CN206600811U - A kind of double-furnace-body double formula rubbish heat-treatment furnace - Google Patents
A kind of double-furnace-body double formula rubbish heat-treatment furnace Download PDFInfo
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- CN206600811U CN206600811U CN201720048292.5U CN201720048292U CN206600811U CN 206600811 U CN206600811 U CN 206600811U CN 201720048292 U CN201720048292 U CN 201720048292U CN 206600811 U CN206600811 U CN 206600811U
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Abstract
The utility model proposes a kind of double-furnace-body double formula rubbish heat-treatment furnace, including the first heat treatment auxiliary body, main furnace body, secondary body of heater and the second heat treatment auxiliary body；First heat treatment auxiliary body includes auxiliary tank, lateral isolation plate, tail gas ingress pipe, tail gas delivery line, multiple longitudinal division boards, oxygen heat riser and dehydrating unit；Oxygen heat riser include oxygen feeding tube, it is multiple lead oxygen pipe group and oxygen output pipe, dehydrating unit includes multiple catheters, feed tube and drain pipe；Main stove feeding gate, interior circulation are installed provided with main furnace chamber and circulating air air storing cavity in main furnace body, on main furnace body and enter tracheae and the first trash discharging apparatus；Provided with secondary furnace chamber, compensated cavity and the tail gas air storing cavity being sequentially communicated in secondary body of heater, secondary stove feeding gate is installed on compensated cavity；Second heat treatment auxiliary body includes interior circulation airway tube, communicating pipe, the first oxygen supplying tube, material pusher, the second oxygen supplying tube, the second trash discharging apparatus and downtake pipe.The utility model is easy to use, garbage disposal excellent effect.
Description
Technical field
The utility model is related to field of Environment Protection, and in particular to a kind of double-furnace-body double formula rubbish heat-treatment furnace.
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 because the species of rubbish is various, heat treatment
When there are many factors and affect the effect of heat treatment, while the condition for handling a large amount of rubbish is difficult to control, therefore, it is difficult to reach
Preferable thermal effectiveness, wherein processing of the moisture to rubbish has very important influence.
Utility model content
The technical problem existed based on background technology, the utility model proposes a kind of double-furnace-body double formula rubbish heat-treatment furnace.
The utility model proposes a kind of double-furnace-body double formula rubbish heat-treatment furnace, including first heat treatment auxiliary body, main stove
Body, secondary body of heater and the second heat treatment auxiliary body；
First heat treatment auxiliary body includes auxiliary tank, lateral isolation plate, tail gas ingress pipe, tail gas delivery line, multiple vertical
To division board, oxygen heat riser and dehydrating unit；Lateral isolation plate be arranged on auxiliary lower box part, tail gas ingress pipe first end and
Tail gas delivery line first end connects the cavity that auxiliary tank is located at lateral isolation plate top, tail gas ingress pipe and tail gas delivery line position
In the relative both sides of auxiliary tank, longitudinal division board is installed in auxiliary tank, and above lateral isolation plate, longitudinal division board
Set gradually along the direction of tail gas ingress pipe to tail gas delivery line, longitudinal division board is provided with air guide port, any two is adjacent
The air guide port of longitudinal division board is located at the upper and lower part of longitudinal division board respectively；Oxygen heat riser includes oxygen feeding tube, multiple
Oxygen pipe group and oxygen output pipe are led, oxygen feeding tube is connected with the space on auxiliary tank positioned at lateral isolation plate bottom, lead oxygen pipe group including many
It is individual to lead oxygen pipe, lead oxygen pipe first end and connected with the space on auxiliary tank positioned at lateral isolation plate bottom, lead the end of oxygen pipe second equal
Space positioned at lateral isolation plate top on auxiliary tank is passed through, and is connected with oxygen output pipe first end；Dehydrating unit includes multiple
Catheter, feed tube and drain pipe, drain tube portion are located in auxiliary tank and are located in the space on lateral isolation plate top, catheter
Two ends be respectively communicated with feed tube and drain pipe；
Main furnace chamber and circulating air air storing cavity are provided with main furnace body, main furnace body is provided with main stove charging positioned at main furnace chamber top
Connection main furnace chamber top is installed in door, main furnace body and the interior circulation of circulating air air storing cavity enters tracheae, the end of tail gas ingress pipe second
Circulating air air storing cavity and main furnace chamber bottom are respectively communicated with the end of tail gas delivery line second, the end of oxygen output pipe second is connected under main furnace chamber
Portion, main furnace chamber bottom is provided with the first trash discharging apparatus；
Provided with secondary furnace chamber, compensated cavity and the tail gas air storing cavity being sequentially communicated in secondary body of heater, the secondary furnace chamber of compensated cavity top connection
Bottom, secondary body of heater is located at secondary furnace chamber top and is provided with secondary stove feeding gate；
Second heat treatment auxiliary body includes interior circulation airway tube, communicating pipe, the first oxygen supplying tube, material pusher, the
Two oxygen supplying tubes, the second trash discharging apparatus and downtake pipe；The secondary furnace chamber top of interior circulation airway tube connection and bottom, communicating pipe connection
Circulating air air storing cavity and secondary furnace chamber bottom, the secondary furnace chamber bottom of the first oxygen supplying tube connection, material pusher are arranged under secondary furnace chamber
Portion, the second oxygen supplying tube is connected with compensated cavity bottom, the second trash discharging apparatus be arranged on compensated cavity bottom, downtake pipe first end with
Tail gas air storing cavity is connected.
Preferably, longitudinal division board is provided with multiple vertically extending mounting holes, and catheter and mounting hole are one by one
Correspondence, catheter is arranged at mounting hole.
Preferably, the longitudinal division boards of oxygen Guan Zuyu are led to be spaced apart.
Preferably, material pusher includes auxiliary frame and helical blade, and it is relative that auxiliary frame is located at secondary furnace chamber with compensated cavity
Both sides, helical 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 to
In compensated cavity.
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 gradually smaller from top to bottom.
Preferably, tail gas temporary storage cavity and exhaust emissions chamber, tail gas temporary storage cavity and exhaust emissions chamber position are additionally provided with main furnace body
In being provided with multiple heating auxiliary tubes in the relative both sides of main furnace chamber, main furnace body, heating auxiliary tube is passed through by main furnace chamber, and is connected
Tail gas 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 main furnace body.
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, the gas for making secondary furnace chamber volume be less than garbage disposal generation in main furnace chamber volume, secondary furnace chamber enters tracheae by interior circulation and entered
Enter in circulating air air storing cavity, circulating air air storing cavity portion gas and auxiliary tank entered by tail gas ingress pipe, auxiliary tank longitudinal direction every
Effect of next gas being moved to S-shaped in tail gas delivery line, auxiliary tank by tail gas ingress pipe in dehydrating unit is acted on from plate
Under cold icepro and realize the reduction of moisture, oxygen enters main furnace chamber by oxygen heat riser, and oxygen completes to heat up in auxiliary tank, has
Effect improves in the effect of garbage disposal in main furnace chamber, circulating air air storing cavity portion gas by entering secondary furnace chamber communicating pipe, by
It is easy to control in the effect of garbage disposal in secondary furnace chamber small volume, secondary body of heater, therefore improve at the overall rubbish of the utility model
The effect of reason.The utility model is easy to use, garbage disposal excellent effect.
Brief description of the drawings
Fig. 1 be the utility model proposes a kind of double-furnace-body double formula rubbish heat-treatment furnace main view direction main furnace body perspective view；
Fig. 2 be the utility model proposes a kind of double-furnace-body double formula rubbish heat-treatment furnace side-looking direction sectional view；
Fig. 3 is the first heat treatment auxiliary body sectional view in the utility model.
Embodiment
Shown in reference picture 1, Fig. 2 and Fig. 3, the utility model proposes a kind of double-furnace-body double formula rubbish heat-treatment furnace, including
One heat treatment auxiliary body, main furnace body 2, the secondary heat treatment of body of heater 3 and second auxiliary body；
First heat treatment auxiliary body includes auxiliary tank 11, lateral isolation plate 12, tail gas ingress pipe 13, tail gas delivery line
14th, multiple longitudinal division boards 15, oxygen heat riser and dehydrating unit；Lateral isolation plate 12 is arranged on the bottom of auxiliary tank 11, tail
The first end of gas ingress pipe 13 connects the cavity that auxiliary tank 11 is located at the top of lateral isolation plate 12 with the first end of tail gas delivery line 14,
Tail gas ingress pipe 13 and tail gas delivery line 14 are located at the relative both sides of auxiliary tank 11, and longitudinal division board 15 is installed in auxiliary tank 11
It is interior, and positioned at the top of lateral isolation plate 12, longitudinal division board 15 along tail gas ingress pipe 13 to the direction of tail gas delivery line 14 according to
Secondary to set, longitudinal division board 15 is provided with air guide port 151, the difference of air guide port 151 position of the adjacent longitudinal division board 15 of any two
In the upper and lower part of longitudinal division board 15；Oxygen heat riser includes oxygen feeding tube 161, multiple leads oxygen pipe group 162 and oxygen output pipe
163, oxygen feeding tube 161 is connected with the space on auxiliary tank 11 positioned at the bottom of lateral isolation plate 12, and leading oxygen pipe group 162 includes multiple lead
Oxygen pipe, leads oxygen pipe first end and is connected with the space on auxiliary tank 11 positioned at the bottom of lateral isolation plate 12, lead the end of oxygen pipe second equal
Space positioned at the top of lateral isolation plate 12 on auxiliary tank 11 is passed through, and is connected with the first end of oxygen output pipe 163；Dehydrating unit bag
Multiple catheters 171, feed tube 172 and drain pipe 173 are included, the part of catheter 171, which is located in auxiliary tank 11, is located at lateral isolation
In the space on the top of plate 12, the two ends of catheter 171 are respectively communicated with feed tube 172 and drain pipe 173；
Main furnace chamber 21 and circulating air air storing cavity 22 are provided with main furnace body 2, main furnace body 2 is provided with master positioned at the main top of furnace chamber 21
The connection main top of furnace chamber 21 is installed in stove feeding gate 23, main furnace body 2 and the interior circulation of circulating air air storing cavity 22 enters tracheae 24, tail
The end of gas ingress pipe 13 second and the end of tail gas delivery line 14 second are respectively communicated with circulating air air storing cavity 22 and the bottom of main furnace chamber 21, go out oxygen
The end of pipe 163 second connects the main bottom of furnace chamber 21, and the main bottom of furnace chamber 21 is provided with the first trash discharging apparatus 25；
Provided with secondary furnace chamber 31, compensated cavity 32 and the tail gas air storing cavity 33 being sequentially communicated in secondary body of heater 3, the top of compensated cavity 32 connects
Logical pair furnace chamber 31 bottom, secondary body of heater 3 is located at the secondary top of furnace chamber 31 and is provided with secondary stove feeding gate 34；
Second heat treatment auxiliary body includes interior circulation airway tube 41, communicating pipe 42, the first oxygen supplying tube 43, material push dress
Put, the second oxygen supplying tube 45, the second trash discharging apparatus 46 and downtake pipe 47；Interior circulation airway tube 41 connect the secondary top of furnace chamber 31 with
Bottom, interior circulation airway tube 41 stores up the secondary upper gas of furnace chamber 31 to the secondary bottom of furnace chamber 31, the connection of communicating pipe 42 circulating air is delivered to
Air cavity 22 and the secondary bottom of furnace chamber 31, the first oxygen supplying tube 43 connect the secondary bottom of furnace chamber 31, and material pusher is arranged on secondary furnace chamber 31
Bottom, the second oxygen supplying tube 45 is connected with the bottom of compensated cavity 32, and the second trash discharging apparatus is arranged on the bottom of compensated cavity 32, downtake pipe
47 first ends are connected with tail gas air storing cavity 33.
By main stove feeding gate 23 and secondary stove feeding gate 34 respectively to main furnace chamber 21 and secondary furnace chamber when the utility model is used
Rubbish is added in 31, the secondary volume of furnace chamber 31 is less than the gas that garbage disposal is produced in the main volume of furnace chamber 21, secondary furnace chamber 31 and passes through
Interior circulation enters portion gas in the entrance circulating air of tracheae 24 air storing cavity 22, circulating air air storing cavity 22 and entered by tail gas ingress pipe 13
Auxiliary tank 11, auxiliary tank 11 longitudinal division board 15 act on it is next tail gas delivery line 14 is moved to by tail gas ingress pipe 13 with S-shaped,
Gas in auxiliary tank 11 in the presence of dehydrating unit cold icepro and realize the reduction of moisture, oxygen is entered by oxygen heat riser
Furnace chamber 21 is become owner of, oxygen completes to heat up in auxiliary tank 11, effectively increases the effect of garbage disposal in main furnace chamber 21, circulating air storage
Portion gas enters secondary furnace chamber 31 by communicating pipe 42 in air cavity 22, due to the secondary small volume of furnace chamber 31, in secondary body of heater 3 at rubbish
The effect of reason is easy to control, therefore improves the effect of the overall garbage disposal of the utility model.
In present embodiment, longitudinal division board 15 be provided with multiple vertically extending mounting holes, catheter 171 with
Mounting hole is corresponded, and catheter 171 is arranged at mounting hole, is conducive to catheter 171 to improve gas by longitudinal division board 15
The cold icepro effect of body.
In present embodiment, lead oxygen pipe group 162 and be spaced apart with longitudinal division board 15.
In present embodiment, material pusher includes auxiliary frame 441 and helical blade 442, auxiliary frame 441 and compensated cavity
32 are located at the relative both sides of secondary furnace chamber 31, and the first end of helical blade 442 is rotatably connected auxiliary frame 441, helical blade 442 second
End is passed through by the secondary bottom of furnace chamber 31, and is extended in compensated cavity 32, and helical blade 442 does not easily cause the winding of rubbish, and feeding
Process stabilization, auxiliary frame 441 is provided with guide chamber, and the first end of helical blade 442 is located in guide chamber, and auxiliary frame 441, which is located at, leads
Feeding rack is installed, feeding rack is provided with the charging aperture connected with guide chamber, and dry rubbish can be directly by entering at material chamber
Bin is added in secondary furnace chamber 31, and charging aperture cross-sectional area is gradually smaller from top to bottom, is easy to five rubbish to add.
In present embodiment, tail gas temporary storage cavity 26 and exhaust emissions chamber 27, the He of tail gas temporary storage cavity 26 are additionally provided with main furnace body 2
Exhaust emissions chamber 27, which is located in the relative both sides of main furnace chamber 21, main furnace body 2, is provided with multiple heating auxiliary tubes 28, heats auxiliary tube
28 are passed through by main furnace chamber 21, and connect tail gas temporary storage cavity 26 and exhaust emissions chamber 27；The end of downtake pipe 47 second and tail gas are temporary
Deposit chamber 26 to connect, the second exhaust pipe 29 connected with exhaust emissions chamber 27 is installed on main furnace body 2, utilize the tail gas of secondary body of heater 3
Heated for rubbish in main furnace chamber 21, effectively improve garbage disposal effect in main furnace chamber 21.
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 double-furnace-body double formula rubbish heat-treatment furnace, it is characterised in that：Including the first heat treatment auxiliary body, main furnace body (2), pair
Body of heater (3) and the second heat treatment auxiliary body；
First heat treatment auxiliary body includes auxiliary tank (11), lateral isolation plate (12), tail gas ingress pipe (13), tail gas delivery line
(14), multiple longitudinal division boards (15), oxygen heat riser and dehydrating unit；Lateral isolation plate (12) is arranged on auxiliary tank (11)
Bottom, tail gas ingress pipe (13) first end and tail gas delivery line (14) first end connect auxiliary tank (11) positioned at lateral isolation plate
(12) cavity on top, tail gas ingress pipe (13) and tail gas delivery line (14) are located at the relative both sides of auxiliary tank (11), longitudinal direction every
It is installed in from plate (15) in auxiliary tank (11), and above lateral isolation plate (12), longitudinal division board (15) is along tail gas
The direction of ingress pipe (13) to tail gas delivery line (14) is set gradually, and longitudinal division board (15) is provided with air guide port (151), arbitrarily
The air guide port (151) of two adjacent longitudinal division boards (15) is located at the upper and lower part of longitudinal division board (15) respectively；Oxygen liter
Warm device include oxygen feeding tube (161), it is multiple lead oxygen pipe group (162) and oxygen output pipe (163), oxygen feeding tube (161) and auxiliary tank (11)
The upper space positioned at lateral isolation plate (12) bottom is connected, and is led oxygen pipe group (162) and is led oxygen pipe including multiple, leads oxygen pipe first end equal
Connected with the space on auxiliary tank (11) positioned at lateral isolation plate (12) bottom, lead the end of oxygen pipe second upper by auxiliary tank (11)
Pass through, and connected with oxygen output pipe (163) first end in the space on lateral isolation plate (12) top；Dehydrating unit includes multiple drains
(171), feed tube (172) and drain pipe (173) are managed, catheter (171) is partly located in auxiliary tank (11) and is located at lateral isolation
In the space on plate (12) top, the two ends of catheter (171) are respectively communicated with feed tube (172) and drain pipe (173)；
Main furnace chamber (21) and circulating air air storing cavity (22) are provided with main furnace body (2), main furnace body (2) is pacified positioned at main furnace chamber (21) top
The interior of main furnace chamber (21) top of connection and circulating air air storing cavity (22) is installed equipped with main stove feeding gate (23), in main furnace body (2)
Tracheae (24) is recycled into, the end of tail gas ingress pipe (13) second and the end of tail gas delivery line (14) second are respectively communicated with circulating air air storing cavity
(22) and main furnace chamber (21) bottom, the end of oxygen output pipe (163) second connects main furnace chamber (21) bottom, and main furnace chamber (21) bottom is provided with
First trash discharging apparatus (25)；
Provided with secondary furnace chamber (31), compensated cavity (32) and the tail gas air storing cavity (33) being sequentially communicated, compensated cavity (32) in secondary body of heater (3)
Secondary furnace chamber (31) bottom of top connection, secondary body of heater (3) is located at secondary furnace chamber (31) top and is provided with secondary stove feeding gate (34)；
Second heat treatment auxiliary body includes interior circulation airway tube (41), communicating pipe (42), the first oxygen supplying tube (43), material push
Device, the second oxygen supplying tube (45), the second trash discharging apparatus (46) and downtake pipe (47)；The secondary stove of interior circulation airway tube (41) connection
Chamber (31) top and bottom, communicating pipe (42) connection circulating air air storing cavity (22) and secondary furnace chamber (31) bottom, the first oxygen supplying tube
(43) secondary furnace chamber (31) bottom is connected, material pusher is arranged on secondary furnace chamber (31) bottom, the second oxygen supplying tube (45) and auxiliary
Chamber (32) bottom is connected, and the second trash discharging apparatus is arranged on compensated cavity (32) bottom, and downtake pipe (47) first end is stored up with tail gas
Air cavity (33) is connected.
2. double-furnace-body double formula rubbish heat-treatment furnace according to claim 1, it is characterised in that：Longitudinal division board (15) is provided with
Multiple vertically extending mounting holes, catheter (171) is corresponded with mounting hole, and catheter (171), which is arranged on, to be installed
At hole.
3. double-furnace-body double formula rubbish heat-treatment furnace according to claim 1, it is characterised in that：Lead oxygen pipe group (162) and longitudinal direction
Division board (15) is spaced apart.
4. double-furnace-body double formula rubbish heat-treatment furnace according to claim 1, it is characterised in that：Material pusher includes auxiliary
Frame (441) and helical blade (442), auxiliary frame (441) are located at the relative both sides of secondary furnace chamber (31), helical-blade with compensated cavity (32)
Piece (442) first end is rotatably connected auxiliary frame (441), and the end of helical blade (442) second is passed through by secondary furnace chamber (31) bottom, and
Extend in compensated cavity (32).
5. double-furnace-body double formula rubbish heat-treatment furnace according to claim 4, it is characterised in that：Auxiliary frame (441) is provided with and led
Expect chamber, helical blade (442) first end is located in guide chamber, auxiliary frame (441), which is located at guide chamber, is provided with feeding rack, feeds
Frame is provided with the charging aperture connected with guide chamber.
6. double-furnace-body double formula rubbish heat-treatment furnace according to claim 5, it is characterised in that：Charging aperture cross-sectional area is by upper
Tapered under.
7. double-furnace-body double formula rubbish heat-treatment furnace according to claim 1, it is characterised in that：Tail is additionally provided with main furnace body (2)
It is relative that gas temporary storage cavity (26) and exhaust emissions chamber (27), tail gas temporary storage cavity (26) and exhaust emissions chamber (27) are located at main furnace chamber (21)
Both sides, multiple heating auxiliary tubes (28) are installed, heating auxiliary tube (28) is passed through by main furnace chamber (21) in main furnace body (2), and
Connect tail gas temporary storage cavity (26) and exhaust emissions chamber (27)；The end of downtake pipe (47) second is connected with tail gas temporary storage cavity (26)；
The second exhaust pipe (29) connected with exhaust emissions chamber (27) is installed on main furnace body (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720048292.5U CN206600811U (en) | 2017-01-13 | 2017-01-13 | A kind of double-furnace-body double formula rubbish heat-treatment furnace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720048292.5U CN206600811U (en) | 2017-01-13 | 2017-01-13 | A kind of double-furnace-body double formula rubbish heat-treatment furnace |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206600811U true CN206600811U (en) | 2017-10-31 |
Family
ID=60149329
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720048292.5U Expired - Fee Related CN206600811U (en) | 2017-01-13 | 2017-01-13 | A kind of double-furnace-body double formula rubbish heat-treatment furnace |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206600811U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108518974A (en) * | 2018-03-30 | 2018-09-11 | 芜湖鸣人热能设备有限公司 | Double-furnace-body double industrial furnace |
-
2017
- 2017-01-13 CN CN201720048292.5U patent/CN206600811U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108518974A (en) * | 2018-03-30 | 2018-09-11 | 芜湖鸣人热能设备有限公司 | Double-furnace-body double industrial furnace |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171031 Termination date: 20200113 |
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| CF01 | Termination of patent right due to non-payment of annual fee |