CN206430117U - A kind of practical garbage disposal furnace that function is preheated with oxygen - Google Patents
A kind of practical garbage disposal furnace that function is preheated with oxygen Download PDFInfo
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- CN206430117U CN206430117U CN201720044218.6U CN201720044218U CN206430117U CN 206430117 U CN206430117 U CN 206430117U CN 201720044218 U CN201720044218 U CN 201720044218U CN 206430117 U CN206430117 U CN 206430117U
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- tail gas
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Abstract
The utility model proposes it is a kind of with oxygen preheat function practical garbage disposal furnace, including body of heater, except wet tank, the first auxiliary body, the second auxiliary body and the 3rd auxiliary body；Body of heater is provided with main furnace chamber, circulating air cushion chamber, the first tail gas temporary storage cavity, the second tail gas temporary storage cavity, secondary furnace chamber, compensated cavity and tail gas cushion chamber；First auxiliary body includes main stove feeding gate, the first airway tube, air inlet pipe, escape pipe, multiple heat conducting pipes, downtake pipe, the first oxygen supplying tube and the first slag-draining device；Second auxiliary body includes secondary stove feeding gate, interior circulation airway tube, the second oxygen supplying tube, the 3rd oxygen supplying tube, material pusher and the second slag-draining device；3rd auxiliary body includes the first heat-preservation cylinder, the first helical blade, leads and support pipe, the second communicating pipe and third connecting.The utility model is easy to use, effectively raises the effect that a large amount of rubbish are handled simultaneously, and the effective heat that make use of in garbage processing procedure.
Description
Technical field
The utility model is related to field of Environment Protection, and in particular to a kind of practical garbage disposal that function is preheated with oxygen
Stove.
Background technology
Using landfill more than the method for current China's processing rubbish, because China's house refuse has calorific value low, aqueous many etc.
Feature, handles rubbish by the way of landfill, and in addition to producing niff during landfill, the percolate of generation is
The problem of garbage loading embeading technology, the generation severe contamination underground water of percolate endangers human survival.
The product of heat treatment mode is easily processed, and does not easily cause environmental pollution, but is due to that rubbish species is various, a large amount of rubbish
Rubbish can not reach preferable effect when handling simultaneously, therefore rubbish heat treatment at present has that garbage disposal effect is poor, and energy is unrestrained
Take serious situation.
Utility model content
The technical problem existed based on background technology, the utility model proposes a kind of practicality that function is preheated with oxygen
Type garbage disposal furnace.
The utility model proposes it is a kind of with oxygen preheat function practical garbage disposal furnace, including body of heater, dehumidifying
Case, the first auxiliary body, the second auxiliary body and the 3rd auxiliary body；
Body of heater is provided with main furnace chamber, circulating air cushion chamber, the first tail gas temporary storage cavity, the second tail gas temporary storage cavity, secondary furnace chamber, auxiliary
Help chamber and tail gas cushion chamber；Secondary furnace chamber, compensated cavity and tail gas cushion chamber are sequentially communicated, secondary furnace chamber bottom connection compensated cavity top；
First auxiliary body includes main stove feeding gate, the first airway tube, air inlet pipe, escape pipe, multiple heat conducting pipes, first row
Tracheae, the first oxygen supplying tube and the first slag-draining device, main stove feeding gate are detachably arranged in main furnace chamber top, and the first airway tube connects
Lead to main furnace chamber top and circulating air cushion chamber, air inlet pipe connection circulating air cushion chamber with except wet tank, escape pipe connection except wet tank with
Main furnace chamber bottom, heat conducting pipe connects the first tail gas temporary storage cavity and the second tail gas temporary storage cavity, and heat conduction tube portion is located in main furnace chamber, the
One blast pipe first end is connected with the second tail gas temporary storage cavity, and the first oxygen supplying tube first end connects main furnace chamber bottom, the first deslagging dress
Put installed in main furnace chamber bottom；
Second auxiliary body includes secondary stove feeding gate, interior circulation airway tube, the second oxygen supplying tube, the 3rd oxygen supplying tube, material and pushed away
Device and the second slag-draining device are sent, secondary stove feeding gate is detachably arranged in secondary furnace chamber top, the secondary stove of interior circulation airway tube connection
Chamber top and bottom, the second oxygen supplying tube first end and the 3rd oxygen supplying tube first end are respectively communicated with secondary furnace chamber bottom and compensated cavity
Portion, material pusher and the second slag-draining device are separately mounted to secondary furnace chamber bottom and compensated cavity bottom；
3rd auxiliary body includes the first heat-preservation cylinder, the first helical blade, leads and support pipe, the second communicating pipe and third connecting
Pipe；First heat-preservation cylinder is arranged on body of heater periphery, and heating chamber is formed between the first heat-preservation cylinder and body of heater, and the first helical blade is arranged on
Body of heater periphery, and positioned at heating intracavitary, leads and supports pipe and being connected with the chamber top of heating up, first the second end of oxygen supplying tube, the second oxygen supplying tube the
Two ends and the 3rd the second end of oxygen supplying tube are connected with heating chamber bottom, and the second communicating pipe connected tail gas cushion chamber and the first tail gas is temporary
Deposit chamber, third connecting pipe connection circulating air cushion chamber and secondary furnace chamber bottom.
Preferably, the 3rd auxiliary body also includes the second heat-preservation cylinder and second exhaust pipe, and the second heat-preservation cylinder is arranged on first
Heat-preservation cylinder periphery, forms incubation cavity, the end of downtake pipe second is connected with incubation cavity between the second heat-preservation cylinder and the first heat-preservation cylinder,
Second exhaust pipe is connected with incubation cavity.
Preferably, the 3rd auxiliary body also includes the second helical blade, and the second helical blade is arranged on outside the first heat-preservation cylinder
Enclose, and in incubation cavity.
Preferably, the end of downtake pipe second is connected with incubation cavity bottom, and second exhaust pipe is connected with incubation cavity top.
Preferably, the first tail gas temporary storage cavity and the second tail gas temporary storage cavity are located at the relative both sides of main furnace chamber, heat conducting pipe axis
It is parallel to each other, and vertically sets gradually.
Preferably, heat conducting pipe is provided with regulating valve.
Preferably, material pusher includes auxiliary frame and the 3rd helical blade, and auxiliary frame is located at secondary furnace chamber with compensated cavity
Relative both sides, the 3rd helical blade first end is rotatably connected auxiliary frame, and the 3rd the second end of helical blade is by secondary furnace chamber bottom
Pass through, and extend in compensated cavity.
Added respectively into main furnace chamber and secondary furnace chamber by main stove feeding gate and secondary stove feeding gate when the utility model is used
Rubbish, makes main furnace chamber handle a large amount of rubbish, secondary furnace chamber, which handles the heat that garbage disposal is produced in a small amount of rubbish, main furnace chamber, to be passed through
First airway tube enters circulating air cushion chamber, and circulating air buffers intracavity gas part by air inlet pipe, escape pipe and except wet tank
Completion is coordinated to remove moisture removal, circulating air cushion chamber another part gas is by entering secondary furnace chamber the second communicating pipe, due to secondary stove
The a small amount of rubbish of chamber processing, therefore the condition of rubbish heat treatment is easy to control, is conducive to rubbish close to preferable treatment effect, oxygen can
To complete preheating in heating intracavitary using the heat of body of heater, the gas of tail gas cushion chamber can be conducive to by heat conducting pipe, heat conducting pipe
Rubbish in main furnace chamber is heated.The utility model is easy to use, effectively raises a large amount of rubbish while the effect handled
Really, it and effectively make use of the heat in garbage processing procedure.
Brief description of the drawings
Fig. 1 be the utility model proposes it is a kind of with oxygen preheat function practical garbage disposal furnace main view direction master
Furnace chamber perspective view；
Fig. 2 be the utility model proposes it is a kind of with oxygen preheat function practical garbage disposal furnace side-looking direction cut open
View.
Embodiment
It is shown referring to Figures 1 and 2, the utility model proposes it is a kind of with oxygen preheat function practical garbage disposal
Stove, including body of heater 1, except wet tank 2, the first auxiliary body, the second auxiliary body and the 3rd auxiliary body；
Body of heater 1 provided with main furnace chamber 11, circulating air cushion chamber 12, the first tail gas temporary storage cavity 13, the second tail gas temporary storage cavity 14,
Secondary furnace chamber 15, compensated cavity 16 and tail gas cushion chamber 17；Secondary furnace chamber 15, compensated cavity 16 and tail gas cushion chamber 17 are sequentially communicated, secondary stove
The bottom of chamber 15 connection compensated cavity 16 top；
First auxiliary body includes main stove feeding gate 31, the first airway tube 32, air inlet pipe 33, escape pipe 34, multiple heat conduction
Pipe 35, downtake pipe 36, the first oxygen supplying tube 37 and the first slag-draining device 38, main stove feeding gate 31 are detachably arranged in main stove
The top of chamber 11, the first airway tube 32 connects the main top of furnace chamber 11 and circulating air cushion chamber 12, the connection circulating air buffering of air inlet pipe 33
Chamber 12 connects the first tail gas temporary storage cavity 13 with removing wet tank 2, the connection of escape pipe 34 except wet tank 2 and the main bottom of furnace chamber 11, heat conducting pipe 35
With the second tail gas temporary storage cavity 14, the part of heat conducting pipe 35 is located in main furnace chamber 11, and the first end of downtake pipe 36 and the second tail gas are temporary
Deposit chamber 14 to connect, the first end of the first oxygen supplying tube 37 connects the main bottom of furnace chamber 11, the first slag-draining device 38 is arranged on the main bottom of furnace chamber 11
Portion；
Second auxiliary body includes secondary stove feeding gate 41, interior circulation airway tube 42, the second oxygen supplying tube 43, the 3rd oxygen supplying tube
44th, material pusher and the second slag-draining device 46, secondary stove feeding gate 41 are detachably arranged in the secondary top of furnace chamber 15, interior circulation
Airway tube 42 connects the secondary top of furnace chamber 15 and bottom, and the first end of the second oxygen supplying tube 43 and the first end of the 3rd oxygen supplying tube 44 are respectively communicated with
The secondary bottom of furnace chamber 15 and the bottom of compensated cavity 16, material pusher and the second slag-draining device 46 are separately mounted to the secondary bottom of furnace chamber 15
With the bottom of compensated cavity 16；
3rd auxiliary body includes the first heat-preservation cylinder 51, the first helical blade 52, leads foster pipe 53, the second communicating pipe 54 and the
Tee joint pipe 55；First heat-preservation cylinder 51 is arranged on the periphery of body of heater 1, and heating chamber 511 is formed between the first heat-preservation cylinder 51 and body of heater, the
One helical blade 52 is arranged on the periphery of body of heater 1, and in heating chamber 511, leads foster pipe 53 and connected with heating chamber 511 top, the
The end of one oxygen supplying tube 37 second, the end of the second oxygen supplying tube 43 second and the end of the 3rd oxygen supplying tube 44 second are connected with heating chamber 511 bottom,
Connect tail gas cushion chamber 17 and the first tail gas temporary storage cavity 13, the connection circulating air of third connecting pipe 55 cushion chamber 12 second communicating pipe 54
With the secondary bottom of furnace chamber 15.
By main stove feeding gate 31 and secondary stove feeding gate 41 respectively to main furnace chamber 11 and secondary furnace chamber when the utility model is used
Rubbish is added in 15, main furnace chamber 11 is handled a large amount of rubbish, secondary furnace chamber 15 handles garbage disposal in a small amount of rubbish, main furnace chamber 11 and produced
Raw heat can be entered gas part in circulating air cushion chamber 12, circulating air cushion chamber 12 by the first airway tube 32 and pass through air inlet
Pipe 33, escape pipe 34 and the cooperation except wet tank 2 complete to remove moisture removal, and the another part gas of circulating air cushion chamber 12 passes through second
Enter secondary furnace chamber 15 communicating pipe 54, because secondary furnace chamber 15 handles a small amount of rubbish, therefore the condition of rubbish heat treatment is easy to control, favorably
In rubbish close to preferable treatment effect, oxygen can complete preheating using the heat of body of heater 1 in heating chamber 511, and tail gas delays
The gas for rushing chamber 17 can be by heat conducting pipe 35, and heat conducting pipe 35 is conducive to heating the rubbish in main furnace chamber 11.
In present embodiment, the 3rd auxiliary body also includes the second heat-preservation cylinder 56, the helical-blade of second exhaust pipe 57 and second
Piece 58, the second heat-preservation cylinder 56 is arranged on the periphery of the first heat-preservation cylinder 51, is formed and protected between the second heat-preservation cylinder 56 and the first heat-preservation cylinder 51
Warm chamber 561, the end of downtake pipe 36 second is connected with incubation cavity 561, and second exhaust pipe 57 is connected with incubation cavity 561, the second spiral shell
Vane piece 58 is arranged on the periphery of the first heat-preservation cylinder 51, and in incubation cavity 561, the end of downtake pipe 36 second and incubation cavity
561 bottoms are connected, and second exhaust pipe 57 is connected with the top of incubation cavity 561.Pass through the second heat-preservation cylinder 56, second exhaust pipe 57 and
Two helical blades 58 improve the effect of oxygen preheating, and can provide insulation by furnace chamber 11 based on.
In present embodiment, the first tail gas temporary storage cavity 13 and the second tail gas temporary storage cavity 14 are located at relative two of main furnace chamber 11
Side, the axis of heat conducting pipe 35 is parallel to each other, and vertically sets gradually, and heat conducting pipe 35 is provided with regulating valve, is conducive to regulation
Do not exist together the effect of rubbish heat supply in the main furnace chamber 11 of 35 pairs of heat conducting pipe.
In present embodiment, material pusher include the helical blade 452 of auxiliary frame 451 and the 3rd, auxiliary frame 451 with it is auxiliary
Chamber 16 is helped to be located at the relative both sides of secondary furnace chamber 15, the first end of the 3rd helical blade 452 is rotatably connected auxiliary frame 451, the 3rd spiral shell
The end of vane piece 452 second is passed through by the secondary bottom of furnace chamber 15, and is extended in compensated cavity 16, the 3rd helical blade 452 be conducive to by
The push-in compensated cavity 16 of waste steady, and environmental pollution is not easily caused.
It is described above, only the utility model preferably embodiment, but protection domain of the present utility model is not
This is confined to, any one skilled in the art is in the technical scope that the utility model is disclosed, according to this practicality
New technical scheme and its utility model design are subject to equivalent substitution or change, should all cover in protection model of the present utility model
Within enclosing.
Claims (7)
1. a kind of practical garbage disposal furnace that function is preheated with oxygen, it is characterised in that：Including body of heater (1), except wet tank
(2), the first auxiliary body, the second auxiliary body and the 3rd auxiliary body；
Body of heater (1) is kept in provided with main furnace chamber (11), circulating air cushion chamber (12), the first tail gas temporary storage cavity (13), the second tail gas
Chamber (14), secondary furnace chamber (15), compensated cavity (16) and tail gas cushion chamber (17)；Secondary furnace chamber (15), compensated cavity (16) and tail gas buffering
Chamber (17) is sequentially communicated, and secondary furnace chamber (15) bottom connects compensated cavity (16) top；
First auxiliary body includes main stove feeding gate (31), the first airway tube (32), air inlet pipe (33), escape pipe (34), multiple
Heat conducting pipe (35), downtake pipe (36), the first oxygen supplying tube (37) and the first slag-draining device (38), main stove feeding gate (31) are removable
That unloads is arranged on main furnace chamber (11) top, and the first airway tube (32) connects main furnace chamber (11) top and circulating air cushion chamber (12),
Air inlet pipe (33) connection circulating air cushion chamber (12) is with removing wet tank (2), and escape pipe (34) connection is except wet tank (2) and main furnace chamber (11)
Bottom, heat conducting pipe (35) connects the first tail gas temporary storage cavity (13) and the second tail gas temporary storage cavity (14), and heat conducting pipe (35) is partly located at
In main furnace chamber (11), downtake pipe (36) first end is connected with the second tail gas temporary storage cavity (14), the first oxygen supplying tube (37) first
End main furnace chamber (11) bottom of connection, the first slag-draining device (38) is arranged on main furnace chamber (11) bottom；
Second auxiliary body includes secondary stove feeding gate (41), interior circulation airway tube (42), the second oxygen supplying tube (43), the 3rd oxygen supplying tube
(44), material pusher and the second slag-draining device (46), secondary stove feeding gate (41) are detachably arranged on secondary furnace chamber (15)
Portion, secondary furnace chamber (15) top of interior circulation airway tube (42) connection and bottom, the second oxygen supplying tube (43) first end and the 3rd oxygen supplying tube
(44) first end is respectively communicated with secondary furnace chamber (15) bottom and compensated cavity (16) bottom, material pusher and the second slag-draining device
(46) secondary furnace chamber (15) bottom and compensated cavity (16) bottom are separately mounted to；
3rd auxiliary body includes the first heat-preservation cylinder (51), the first helical blade (52), leads and support pipe (53), the second communicating pipe (54)
With third connecting pipe (55)；First heat-preservation cylinder (51) is arranged on body of heater (1) periphery, and the first heat-preservation cylinder (51) is formed between body of heater
Heat up chamber (511), and the first helical blade (52) is arranged on body of heater (1) periphery, and in heating chamber (511), lead and support pipe (53)
Connected with heating chamber (511) top, the end of the first oxygen supplying tube (37) second, the end of the second oxygen supplying tube (43) second and the 3rd oxygen supplying tube
(44) second ends are connected with heating chamber (511) bottom, the second communicating pipe (54) connection tail gas cushion chamber (17) and the first tail gas
Temporary storage cavity (13), third connecting pipe (55) connection circulating air cushion chamber (12) and secondary furnace chamber (15) bottom.
2. the practical garbage disposal furnace according to claim 1 that function is preheated with oxygen, it is characterised in that：3rd is auxiliary
Mechanism is helped also to include the second heat-preservation cylinder (56) and second exhaust pipe (57), the second heat-preservation cylinder (56) is arranged on the first heat-preservation cylinder (51)
Periphery, between the second heat-preservation cylinder (56) and the first heat-preservation cylinder (51) formed incubation cavity (561), the end of downtake pipe (36) second with
Incubation cavity (561) is connected, and second exhaust pipe (57) is connected with incubation cavity (561).
3. the practical garbage disposal furnace according to claim 2 that function is preheated with oxygen, it is characterised in that：3rd is auxiliary
Mechanism is helped also to include the second helical blade (58), the second helical blade (58) is arranged on the first heat-preservation cylinder (51) periphery, and is located at
In incubation cavity (561).
4. the practical garbage disposal furnace according to claim 3 that function is preheated with oxygen, it is characterised in that：First row
The end of tracheae (36) second is connected with incubation cavity (561) bottom, and second exhaust pipe (57) is connected with incubation cavity (561) top.
5. the practical garbage disposal furnace according to claim 1 that function is preheated with oxygen, it is characterised in that：First tail
Gas temporary storage cavity (13) and the second tail gas temporary storage cavity (14) are located at the relative both sides of main furnace chamber (11), and heat conducting pipe (35) axis is mutually put down
OK, and vertically set gradually.
6. the practical garbage disposal furnace according to claim 1 that function is preheated with oxygen, it is characterised in that：Heat conducting pipe
(35) it is provided with regulating valve.
7. the practical garbage disposal furnace according to claim 1 that function is preheated with oxygen, it is characterised in that：Material is pushed away
Device is sent to include auxiliary frame (451) and the 3rd helical blade (452), auxiliary frame (451) is located at secondary furnace chamber with compensated cavity (16)
(15) relative both sides, the 3rd helical blade (452) first end is rotatably connected auxiliary frame (451), the 3rd helical blade (452)
Second end is passed through by secondary furnace chamber (15) bottom, and is extended in compensated cavity (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720044218.6U CN206430117U (en) | 2017-01-13 | 2017-01-13 | A kind of practical garbage disposal furnace that function is preheated with oxygen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720044218.6U CN206430117U (en) | 2017-01-13 | 2017-01-13 | A kind of practical garbage disposal furnace that function is preheated with oxygen |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206430117U true CN206430117U (en) | 2017-08-22 |
Family
ID=59583131
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720044218.6U Expired - Fee Related CN206430117U (en) | 2017-01-13 | 2017-01-13 | A kind of practical garbage disposal furnace that function is preheated with oxygen |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206430117U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112594700A (en) * | 2020-11-30 | 2021-04-02 | 重庆商勤禹水环境科技有限公司 | Top blowing type waste salt melting furnace |
-
2017
- 2017-01-13 CN CN201720044218.6U patent/CN206430117U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112594700A (en) * | 2020-11-30 | 2021-04-02 | 重庆商勤禹水环境科技有限公司 | Top blowing type waste salt melting furnace |
| CN112594700B (en) * | 2020-11-30 | 2023-07-28 | 重庆商勤禹水环境科技有限公司 | Top blast type waste salt melting furnace |
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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: 20170822 Termination date: 20200113 |