CN206430153U - A kind of refuse treatment plant with main furnace chamber and secondary furnace chamber - Google Patents
A kind of refuse treatment plant with main furnace chamber and secondary furnace chamber Download PDFInfo
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- CN206430153U CN206430153U CN201720044243.4U CN201720044243U CN206430153U CN 206430153 U CN206430153 U CN 206430153U CN 201720044243 U CN201720044243 U CN 201720044243U CN 206430153 U CN206430153 U CN 206430153U
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Abstract
The utility model proposes a kind of refuse treatment plant with main furnace chamber and secondary furnace chamber, including body of heater, the first garbage disposal auxiliary body, the second garbage disposal auxiliary body and auxiliary tank；There is main furnace chamber, main stove circulating air air storing cavity and secondary furnace chamber in body of heater；Body of heater is located at main furnace chamber and the position on secondary furnace chamber top is detachably provided with the first feeding gate and the second feeding gate respectively；First garbage disposal auxiliary body includes interior circulation air inlet pipe, moisture delivery pipe, except wet tank, interior circulation escape pipe, the first oxygen supplying tube and the first trash discharging apparatus；Second garbage disposal auxiliary body includes interior circulation airway tube, communicating pipe, the second oxygen supplying tube, auxiliary frame, helical blade and downtake pipe.The utility model is easy to use, is easy to a large amount of rubbish to handle simultaneously, and garbage disposal excellent effect.
Description
Technical field
The utility model is related to field of Environment Protection, and in particular to a kind of refuse treatment plant with main furnace chamber and secondary furnace chamber.
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, do not easily cause inside environmental pollution, heat-treatment furnace temperature, amount of oxygen,
The condition such as pressure and water content can all influence the effect of heat treatment, but during a large amount of rubbish are heat-treated simultaneously,
Because the species of rubbish is various, while the condition for handling a large amount of rubbish is difficult to control, therefore, it is difficult to reach preferably heat treatment effect
Really.
Utility model content
The technical problem existed based on background technology, the utility model proposes a kind of rubbish with main furnace chamber and secondary furnace chamber
Rubbish processing equipment.
The utility model proposes a kind of refuse treatment plant with main furnace chamber and secondary furnace chamber, including body of heater, the first rubbish
Rubbish processing auxiliary body, the second garbage disposal auxiliary body and auxiliary tank；
There is main furnace chamber, main stove circulating air air storing cavity and secondary furnace chamber in body of heater；
Body of heater is located at main furnace chamber and the position on secondary furnace chamber top is detachably provided with the first feeding gate and the second charging respectively
Door；
First garbage disposal auxiliary body include interior circulation air inlet pipe, moisture delivery pipe, except wet tank, interior circulation escape pipe,
First oxygen supplying tube and the first trash discharging apparatus；Interior circulation air inlet pipe connects main furnace chamber top and main stove circulating air air storing cavity, and moisture is defeated
Send pipe to connect main stove circulating air air storing cavity and connect main furnace chamber bottom and except wet tank, the first oxygen supply with removing wet tank, interior circulation escape pipe
Pipe connects main furnace chamber bottom, and the first trash discharging apparatus is arranged on main furnace chamber bottom；
Second garbage disposal auxiliary body includes interior circulation airway tube, communicating pipe, the second oxygen supplying tube, auxiliary frame, helical-blade
Piece and downtake pipe；The secondary furnace chamber top of interior circulation airway tube connection and bottom, connect communicating pipe main stove circulating air air storing cavity with
Secondary furnace chamber bottom, the secondary furnace chamber bottom of the second oxygen supplying tube connection, auxiliary frame and auxiliary tank are arranged on the relative both sides of secondary furnace chamber, spiral
Blade first end is rotatably connected auxiliary frame, and the end of helical blade second is passed through by secondary furnace chamber bottom, and is extended in auxiliary tank, auxiliary
Help to be located at the end of helical blade second in case and the 3rd oxygen supplying tube and the second trash discharging apparatus be installed, downtake pipe first end with it is auxiliary
Box cavity is helped to connect.
Preferably, tail gas temporary storage cavity and exhaust emissions chamber are additionally provided with body of heater, tail gas temporary storage cavity and exhaust emissions chamber are located at
Multiple heating auxiliary tubes are installed, heating auxiliary tube is passed through by main furnace chamber, and connects tail gas in the relative both sides of main furnace chamber, body of heater
Temporary storage cavity and exhaust emissions chamber；The end of downtake pipe second is connected with tail gas temporary storage cavity；
The second exhaust pipe connected with exhaust emissions chamber is installed on body of heater.
Preferably, the first trash discharging apparatus is included in the first miscellaneous frame of storage and the first screw rod, the first miscellaneous frame of storage provided with the first storage
Miscellaneous chamber, the first miscellaneous chamber of storage is connected with main furnace chamber, and the first screw rod may be rotatably mounted at the miscellaneous intracavitary of the first storage, and the first miscellaneous chamber of storage is located at
The first impurity discharging port is provided with first screw rod.
Preferably, the first impurity discharging port is located at the side on the first screw rod axial direction.
Preferably, auxiliary frame is provided with guide chamber, and helical blade first end is located in guide chamber, and auxiliary frame is located at guide chamber
Place is provided with feeding rack, and feeding rack is provided with the charging aperture connected with guide chamber.
Preferably, charging aperture cross-sectional area is from top to bottom gradually reduced.
Preferably, the second trash discharging apparatus is included in the second miscellaneous frame of storage and the second screw rod, the second miscellaneous frame of storage provided with the second storage
Miscellaneous chamber, the second miscellaneous chamber of storage is connected with auxiliary box cavity, and the second screw rod may be rotatably mounted at the miscellaneous intracavitary of the second storage, the second miscellaneous chamber of storage
The second impurity discharging port is provided with the second screw rod.
Preferably, the second impurity discharging port is located at the side on the second screw rod axial direction.
Added respectively into main furnace chamber and secondary furnace chamber by the first feeding gate and the second feeding gate when the utility model is used
Material, using the secondary furnace chamber of small volume when using, the gas produced in main furnace chamber heat treatment process can be by interior circulation air inlet
The portion gas that pipe enters in main stove circulating air air storing cavity, main stove circulating air air storing cavity is entered by moisture delivery pipe removes wet tank,
Then another part gas in main furnace chamber, main stove circulating air air storing cavity is returned to by interior circulation escape pipe by communicating pipe to enter
Secondary furnace chamber, because the reaction condition in secondary furnace chamber small volume, therefore secondary furnace chamber is easier to control, passes through secondary furnace chamber, the second rubbish
Rubbish handles the cooperation of auxiliary body and auxiliary tank, and the effect of rubbish handled by main furnace chamber is effectively improved while efficient process rubbish
Really.The utility model is easy to use, is easy to a large amount of rubbish to handle simultaneously, and garbage disposal excellent effect.
Brief description of the drawings
Fig. 1 be the utility model proposes a kind of main stove in refuse treatment plant main view direction with main furnace chamber and secondary furnace chamber
Chamber perspective view；
Fig. 2 be the utility model proposes a kind of refuse treatment plant side-looking direction section view with main furnace chamber and secondary furnace chamber
Figure.
Embodiment
It is shown referring to Figures 1 and 2, the utility model proposes a kind of garbage disposal with main furnace chamber and secondary furnace chamber set
It is standby, including body of heater 1, the first garbage disposal auxiliary body, the second garbage disposal auxiliary body and auxiliary tank 4；
There is main furnace chamber 11, main stove circulating air air storing cavity 12 and secondary furnace chamber 13 in body of heater 1；
The position that body of heater 1 is located at main furnace chamber 11 and the secondary top of furnace chamber 13 is detachably provided with the first feeding gate 14 and the respectively
Two feeding gates 15；
First garbage disposal auxiliary body includes interior circulation air inlet pipe 21, moisture delivery pipe 22, except wet tank 23, interior circulation go out
Tracheae 24, the first oxygen supplying tube 25 and the first trash discharging apparatus；Interior circulation air inlet pipe 21 connects the main top of furnace chamber 11 and main stove circulating air
Air storing cavity 12, moisture delivery pipe 22 connects main stove circulating air air storing cavity 12 and except wet tank 23, interior circulation escape pipe 24 connects main stove
The bottom of chamber 11 connects the main bottom of furnace chamber 11 with removing wet tank 23, the first oxygen supplying tube 25, and the first trash discharging apparatus is arranged on the main bottom of furnace chamber 11
Portion；
Second garbage disposal auxiliary body includes interior circulation airway tube 31, communicating pipe 32, the second oxygen supplying tube 33, auxiliary frame
34th, helical blade 35 and downtake pipe 36；Interior circulation airway tube 31 connects the secondary top of furnace chamber 13 and bottom, connects communicating pipe 32
Main stove circulating air air storing cavity 12 and the secondary bottom of furnace chamber 13, the second oxygen supplying tube 33 connect the secondary bottom of furnace chamber 13, auxiliary frame 34 and auxiliary
Case 4 is arranged on the relative both sides of secondary furnace chamber 13, and the first end of helical blade 35 is rotatably connected auxiliary frame 34, helical blade 35 second
End is passed through by the secondary bottom of furnace chamber 13, and is extended in auxiliary tank 4, is located in auxiliary tank 4 at the end of helical blade 35 second and is provided with
3rd oxygen supplying tube 41 and the second trash discharging apparatus, the first end of downtake pipe 36 are connected with the inner chamber of auxiliary tank 4.Interior circulation airway tube 31
For to the secondary bottom of furnace chamber 13 is delivered to, the gas on the secondary top of furnace chamber 13 to be easy into the abundant processing of material in secondary furnace chamber 13.
In present embodiment, tail gas temporary storage cavity 16 and exhaust emissions chamber 17, tail gas temporary storage cavity 16 and tail are additionally provided with body of heater 1
Gas discharge chamber 17, which is located in the relative both sides of main furnace chamber 11, body of heater 1, is provided with multiple heating auxiliary tubes 18, heating auxiliary tube 18 by
Main furnace chamber 11 is passed through, and connects tail gas temporary storage cavity 16 and exhaust emissions chamber 17；The end of downtake pipe 36 second and tail gas temporary storage cavity
16 connections；
The second exhaust pipe 19 connected with exhaust emissions chamber 17 is installed on body of heater 1.
By the first feeding gate 14 and the second feeding gate 15 respectively to main furnace chamber 11 and secondary furnace chamber when the utility model is used
Material is added in 13, using the secondary furnace chamber 13 of small volume when using, the gas produced in the main heat treatment process of furnace chamber 11 can lead to
The portion gas crossed in the main stove circulating air air storing cavity 12 of the entrance of interior circulation air inlet pipe 21, main stove circulating air air storing cavity 12 passes through moisture
Delivery pipe 22, which enters, removes wet tank 23, is then returned by interior circulation escape pipe 24 in main furnace chamber 11, main stove circulating air air storing cavity 12
Another part gas is by entering secondary furnace chamber 13 communicating pipe 32, due in the secondary small volume of furnace chamber 13, therefore secondary furnace chamber 13
Reaction condition is easier to control, and passes through the cooperation of secondary furnace chamber 13, the second garbage disposal auxiliary body and auxiliary tank 4, efficient process
The effect of rubbish handled by main furnace chamber 11 is effectively improved while rubbish.
In present embodiment, the first trash discharging apparatus includes the first miscellaneous screw rod 262 of frame 261 and first of storage, the first miscellaneous frame of storage
Provided with the first miscellaneous chamber of storage in 261, the first miscellaneous chamber of storage is connected with main furnace chamber 11, and the first screw rod 262 may be rotatably mounted at the first storage
Miscellaneous intracavitary, the first miscellaneous chamber of storage, which is located at the first screw rod 262, is provided with the first impurity discharging port, and the first impurity discharging port is located at the first screw rod
Side on 262 axial directions, is coordinated, heat treatment impurity heat is not easy to lose by the first miscellaneous screw rod 262 of frame 261 and first of storage,
And the discharge that can stablize.
In present embodiment, auxiliary frame 34 is provided with guide chamber 341, and the first end of helical blade 35 is located in guide chamber 341,
Auxiliary frame 34, which is located at guide chamber 341, is provided with feeding rack 342, and feeding rack 342 is provided with the charging aperture connected with guide chamber 341,
Helical blade 35 does not easily cause rubbish tray around together during pushing rubbish, charging aperture cross-sectional area is from top to bottom gradually
Reduce, more dry rubbish can be added by charging aperture, further improve garbage treatment efficiency.
In present embodiment, the second trash discharging apparatus includes the second miscellaneous screw rod 422 of frame 421 and second of storage, the second miscellaneous frame of storage
Provided with the second miscellaneous chamber of storage in 421, the second miscellaneous chamber of storage is connected with the inner chamber of auxiliary tank 4, and the second screw rod 422 may be rotatably mounted at second
Miscellaneous intracavitary is stored up, the second miscellaneous chamber of storage, which is located at the second screw rod 422, is provided with the second impurity discharging port, and the second impurity discharging port is located at the second screw rod
Side on 422 axial directions, is coordinated, heat treatment impurity heat is not easy to lose by the second miscellaneous screw rod 422 of frame 421 and second of storage,
And the discharge that can stablize.
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 (8)
1. a kind of refuse treatment plant with main furnace chamber and secondary furnace chamber, it is characterised in that：At body of heater (1), the first rubbish
Manage auxiliary body, the second garbage disposal auxiliary body and auxiliary tank (4)；
There is main furnace chamber (11), main stove circulating air air storing cavity (12) and secondary furnace chamber (13) in body of heater (1)；
Body of heater (1) is located at main furnace chamber (11) and the position on secondary furnace chamber (13) top is detachably provided with the first feeding gate (14) respectively
With the second feeding gate (15)；
First garbage disposal auxiliary body includes interior circulation air inlet pipe (21), moisture delivery pipe (22), except wet tank (23), interior circulation
Escape pipe (24), the first oxygen supplying tube (25) and the first trash discharging apparatus；Interior circulation air inlet pipe (21) connect main furnace chamber (11) top with
Main stove circulating air air storing cavity (12), moisture delivery pipe (22) connects main stove circulating air air storing cavity (12) with except wet tank (23), inside following
Ring escape pipe (24) connects main furnace chamber (11) bottom and except wet tank (23), the first oxygen supplying tube (25) connects main furnace chamber (11) bottom,
First trash discharging apparatus is arranged on main furnace chamber (11) bottom；
Second garbage disposal auxiliary body includes interior circulation airway tube (31), communicating pipe (32), the second oxygen supplying tube (33), auxiliary frame
(34), helical blade (35) and downtake pipe (36)；Secondary furnace chamber (13) top of interior circulation airway tube (31) connection and bottom, even
Siphunculus (32) connects main stove circulating air air storing cavity (12) and secondary furnace chamber (13) bottom, the secondary furnace chamber (13) of the second oxygen supplying tube (33) connection
Bottom, auxiliary frame (34) and auxiliary tank (4) are arranged on the relative both sides of secondary furnace chamber (13), and helical blade (35) first end is rotatable
Auxiliary frame (34) is connected, the end of helical blade (35) second is passed through by secondary furnace chamber (13) bottom, and extended in auxiliary tank (4), it is auxiliary
Help in case (4) to be located at the end of helical blade (35) second and the 3rd oxygen supplying tube (41) and the second trash discharging apparatus, first exhaust are installed
Pipe (36) first end is connected with auxiliary tank (4) inner chamber.
2. the refuse treatment plant according to claim 1 with main furnace chamber and secondary furnace chamber, it is characterised in that：Body of heater (1)
Tail gas temporary storage cavity (16) and exhaust emissions chamber (17) are inside additionally provided with, tail gas temporary storage cavity (16) and exhaust emissions chamber (17) are located at main stove
Multiple heating auxiliary tubes (18) are installed, heating auxiliary tube (18) is by main furnace chamber (11) in the relative both sides of chamber (11), body of heater (1)
Pass through, and connect tail gas temporary storage cavity (16) and exhaust emissions chamber (17)；The end of downtake pipe (36) second and tail gas temporary storage cavity
(16) connect；
The second exhaust pipe (19) connected with exhaust emissions chamber (17) is installed on body of heater (1).
3. the refuse treatment plant according to claim 1 with main furnace chamber and secondary furnace chamber, it is characterised in that：First impurities removal
Device is included in the first miscellaneous frame (261) of storage and the first screw rod (262), the first miscellaneous frame (261) of storage provided with the first miscellaneous chamber of storage, first
Store up miscellaneous chamber to connect with main furnace chamber (11), the first screw rod (262) may be rotatably mounted at the miscellaneous intracavitary of the first storage, the first miscellaneous chamber of storage is located at
First screw rod (262) place is provided with the first impurity discharging port.
4. the refuse treatment plant according to claim 3 with main furnace chamber and secondary furnace chamber, it is characterised in that：First impurities removal
Mouth is located at the side on the first screw rod (262) axial direction.
5. the refuse treatment plant according to claim 1 with main furnace chamber and secondary furnace chamber, it is characterised in that：Auxiliary frame
(34) guide chamber (341) is provided with, helical blade (35) first end is located in guide chamber (341), and auxiliary frame (34) is located at guide
Chamber (341) place is provided with feeding rack (342), and feeding rack (342) is provided with the charging aperture connected with guide chamber (341).
6. the refuse treatment plant according to claim 5 with main furnace chamber and secondary furnace chamber, it is characterised in that：Charging aperture is horizontal
Area of section is from top to bottom gradually reduced.
7. the refuse treatment plant according to claim 1 with main furnace chamber and secondary furnace chamber, it is characterised in that：Second impurities removal
Device is included in the second miscellaneous frame (421) of storage and the second screw rod (422), the second miscellaneous frame (421) of storage provided with the second miscellaneous chamber of storage, second
Store up miscellaneous chamber to connect with auxiliary tank (4) inner chamber, the second screw rod (422) may be rotatably mounted at the miscellaneous intracavitary of the second storage, the second miscellaneous chamber of storage
The second impurity discharging port is provided with positioned at the second screw rod (422) place.
8. the refuse treatment plant according to claim 7 with main furnace chamber and secondary furnace chamber, it is characterised in that：Second impurities removal
Mouth is located at the side on the second screw rod (422) axial direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720044243.4U CN206430153U (en) | 2017-01-13 | 2017-01-13 | A kind of refuse treatment plant with main furnace chamber and secondary furnace chamber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720044243.4U CN206430153U (en) | 2017-01-13 | 2017-01-13 | A kind of refuse treatment plant with main furnace chamber and secondary furnace chamber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206430153U true CN206430153U (en) | 2017-08-22 |
Family
ID=59583969
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720044243.4U Expired - Fee Related CN206430153U (en) | 2017-01-13 | 2017-01-13 | A kind of refuse treatment plant with main furnace chamber and secondary furnace chamber |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206430153U (en) |
-
2017
- 2017-01-13 CN CN201720044243.4U patent/CN206430153U/en not_active Expired - Fee Related
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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 |