introducing port 120 of extraneous air.Particularly the disassembler main body 110, the sandwich of spatial portion S1 and the S2 of external space portion in being divided into according to first next door 130.And first next door 130 be as shown in Figure 4, when the left side of disassembler main body 110 and right side and rear side are integrally formed the type structure, comprise a plurality of exhaust vent 131.Here, the reason that is not located at first next door 130 front side and planar side is shown in Figure 1, knocks down the input port 111 of organic waste in the planar side setting, and in the bottom of front side the outlet 112 of drawing out the decomposition ash will be set.And interior spatial portion S1 is the place that organic waste and initial stage burning things which may cause a fire disaster are knocked down, and the S2 of external space portion is when to be organic waste from interior spatial portion S1 decompose, the space that the waste gas of generation will flow into through a plurality of exhaust vent 131.
Along with after organic waste knocks down the interior spatial portion S1 of disassembler main body 110 through input port 111; When knocking down the interior spatial portion S1 of disassembler main body 110 to the initial stage burning things which may cause a fire disaster like: flare again; Thermal source according to the initial stage burning things which may cause a fire disaster causes naturally that to flow phenomenon this moment, extraneous air also flow into interior spatial portion S1 through air introducing port 120.Like this, through the heat and the fresh air outside of initial stage burning things which may cause a fire disaster, organic waste decomposes beginning; This moment, decomposition temperature reached about 400-500 ℃; At this moment analgesic because of organic waste generation branch when decomposing, so if the initial stage burning things which may cause a fire disaster is extinguished, organic waste can continue to obtain to decompose as usual.The waste gas that is produced during organic waste is decomposed after moving through a plurality of exhaust vents 131 outside spatial portion S2, moves to condenser 200 again.200 li of condensers; After moisture in the waste gas is cooled; Discharge through the S2 of external space portion, spatial portion S1 and the S2 of external space portion formed sandwich in promptly disassembler main body 110 was divided into, so only outwards spatial portion S2 discharge of the water that is cooled; The organic waste direction of spatial portion S1 in no longer flowing into, thus organic waste handle carry out sooner, more smooth and easy.
And shown in Figure 1, in order to understand the interior spatial portion S1 running status of disassembler main body 110, sensor 114 is set, internal temperature and the humidity situation of spatial portion S1 in such sensor 114 can be understood.
Refer again to Fig. 2 to Fig. 5, specify disassembler 100.
Fig. 5 is in the organic refuse treatment appts of the embodiment of the invention, total cutaway view of disassembler:
The interior spatial portion S1 of disassembler main body 110 is divided into decomposition chamber C1 and air chamber C2 according to second next door 140, and on second next door 140, is provided with, and to the outstanding air leading-in conduit 141 of decomposition chamber C1.Here decomposition chamber C1 is the space that organic waste and initial stage burning things which may cause a fire disaster are knocked down, and air chamber C2 is the space that flows into fresh air outside through air introducing port 120.
When if the higher organic waste of moisture content 30-40% is knocked down decomposition chamber C1; Because of a plurality of air leading-in conduit 141 being set in addition, so the moisture that air introducing port 120 is blocked or organic waste is contained flow into the anti-possible trouble that terminates in of the phenomenon of air introducing port 120 at air chamber C2.And a plurality of air leading-in conduits 141 will set dissimilar length, can directly be fed to fresh air swimmingly the centre of discarded object, so decompose organic waste more equably.
And the epistasis magnet 150 of air introducing port 120 places setting, the fresh air outside that flow into air chamber C2 changes into active air through epistasis magnet 150, and the decomposition meeting of organic waste is carried out more apace like this.
Refer again to Fig. 1 to Fig. 4 and Fig. 6 and specify condenser 200.
Fig. 6 is in the organic refuse treatment appts of the embodiment of the invention, total cutaway view of condenser.
In interior spatial portion S1 decomposition chamber C1, the moisture waste gas that produces when organic waste decomposes will pass through the S2 of external space portion again through a plurality of exhaust vents 131 that form on first next door 130, moves to the condenser bodies 210 that is connected therewith.At this moment; Because of the temperature of condenser bodies 210, lower relatively than the moisture EGT that flows into from decomposition chamber C1, so moisture waste gas is when a plurality of cold plate 220 that is provided with through " Z " type; Moisture in the waste gas is had only dry waste gas to flow to chimney 300 by 220 coolings of a plurality of cold plates.Final waste gas of only discharging drying can significantly reduce the peculiar smell in discarding like this.
And condenser bodies 210 can be located at the top than disassembler main body 110.The moisture that is cooled through a plurality of cold plates 220 is because of a plurality of cold plates 220 of its weight along with the setting of " Z " type trickle to the S2 of external space portion of disassembler main body 110.Finally trickle to the moisture of the S2 of external space portion, discharge in the discharge outlet 113 that is provided with through disassembler main body 110 bottoms, be interconnected with the S2 of external space portion.The water of particularly being arranged like this in order to prevent to pollute for the second time, can be managed the back discharging through the purifier place again.
Refer again to Fig. 1 to Fig. 4 and Fig. 7, specify chimney 300.
Fig. 7 is in the organic refuse treatment appts of the embodiment of the invention, total cutaway view of chimney.
Though separate moisture and waste gas in the waste gas through condenser 200, flow in the waste gas of funnel body 310 and possibly also carry a spot of organic principle, such organic principle may carry peculiar smell.So contained organic principle in might waste gas carries out secondary at the thermal source through heater 320 and decomposes, in the waste gas that finally discharges, reduce under the state of its peculiar smell being thrown in the atmosphere more.
And chimney 300 comprises; Inside in funnel body 310; The a plurality of waste gas flap 330 that is provided with for the flowing velocity of slow exhaust gas; According to a plurality of waste gas flaps 330, waste gas hangs out in the funnel body 310 as far as possible at the appointed time, at this moment improves the organic principle that ground possibly contain in the waste gas decomposition once more more through heater 320.
And chimney 300 comprises, is arranged at the inboard centre of funnel body 310, the fixed leg 340 of fixing a plurality of waste gas flaps 330.A plurality of flaps 330 is not to be fixed on the madial wall of chimney 310, and is fixed on the fixed leg 340, like this carries out the assembling and the regular maintenance of chimney 300 with being more prone to.
And the upper end of chimney 300 is provided with the umbrella lid 350 that prevents to flow to rainwater.
Below referring to figs. 1 through Fig. 7 explanation, according to the processing method of embodiment of the invention organic refuse treatment appts.
At first start the heater 320 of chimney 300, between 320 starting periods, extraneous air flow into decomposition chamber C1 because of the free convection phenomenon at heater.Continuing to keep under the situation that heater 320 starts, knock down the organic waste of moisture content below 40% through input port 111, and then knock down the initial stage thermal source.Along with the thermal source and the initial stage burning things which may cause a fire disaster of heater, when causing free convection swimmingly, extraneous air also flow into decomposition chamber C1 through air introducing port 120 swimmingly.According to initial stage burning things which may cause a fire disaster and extraneous air, organic waste begins to decompose like this, and decomposition temperature at this moment reaches about 400-500 ℃.And organic waste produce when decomposing divide analgesic, so the initial stage burning things which may cause a fire disaster as: if flare is extinguished the decomposition that organic waste also can continue as usual.Like this, the moisture waste gas that produces during the decomposition after moving through a plurality of exhaust vent 131 outside spatial portion S2, moves to condenser 200 again.
After this, contain moisture waste gas to what condenser bodies 210 moved, through a plurality of cold plate 220 of " Z " type configuration the time, the moisture in the waste gas is had only dry waste gas to move to chimney 300 by 220 coolings of a plurality of cold plates then substantially.Particularly the temperature of condenser bodies 210 is lower relatively than the moisture EGT that flows into from decomposition chamber C1, thereby according to temperature difference reaction, when the moisture in the waste gas passed through a plurality of cold plates 220, moisture was cooled on a plurality of cold plate 220.
Dry waste gas through condenser 200 moves to funnel body 310, and when passing through a plurality of waste gas flaps 330 again, the organic principle that might be contained in the waste gas is carried out the decomposition second time by heater 320 heat.The final waste gas that is discharged from through chimney 300 can more reduce under the state of most peculiar smell to outside drain.
Open the drawing out of bottom setting of disassembler main body front side and decompose grey outlet 112, the decomposition after the burning of the inner organic waste of removing decomposition chamber is grey.
The above is merely preferred embodiment of the present invention, and non-in order to limit claim of the present invention, other use the equivalence of patent spirit of the present invention to change, and all should all belong to claim of the present invention.
Claims (10)
1. organic refuse treatment appts is characterized in that, comprise,
For the guiding organic waste is decomposed the disassembler of knocking down organic waste and initial stage burning things which may cause a fire disaster by burning things which may cause a fire disaster;
Dispel the condenser of moisture in the waste gas that is interconnected with disassembler and produces when being decomposed by burning things which may cause a fire disaster for organic waste;
And the chimney that is interconnected with condenser and dispels discharging waste gas behind the moisture.
2. organic refuse treatment appts as claimed in claim 1 is characterized in that, said disassembler is included as the disassembler main body of knocking down organic waste and initial stage burning things which may cause a fire disaster; This disassembler main body is provided with the air introducing port that is interconnected with the disassembler main body and imports extraneous air; Be provided with first next door in the disassembler body interior; Be divided into the sandwich of inner space and space outerpace to the disassembler inner space, be interconnected through on first next door, offering discarded through hole between inner space and the space outerpace; The input port of organic waste is knocked down in the planar side setting of the disassembler main body of position, corresponding inner space, and in the bottom of disassembler main body front side the outlet of drawing out the decomposition ash is set.
3. organic refuse treatment appts as claimed in claim 2 is characterized in that, said disassembler body interior interior volume is provided with second next door that vertical section is a V-arrangement, is divided into decomposition chamber and air chamber to the inner space, and this air chamber connects the air introducing port; Being provided with a plurality of air leading-in conduits through second next door between decomposition chamber and the air chamber is interconnected.
4. organic refuse treatment appts as claimed in claim 3; It is characterized in that; The a plurality of air leading-in conduits that are provided with on second next door of said V-arrangement be horizontally disposed with and length separately all inequality, the length setting of each air leading-in conduit is as the criterion for the centre that can guarantee directly to be fed to fresh air swimmingly the interior discarded object of decomposition chamber.
5. organic refuse treatment appts as claimed in claim 2 is characterized in that, said disassembler main body space outerpace is connected with and is arranged on outside drainpipe or offers discharge outlet separately.
6. organic refuse treatment appts as claimed in claim 2 is characterized in that, said disassembler main body is provided with the sensor of the interior spatial portion running status that is used for understanding the disassembler main body; Said air introducing port place is provided with the epistasis magnet that can make the fresh air outside that flows into air chamber change into active air and then the decomposition meeting of organic waste is carried out more apace.
7. organic refuse treatment appts as claimed in claim 2; It is characterized in that; Said condenser comprises and is arranged on the condenser bodies that disassembler top and disassembler main body external space portion are interconnected that said condenser bodies set inside has the Z type cold plate of moisture in a plurality of cooling exhausts.
8. organic refuse treatment appts as claimed in claim 2; It is characterized in that; Said chimney comprises and is arranged on the funnel body that condenser top and condenser bodies are interconnected, and funnel body is provided with the heater of contained organic principle in the waste gas decomposition for the second time.
9. organic refuse treatment appts as claimed in claim 8; It is characterized in that; Said funnel body set inside has the flowing velocity that is used for slowing down waste gas that waste gas is remained in a plurality of waste gas flaps in the setting-up time, also is provided with the fixed leg that is used for fixing the waste gas flap; Be provided with the umbrella lid that prevents to flow to rainwater at the top of chimney.
10. utilize the processing method of any described organic refuse treatment appts of claim of 1-8, the steps include:
A at first starts the heater of chimney, and during heater starting, extraneous air flow into decomposition chamber because of the free convection phenomenon; Continuing to keep under the situation of heater starting, knock down the organic waste of moisture content below 40% through the organic waste input port, and then knock down the initial stage thermal source; Along with the thermal source and the initial stage burning things which may cause a fire disaster of heater, when causing free convection swimmingly, extraneous air also flow into decomposition chamber through the air introducing port swimmingly; According to initial stage burning things which may cause a fire disaster and extraneous air, organic waste begins to decompose like this, and decomposition temperature at this moment reaches about 400-500 ℃; And organic waste produce when decomposing divide analgesic, so if the initial stage burning things which may cause a fire disaster is extinguished the decomposition that organic waste also can continue as usual; Like this, the moisture waste gas that produces during the decomposition passing through a plurality of exhaust vents after the space outerpace of disassembler body interior moves, moves to condenser again;
After this B, contains moisture waste gas to what condenser bodies moved, and through a plurality of cold plate of Z type the time, the moisture in the waste gas is had only dry waste gas to move to chimney by a plurality of cold plate coolings then substantially; Particularly the temperature of condenser bodies is lower relatively than the moisture EGT that flows into from decomposition chamber, thereby according to temperature difference reaction, when the moisture in the waste gas passed through a plurality of cold plates, moisture was cooled on a plurality of cold plates;
C, the dry waste gas of process condenser moves to funnel body, and when passing through a plurality of waste gas flaps again, the organic principle that might be contained in the waste gas is carried out the decomposition second time by heater heat; The final waste gas that is discharged from through chimney can more reduce under the state of most peculiar smell to outside drain;
D opens the drawing out of bottom setting of disassembler main body front side and decomposes grey outlet, and the decomposition after the burning of the inner organic waste of removing decomposition chamber is grey.
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| CN201110358632.1A CN102519045B (en) | 2011-11-14 | 2011-11-14 | Organic waste processing device and processing method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113970102A (en) * | 2021-09-09 | 2022-01-25 | 西安立奇环保科技有限公司 | Low-temperature active oxygen decomposition device for organic matters |
| CN115493157A (en) * | 2022-08-30 | 2022-12-20 | 江苏瑞鼎环境工程有限公司 | Safe organic waste gas heat accumulation type thermal incinerator structure and heat accumulation method |
Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS58169331U (en) * | 1982-05-07 | 1983-11-11 | 秋田 恭志 | combustion furnace |
| JP2004060939A (en) * | 2002-07-25 | 2004-02-26 | Minagawa Seisakusho:Kk | Simplified incinerator |
| KR100758593B1 (en) * | 2006-11-17 | 2007-09-18 | 현주한 | A burnner apparatus using coal gas |
| CN201028560Y (en) * | 2006-12-29 | 2008-02-27 | 金成� | Electric heating smoke scrubber |
| CN101143370A (en) * | 2006-09-15 | 2008-03-19 | 张榕倡 | Magnetic energy garbage decomposition equipment |
| EP1983263A1 (en) * | 2007-04-18 | 2008-10-22 | Jolly-Mec Caminetti S.p.a. | Stove with automatic flue gas reversal control |
| DE102007023051A1 (en) * | 2007-05-15 | 2008-11-20 | Martin Ahrends | Boiler for e.g. agriculture application, has combustion chamber receiving fuel material, and flues diverted in relation to flue gas stream and exhibiting double-walled formation, where inner areas are flowed from heat transfer medium |
| CA2641856A1 (en) * | 2008-04-07 | 2009-10-07 | John Milton Peters, Jr. | Improved sawdust/pellet/wasate stove or dryer |
| KR101068043B1 (en) * | 2010-04-15 | 2011-09-28 | 김혜경 | Wood boiler with integral combustion chamber with flue flue inverted and flat tube for natural convection |
-
2011
- 2011-11-14 CN CN201110358632.1A patent/CN102519045B/en not_active Expired - Fee Related
Patent Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS58169331U (en) * | 1982-05-07 | 1983-11-11 | 秋田 恭志 | combustion furnace |
| JP2004060939A (en) * | 2002-07-25 | 2004-02-26 | Minagawa Seisakusho:Kk | Simplified incinerator |
| CN101143370A (en) * | 2006-09-15 | 2008-03-19 | 张榕倡 | Magnetic energy garbage decomposition equipment |
| KR100758593B1 (en) * | 2006-11-17 | 2007-09-18 | 현주한 | A burnner apparatus using coal gas |
| CN201028560Y (en) * | 2006-12-29 | 2008-02-27 | 金成� | Electric heating smoke scrubber |
| EP1983263A1 (en) * | 2007-04-18 | 2008-10-22 | Jolly-Mec Caminetti S.p.a. | Stove with automatic flue gas reversal control |
| DE102007023051A1 (en) * | 2007-05-15 | 2008-11-20 | Martin Ahrends | Boiler for e.g. agriculture application, has combustion chamber receiving fuel material, and flues diverted in relation to flue gas stream and exhibiting double-walled formation, where inner areas are flowed from heat transfer medium |
| CA2641856A1 (en) * | 2008-04-07 | 2009-10-07 | John Milton Peters, Jr. | Improved sawdust/pellet/wasate stove or dryer |
| KR101068043B1 (en) * | 2010-04-15 | 2011-09-28 | 김혜경 | Wood boiler with integral combustion chamber with flue flue inverted and flat tube for natural convection |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113970102A (en) * | 2021-09-09 | 2022-01-25 | 西安立奇环保科技有限公司 | Low-temperature active oxygen decomposition device for organic matters |
| CN113970102B (en) * | 2021-09-09 | 2024-01-26 | 西安立奇环保科技有限公司 | Organic matter low temperature active oxygen decomposition device |
| CN115493157A (en) * | 2022-08-30 | 2022-12-20 | 江苏瑞鼎环境工程有限公司 | Safe organic waste gas heat accumulation type thermal incinerator structure and heat accumulation method |
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