CN207762912U - A kind of waste incinerator of high-temp combustion - Google Patents
A kind of waste incinerator of high-temp combustion Download PDFInfo
- Publication number
- CN207762912U CN207762912U CN201820067443.6U CN201820067443U CN207762912U CN 207762912 U CN207762912 U CN 207762912U CN 201820067443 U CN201820067443 U CN 201820067443U CN 207762912 U CN207762912 U CN 207762912U
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- burner hearth
- wall
- exhaust pipe
- exhaust
- cavity
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Abstract
The utility model provides a kind of waste incinerator of high-temp combustion, and upper furnace is flue gas emission area, is incineration firing area in the middle part of burner hearth, and lower furnace portion is ash area；An interlayer cavity is additionally provided between the outer wall and insulating layer in burner hearth incineration firing area, interlayer cavity is equipped with blast pipe and stretches out outside insulating layer and be connected with air blower, interlayer cavity is additionally provided with multigroup air outlet pipeline and is connected respectively with each burning zone in burner hearth, and every group of air outlet pipeline is equipped with multiple along the evenly arranged outlet air branch pipe of burner hearth sidewall；Flue gas emission area is separated into upper chamber and lower chambers to be heated to exhaust gas by horizontal baffle.This waste incinerator is due to reasonable in design, ensure that all rubbish can be maintained above 850 DEG C of high-temp combustion, greatly reduce the generation of the pernicious gases such as bioxin, and secondary heating can also be carried out to the exhaust gas crossed through spray process using the flue gas heat of waste incineration, contribute to energy efficiency.
Description
Technical field
The utility model is related to a kind of processing unit of solid waste, the waste incinerator of specifically a kind of high-temp combustion,
Belong to technical field of garbage disposal equipment.
Background technology
The processing of house refuse is used always in the past based on landfill method, landfill method handle rubbish need to occupy it is a large amount of
Land resource, house refuse of high cost, and being landfilled of taking over the land for use, the resolving time is long, will produce during decomposing corruption
The waste water and gas of poison pollutes environment.The processing mode of landfill method is gradually replaced by highly efficient burning method in recent years.
House refuse is handled using burning method, the volume of solid refuse can be reduced 90% or more, to substantially reduce to soil
It occupies.At present burning method processing house refuse equipment generally use waste incinerator, by rubbish put into waste incinerator in into
Row burning.
Waste incinerator common configuration design at present on the market is not reasonable, is not enough, causes to the air inlet of burning
For hypoxgia when incineration firing, it is susceptible to phenomenon of smouldering, causes ignition temperature too low, when combustion temperature in hearth is less than 850 DEG C
When, the pernicious gases such as excessive bioxin are easy tod produce, bring difficulty to the processing of subsequent waste gas purification, it is not easy to reach country
It is required that discharge standard.In addition in subsequent waste gas purification processing procedure, the low temperature waste gas relative humidity after spray process
It is larger, then bag-type dust is sent to, cloth bag can be caused to moisten blocking rapidly, therefore the exhaust gas after spray process will carry out secondary add
After temperature drop low relative humidity, bag-type dust could be carried out.If carried out to exhaust gas using heat caused by waste incinerator
Secondary heating, it will help energy efficiency.
Utility model content
The purpose of this utility model is to provide a kind of waste incinerator of high-temp combustion, by the inside for changing incinerator
Structure, ensure rubbish in incinerator can high-temp combustion, reduce the generation of pernicious gas, and its fume afterheat can also be utilized
To carry out secondary heating to subsequent exhaust-gas treatment.
The specific technical solution that the utility model is taken is as follows：
A kind of waste incinerator of high-temp combustion, upper furnace are flue gas emission area, are incineration firing area in the middle part of burner hearth,
Lower furnace portion is ash area；Incineration firing area is from top to bottom divided into multiple burning zones, and each burning zone lower part is provided with fire bars, respectively
The fire bars gap of the fire bars of burning zone is successively reduced by upper layer to lower layer；Top layer's burning zone is equipped with rubbish feeding port and for stirring
The rubbish stirring mouth that device stretches into；Burning zone is additionally provided with the combustion-supporting benefit temperature for connecting combustion-supporting one of under top layer
Mouthful；Each burning zone is equipped with corresponding observation window, and ash area is equipped with ash hole.
The outer wall of the burner hearth is made of steel plate enclosing, and inside outer wall is equipped with one layer of fire clay as inner wall, outer exterior wall
Equipped with one layer of heat preservation layer, furnace body is thus constituted；An interlayer is additionally provided between the outer wall and insulating layer in burner hearth incineration firing area
Cavity, interlayer cavity are equipped with blast pipe and stretch out outside insulating layer and be connected with air blower, and interlayer cavity is additionally provided with multigroup discharge pipe
Road is connected with each burning zone in burner hearth respectively, and every group of air outlet pipeline is equipped with multiple along the evenly arranged outlet air branch of burner hearth sidewall
Pipe.The outlet air branch pipe is made of steel pipe, and one end is welded on the steel plate of outer wall and is connected with interlayer cavity, and the other end is worn
It crosses inside fire clay and burner hearth and is connected.
The flue gas emission area is separated into upper chamber and lower chambers, the on end lower exhaust of lower chambers middle part by horizontal baffle
Pipe, on end upper exhaust pipe in the middle part of upper chamber, the bore of exhaust pipe is small under the relative aperture of upper exhaust pipe, the lower part of lower exhaust pipe and
Incineration firing area is connected, and the lower part of upper exhaust pipe is connected with the top of lower exhaust pipe, and the side of upper exhaust pipe connects a water
The front end of flat raft tracheae, horizontal exhaust pipe is protruding from burner hearth side, using as main vent, main vent is connected to exhaust gas
Cleaning equipment；The top of upper exhaust pipe is set to stretching out except burner hearth top surface using the top as emergent exhaust outlet, emergent exhaust outlet
There is openable removable cover；Upper chamber and lower chambers are respectively equipped with exhaust gas entrance and waste gas outlet in the side of burner hearth, above and below
Horizontal baffle between two chambers is equipped with upper and lower cavity through hole.
In order to keep the secondary heating of exhaust gas more abundant, the exhaust gas entrance of the upper chamber is positioned close to upper and lower cavity perforation
The position in hole, and the sealing plate that one piece is erect is set between upper exhaust tube wall and inboard wall of burner hearth and passes through exhaust gas entrance and upper and lower cavity
Through-hole separates, and upper chamber also erects between upper exhaust tube wall and inboard wall of burner hearth multiple not closed wind deflectors；Under described
The waste gas outlet of chamber is also disposed at close to the position of upper and lower cavity through hole, and between lower exhaust tube wall and inboard wall of burner hearth
The sealing plate that one piece of setting is arranged separates waste gas outlet and upper and lower cavity through hole, and lower chambers are in lower exhaust tube wall and inboard wall of burner hearth
Between also erect have multiple not closed wind deflectors；It is achieved in exhaust gas and enters back into cavity of resorption after upper chamber fully stops heating
Room, and be then exhausted from after lower chambers fully stop heating.Further, one is additionally provided on the sealing plate of the upper chamber to be used for grasping
The movable revolving door that vertical exhaust gas entrance is directly connected to upper and lower cavity through hole, the control handle of movable revolving door protrude outwardly to furnace body top
Except face.By the open angle of control handle control activity revolving door, the heating path of exhaust gas can be controlled, and then control exhaust gas
The temperature of secondary heating.
The waste incinerator of the utility model is due to reasonable in design, and rubbish is in burner hearth after the screening of multilayer fire bars
Each burning zone is automatically fallen by different size to burn, since an interlayer cavity being arranged on the outside of the incineration firing area of burner hearth
For even wind, then uniform air inlet is allowed to provide sufficient oxygen through multiple outlet air branch pipes for the burning of each burning zone, to shut out
Exhausted phenomenon of smouldering, ensures that all rubbish can be maintained above 850 DEG C of high-temp combustion, and it is harmful to greatly reduce bioxin etc.
The generation of gas makes subsequent waste gas purification processing be easy to reach the discharge standard of national requirements.In addition this waste incinerator is logical
Flue gas emission area setting exhaust gas heating chamber is crossed, two are carried out to the exhaust gas crossed through spray process using the flue gas heat of waste incineration
Secondary heating, contributes to energy efficiency.
Description of the drawings
Fig. 1 is the cross-sectional view of this waste incinerator.
Fig. 2 is the A partial enlarged views of Fig. 1.
Fig. 3 is the B-B section direction views of the upper chamber of flue gas emission area in Fig. 1.
Fig. 4 is the C-C section direction views of the flue gas emission area lower chambers in Fig. 1.
Fig. 5 is the schematic diagram when dodge gate of Tu3Zhong upper chamber enclosed baffle is opened.
In figure：1- burning zones, 2- fire bars, 3- ashes area, 4- rubbish feeding ports, 5- rubbish stirring mouths, the combustion-supporting benefit temperature of 6-
Mouthful, 7- observation windows, 8- ash holes, 9- interlayer cavitys, 10- blast pipes, 11- outlet air branch pipes, 12- horizontal baffles, 13- upper chamber,
14- lower chambers, exhaust pipe under 15-, the upper exhaust pipes of 16-, 17- horizontal exhaust pipes, 18- removable covers, 19- exhaust gas entrances, 20- are useless
Gas exports, 21- upper and lower cavity through holes, 22- sealing plates, 23- wind deflectors, 24- activity revolving doors, 25- control handles.
In Fig. 3-Fig. 5：Dotted line with the arrow indicates the flow direction of exhaust gas.
Specific implementation mode
Specific embodiment of the present utility model is described further below in conjunction with the accompanying drawings.
As shown in Figure 1, the upper furnace of this waste incinerator is flue gas emission area, it is incineration firing area, stove in the middle part of burner hearth
Thorax lower part is ash area 3；Incineration firing area is from top to bottom divided into multiple burning zones 1, and 1 lower part of each burning zone is provided with fire bars 2,
The fire bars gap of the fire bars 2 of each burning zone 2 is successively reduced by upper layer to lower layer；Top layer's burning zone 1 is equipped with 4 He of rubbish feeding port
The rubbish stirring mouth 5 stretched into for agitating device；Burning zone 2 is additionally provided with for connecting combustion-supporting one of under top layer
Combustion-supporting benefit temperature mouth 6；Each burning zone 2 is equipped with corresponding observation window 7, and ash area 3 is equipped with ash hole 8.
As shown in Figs. 1-2, the outer wall of the burner hearth is made of steel plate enclosing, and inside outer wall is equipped in one layer of fire clay conduct
Wall, outer exterior wall are equipped with one layer of heat preservation layer, thus constitute furnace body；It is also set between the outer wall and insulating layer in burner hearth incineration firing area
There are one interlayer cavity 9, interlayer cavity 9 is equipped with blast pipe 10 and stretches out outside insulating layer and be connected with air blower, and interlayer cavity 9 is also
It is connected respectively with each burning zone 1 in burner hearth equipped with multigroup air outlet pipeline, every group of air outlet pipeline is equipped with multiple along burner hearth sidewall
Evenly arranged outlet air branch pipe 11.The outlet air branch pipe 11 is made of steel pipe, one end be welded on the steel plate of outer wall and with folder
Layer cavity 9 is connected, and the other end passes through to be connected inside fire clay and burner hearth, such design can both ensure burner hearth into
Wind, and can effectively prevent the heat in burner hearth and excessively be transmitted to outer wall and then burn out the steel plate of outer wall.
As shown in figures 1 and 3, the flue gas emission area is separated into upper chamber 13 and lower chambers 14 by horizontal baffle 12,
14 middle part of lower chambers on end descends exhaust pipe 15, upper chamber on end to go up exhaust pipe 16, the relative aperture of upper exhaust pipe 16 in 13 middle part
The bore of lower exhaust pipe 15 is small, and the lower part of lower exhaust pipe 15 is connected with incineration firing area, the lower part of upper exhaust pipe 16 and lower row
The top of tracheae 15 is connected, and the side of upper exhaust pipe 16 connects a horizontal exhaust pipe 17, and the front end of horizontal exhaust pipe 17 is from stove
Thorax side is protruding, using as main vent, main vent is connected to off-gas cleaning equipment；The top of upper exhaust pipe 16 is to stove
Thorax stretches out except top surface, and openable removable cover 18 is equipped with using the top as emergent exhaust outlet, exhaust outlet of meeting an urgent need；Upper chamber
13 and lower chambers 14 be respectively equipped with exhaust gas entrance 19 and waste gas outlet 20 in the side of burner hearth, between upper and lower two chamber 13,14
Horizontal baffle 12 is equipped with upper and lower cavity through hole 21.
As shown in Figure 3-4, in order to keep the secondary heating of exhaust gas more abundant, the exhaust gas entrance 19 of the upper chamber 13 is arranged
In the position of close upper and lower cavity through hole 21, and one block of sealing plate erect is set between 16 outer wall of upper exhaust pipe and inboard wall of burner hearth
22 separate exhaust gas entrance 19 and upper and lower cavity through hole 21, and upper chamber 13 is also perpendicular between 16 outer wall of upper exhaust pipe and inboard wall of burner hearth
It is vertical to have multiple not closed wind deflectors 23.The waste gas outlet 20 of the lower chambers 14 is also disposed at close to upper and lower cavity through hole 21
Position, and the sealing plate 22 of one piece of setting is also provided between 15 outer wall of lower exhaust pipe and inboard wall of burner hearth by waste gas outlet 20 and upper and lower
Chamber through hole 21 separates, and lower chambers 14 are also erect between 15 outer wall of lower exhaust pipe and inboard wall of burner hearth multiple not closed wind-guidings
Plate 23；It is achieved in exhaust gas and enters back into lower chambers 14 after upper chamber 13 fully stops heating, and fully stopped in lower chambers 14
It is then exhausted from after heating.Further, be additionally provided on the sealing plate 22 of the upper chamber 13 one be used for manipulate exhaust gas entrance 19 with it is upper
The movable revolving door 24 that cavity of resorption through hole 21 is directly connected to, the control handle 25 of movable revolving door 24 protrude outwardly to furnace body top surface it
Outside.By the open angle of 25 control activity revolving door 24 of control handle, the heating path of exhaust gas can be controlled, and then control exhaust gas
The temperature of secondary heating.When waste gas heating temperature is enough, by the way that movable revolving door 24 is opened in external control control handle 25,
Exhaust gas is then largely directly entered after lower chambers 14 heat and is discharged, as shown in Figure 5；When waste gas heating temperature deficiency, then work
Turn door 24 is closed, and exhaust gas is made to be then exhausted from after upper chamber 13 and lower chambers 14 heat successively.
This waste incinerator waits for that burner hearth is warming up in use, first toasted from the warm 6 pairs of burner hearths of mouth of combustion-supporting benefit with combustion-supporting
200 DEG C or so will put into burner hearth from rubbish feeding port 4 by the house refuse of drying and processing, and utilize and set from rubbish stirring again
Standby stretch into a stirring-head from rubbish stirring mouth 5 is stirred rubbish, makes rubbish screening through multilayer fire bars 2 in burner hearth
It is automatically fallen into corresponding burning zone 1 by different size afterwards, rubbish starts to burn under the igniting of combustion-supporting, while also with combustion
The progress of burning is constantly successively fallen automatically, and the ash finally burnt down is fallen into ash area 3.Due to outside the incineration firing area of burner hearth
Side is arranged an interlayer cavity 9 and is used for even wind, then uniform air inlet is allowed to come for the burning of each burning zone 1 through multiple outlet air branch pipes 11
Sufficient oxygen is provided, to prevent phenomenon of smouldering, ensures that all rubbish can be maintained above 850 DEG C of high-temp combustion,
The generation for greatly reducing the pernicious gases such as bioxin makes subsequent waste gas purification processing be easy to reach the discharge mark of national requirements
It is accurate.Combustion-supporting rubbish start burning after can close, but when rubbish humidity is larger lead to ignition temperature deficiency when, combustion-supporting can
Burner hearth is carried out to mend temperature to reopen, to keep ignition temperature.In addition epicoele is arranged in flue gas emission area in this waste incinerator
Room 13 and lower chambers 14 carry out secondary heating to the exhaust gas crossed through spray process indirectly using the flue gas heat of waste incineration,
The relative humidity of exhaust gas is reduced, so that the exhaust gas after heating can reduce relative humidity, is smoothed out the bag-type dust of next stage
Processing, this design contribute to energy efficiency.
Above-mentioned legend is only the exemplary embodiments of the utility model, is not intended to limit the utility model, all in this practicality
Any modification or equivalent replacement and improvement etc., should be included in the guarantor of the utility model made by within novel spirit and principle
Within the scope of shield.
Claims (5)
1. a kind of waste incinerator of high-temp combustion, it is characterized in that：The upper furnace of the waste incinerator is flue gas emission area,
It is incineration firing area in the middle part of burner hearth, lower furnace portion is ash area（3）；Incineration firing area is from top to bottom divided into multiple burning zones（1）,
Each burning zone（1）Lower part is provided with fire bars（2）, each burning zone（1）Fire bars（2）Fire bars gap by upper layer to lower layer successively
Reduce；Top layer's burning zone（1）Equipped with rubbish feeding port（4）With the rubbish stirring mouth stretched into for agitating device（5）；Top layer it
One of lower burning zone（1）It is additionally provided with the combustion-supporting benefit temperature mouth for connecting combustion-supporting（6）；Each burning zone（1）It is equipped with phase
The observation window answered（7）, ash area（3）Equipped with ash hole（8）；
The outer wall of the burner hearth is made of steel plate enclosing, and inside outer wall is equipped with one layer of fire clay as inner wall, and outer exterior wall is equipped with
One layer of heat preservation layer, thus constitutes furnace body；An interlayer cavity is additionally provided between the outer wall and insulating layer in burner hearth incineration firing area
（9）, interlayer cavity（9）Equipped with blast pipe（10）It stretches out outside insulating layer and is connected with air blower, interlayer cavity（9）It is additionally provided with more
Group air outlet pipeline respectively with each burning zone in burner hearth（1）It is connected, every group of air outlet pipeline is equipped with multiple uniform along burner hearth sidewall
The outlet air branch pipe of arrangement（11）.
2. waste incinerator according to claim 1, it is characterized in that：The outlet air branch pipe（11）It is made of steel pipe, one
End be welded on the steel plate of outer wall and with interlayer cavity（9）It is connected, the other end passes through to be connected inside fire clay and burner hearth.
3. waste incinerator according to claim 1, it is characterized in that：The flue gas emission area passes through horizontal baffle（12）Point
It is divided into upper chamber（13）And lower chambers（14）, lower chambers（14）Exhaust pipe is on end descended at middle part（15）, upper chamber（13）Middle part is perpendicular
It stands and goes up exhaust pipe（16）, upper exhaust pipe（16）Relative aperture under exhaust pipe（15）Bore it is small, lower exhaust pipe（15）Lower part
It is connected with incineration firing area, upper exhaust pipe（16）Lower part and lower exhaust pipe（15）Top be connected, upper exhaust pipe（16）
Side connect a horizontal exhaust pipe（17）, horizontal exhaust pipe（17）Front end it is protruding from burner hearth side, using as main row
Gas port, main vent are connected to off-gas cleaning equipment；Upper exhaust pipe（16）Top to stretching out except burner hearth top surface, using as answering
The top of anxious exhaust outlet, exhaust outlet of meeting an urgent need is equipped with openable removable cover（18）；Upper chamber（13）And lower chambers（14）In stove
The side of thorax is respectively equipped with exhaust gas entrance（19）And waste gas outlet（20）, upper and lower two chamber（13、14）Between horizontal baffle
（12）It is equipped with upper and lower cavity through hole（21）.
4. waste incinerator according to claim 3, it is characterized in that：The upper chamber（13）Exhaust gas entrance（19）Setting
Close to upper and lower cavity through hole（21）Position, and in upper exhaust pipe（16）One piece of setting of setting between outer wall and inboard wall of burner hearth
Sealing plate（22）By exhaust gas entrance（19）With upper and lower cavity through hole（21）It separates, upper chamber（13）In upper exhaust pipe（16）Outer wall and stove
Also being erect between thorax inner wall has multiple not closed wind deflectors（23）；The lower chambers（14）Waste gas outlet（20）It is also disposed at
Close to upper and lower cavity through hole（21）Position, and in lower exhaust pipe（15）Be also provided between outer wall and inboard wall of burner hearth one piece setting
Sealing plate（22）By waste gas outlet（20）With upper and lower cavity through hole（21）It separates, lower chambers（14）In lower exhaust pipe（15）Outer wall and stove
Also being erect between thorax inner wall has multiple not closed wind deflectors（23）.
5. waste incinerator according to claim 4, it is characterized in that：The upper chamber（13）Sealing plate（22）On be additionally provided with
One is used for manipulating exhaust gas entrance（19）With upper and lower cavity through hole（21）The movable revolving door being directly connected to（24）, movable revolving door（24）
Control handle（25）It protrudes outwardly to except furnace body top surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820067443.6U CN207762912U (en) | 2018-01-16 | 2018-01-16 | A kind of waste incinerator of high-temp combustion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820067443.6U CN207762912U (en) | 2018-01-16 | 2018-01-16 | A kind of waste incinerator of high-temp combustion |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207762912U true CN207762912U (en) | 2018-08-24 |
Family
ID=63184033
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820067443.6U Expired - Fee Related CN207762912U (en) | 2018-01-16 | 2018-01-16 | A kind of waste incinerator of high-temp combustion |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207762912U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110217969A (en) * | 2019-06-25 | 2019-09-10 | 安吉起航环境工程有限公司 | A kind of municipal sewage sludge comprehensive processing technique |
| CN112047652A (en) * | 2020-10-20 | 2020-12-08 | 黄加成 | Vertical coal gangue activation kiln |
| CN116241892A (en) * | 2023-05-09 | 2023-06-09 | 河北金田环保科技有限公司 | Square cabin for incineration treatment of household garbage |
-
2018
- 2018-01-16 CN CN201820067443.6U patent/CN207762912U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110217969A (en) * | 2019-06-25 | 2019-09-10 | 安吉起航环境工程有限公司 | A kind of municipal sewage sludge comprehensive processing technique |
| CN110217969B (en) * | 2019-06-25 | 2022-01-18 | 浙江起航环境集团有限公司 | Comprehensive treatment process for sludge of urban sewage plant |
| CN112047652A (en) * | 2020-10-20 | 2020-12-08 | 黄加成 | Vertical coal gangue activation kiln |
| CN116241892A (en) * | 2023-05-09 | 2023-06-09 | 河北金田环保科技有限公司 | Square cabin for incineration treatment of household garbage |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180824 Termination date: 20210116 |