CN206823456U - Exhaust treatment system in a kind of Activated Carbon Production - Google Patents
Exhaust treatment system in a kind of Activated Carbon Production Download PDFInfo
- Publication number
- CN206823456U CN206823456U CN201720299012.8U CN201720299012U CN206823456U CN 206823456 U CN206823456 U CN 206823456U CN 201720299012 U CN201720299012 U CN 201720299012U CN 206823456 U CN206823456 U CN 206823456U
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- China
- Prior art keywords
- shell
- chamber
- kernel
- arc
- activated carbon
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model provides exhaust treatment system in a kind of Activated Carbon Production, it is intended to solves the problems, such as in the prior art to tail gas clean-up effect difference in Activated Carbon Production.Exhaust treatment system in a kind of Activated Carbon Production, including blast pipe, wood chip feedway, escape pipe, shell, kernel and air-introduced machine, the top of kernel and the top of shell are connected by annular slab.Tail gas first passes through wood chip pretreatment in the utility model, then by scavenging solution deep purifying, has saved the dosage of scavenging solution, has reduced cost, while also improve clean-up effect.
Description
Technical field
It the utility model is related to exhaust treatment system in Activated Carbon Production field, more particularly to a kind of Activated Carbon Production.
Background technology
Substantial amounts of Tail Gas can be produced during activated carbon is produced, for environmental protection, it is necessary to by vent gas treatment
After could discharge, but existing vent gas treatment is cumbersome, and cost is higher.Therefore, the disclosure of Application No. 2014208540408
It is a kind of by the way of wood chip carries out pre-absorption to tail gas, reducing the cost of follow-up vent gas treatment.But this mode exists
When tail gas passes through tail gas adsorption device, tail gas can be discharged into air by charging aperture and be polluted the environment, and influence work；And wood chip
In dust can block offgas duct, influence work.
In addition, for environmental protection, existing factory is passed through in scavenging solution come cleaning of off-gas using spray process or by tail gas.Using
Spray process, only portion gas can touch scavenging solution, and purification efficiency is relatively low.Tail gas is passed through in scavenging solution, gas is purifying
The scavenging solution utilization rate skewness at some positions along specific path flows, can be caused in liquid；In addition, gas is in scavenging solution
Interior to form gas bag, the gas in the middle part of gas bag can not touch scavenging solution, so as to cannot sufficiently purify.
Utility model content
The utility model provides exhaust treatment system in a kind of Activated Carbon Production, it is intended to solves in the prior art to activity
In charcoal production the problem of tail gas clean-up effect difference.
In order to solve the above technical problems, the utility model is achieved through the following technical solutions：In a kind of Activated Carbon Production
Exhaust treatment system, including blast pipe, wood chip feedway, escape pipe, shell, kernel and air-introduced machine, the top of kernel with it is outer
The top of shell is connected by annular slab.Wood chip feedway includes feed bin and conveying worm, and feed bin is provided with charging aperture
And discharging opening；Convex arc screen pack arc-shaped partition convex with is provided with down in feed bin, arc-shaped partition is located at arc screen pack
Top, the inner chamber of feed bin is divided into stock chamber, filter chamber and sent by arc-shaped partition and arc screen pack successively from the top down
Expect chamber；Charging aperture communicates with stock chamber, and charging aperture is provided with closure；Discharging opening communicates with feeding chamber, and conveying worm passes through
The timber of feeding intracavitary is transported in converter by discharging opening；One end of blast pipe communicates with the bottom of feeding chamber, and blast pipe is with supplying
The junction of feed bin is provided with filter, and the other end of blast pipe is connected with converter；Escape pipe communicates with the top of filter chamber；Feed bin
Top be equipped with the seal bar that can slide up and down；Two seals up and down, arc screen pack are fixed with seal bar
With dumping pit is equipped with arc-shaped partition；When filtering tail gas, the seal of lower section is pressed on the dumping pit of arc screen pack；On
The seal of side is pressed on the dumping pit of arc-shaped partition.Annular chamber is formed between kernel and shell, the side wall of shell is provided with
Two air inlet pipe communicated with annular chamber, two air inlet pipe are separately positioned on the opposite sides of shell, two equal directions of air inlet pipe
The circular direction of annular chamber, the direction of two air inlet pipe are opposite；Tail gas is blown into annular chamber by air-introduced machine by two air inlet pipe
It is interior；Shell is provided with the water inlet pipe communicated with annular chamber, and shell is provided with the outlet pipe communicated with annular chamber；Annular slab is provided with
Venthole.Escape pipe is connected with two air inlet pipe.
Further, shell is provided with motor, the rotation of motor driven kernel opposite shell, the direction of rotation of kernel and air inlet pipe
The airflow direction of blowout is opposite.Scavenging solution is facilitated to circulate, so as to which scavenging solution fully contacts with tail gas.
Further, the lateral wall of the kernel is provided with plectrum.Be advantageous to smash bubble, scavenging solution is fully connect with tail gas
Touch.
Further, the top between kernel and shell is provided with ring network, and annular chamber is divided into two parts up and down by ring network.Can
To stop the splashing of scavenging solution, prevent scavenging solution from being discharged out of water inlet pipe.
Further, feed bin is provided with upper lid.Easy disassembly.
Further, the bottom of blast pipe is provided with blowoff valve.It is convenient to clean the dust accumulated for a long time.
Compared with prior art the utility model has the advantages that：Tail gas first passes through wood chip pretreatment in the utility model, so
Afterwards by scavenging solution deep purifying, the dosage of scavenging solution has been saved, has reduced cost, while also improve clean-up effect.
Tail gas passes through feed bin, and the wood chip in feed bin carries out initial absorption to the harmful substance in tail gas, after alleviating
Handle the cost of tail gas in continuous step, some compositions in the harmful substance that wood chip absorbs can be fully utilized.In feed bin
Be provided with down convex arc screen pack and under convex arc-shaped partition, arc-shaped partition and arc screen pack by the inner chamber of feed bin on to
Under be divided into stock chamber, filter chamber and feeding chamber successively.Set dividing plate to prevent tail gas from being discharged from charging aperture, ensure that work
Environment.Filter chamber is set to separate the timber not being fully utilized with the timber made full use of, can be by fully profit
Timber is first sent into converter, and the timber not being fully utilized carries out secondary use, improves the utilization rate of timber, while also carry
The high treatment effect of tail gas.The seal bar that can slide up and down is equipped with the top of feed bin；It is fixed with seal bar
Upper and lower two seals, dumping pit is equipped with arc screen pack and arc-shaped partition；When filtering tail gas, the seal of lower section presses
On the dumping pit of arc screen pack；The seal of top is pressed on the dumping pit of arc-shaped partition；Can be easily by stock
The timber of intracavitary flows into filter chamber, and the timber in filter chamber is flowed into feeding chamber.
Two air inlet pipe in blowing direction in the presence of air-introduced machine on the contrary, after scavenging solution is filled with annular chamber, tail gas meeting
Blow scavenging solution to circulate, each position scavenging solution can be made full use of.
Brief description of the drawings
The utility model is described in further detail below in conjunction with the accompanying drawings：
Fig. 1 is structural representation of the present utility model；
Structural representations of the Fig. 2 between air inlet pipe and shell.
Embodiment
Refering to Fig. 1 and Fig. 2, exhaust treatment system in a kind of Activated Carbon Production, including blast pipe 01, wood chip feedway,
Escape pipe 03, shell 1, kernel 2 and air-introduced machine 3, the top of kernel 2 are connected with the top of shell 1 by annular slab 4.
Wood chip feedway includes feed bin 04 and conveying worm 010, and feed bin 04 is provided with charging aperture 02 and discharging
Mouthful；Convex arc screen pack 05 arc-shaped partition 06 convex with is provided with down in feed bin 04, arc-shaped partition 06 is located at arc filtering
The inner chamber of feed bin 04 is divided into stock chamber by the top of net 05, arc-shaped partition 06 and arc screen pack 05 successively from the top down
041st, filter chamber 042 and feeding chamber 043；Charging aperture 02 communicates with stock chamber 041, and charging aperture 02 is provided with closure；Discharging opening
Communicated with feeding chamber 043, the timber in feeding chamber 043 is transported in converter 07 by conveying worm 010 by discharging opening；Exhaust
One end of pipe 01 communicates with the bottom of feeding chamber 043, and the junction of blast pipe 01 and feed bin 04 is provided with filter, blast pipe 01
The other end is connected with converter 07；Escape pipe 03 communicates with the top of filter chamber 042；The top of feed bin 04 be equipped with one can on
The seal bar 08 of lower slider；Two seals 09 up and down, arc screen pack 05 and arc-shaped partition 06 are fixed with seal bar 08
On be equipped with dumping pit；When filtering tail gas, the seal 09 of lower section is pressed on the dumping pit of arc screen pack 05；Top it is close
Sealing 09 is pressed on the dumping pit of arc-shaped partition 06.Feed bin 04 is provided with upper lid 011.The bottom of blast pipe 01 is provided with blowdown
Valve 012.
Annular chamber 11 is formed between kernel 2 and shell 1, the side wall of shell 1 is entered provided with two with what annular chamber 11 communicated
Tracheae 12, two air inlet pipe 12 are separately positioned on the opposite sides of shell 1, two air inlet pipe 12 surrounding towards annular chamber 11
Direction, the direction of two air inlet pipe 12 are opposite；Tail gas is blown into annular chamber 11 by air-introduced machine 3 by two air inlet pipe 12；Outside
Shell 1 is provided with the water inlet pipe 13 communicated with annular chamber 11, and shell 1 is provided with the outlet pipe 14 communicated with annular chamber 11；Annular slab 4
It is provided with venthole 41.Escape pipe 03 is connected with two air inlet pipe 12.Shell 1 is provided with motor 5, and motor 5 drives kernel 2 relative
Shell 1 rotates, and the direction of rotation of kernel 2 is opposite with the airflow direction that air inlet pipe 12 is blown out.The lateral wall of kernel 2 is provided with plectrum
21.Top between kernel 2 and shell 1 is provided with ring network 6, and annular chamber 11 is divided into two parts up and down by ring network 6.
When handling tail gas, tail gas enters feeding chamber 043 from air inlet pipe 01, then enters filter chamber by arc screen pack
042, then discharged from the escape pipe 03 of stock chamber 041.The tail gas discharged from escape pipe 03 is in the presence of air-introduced machine 3 from two
Air inlet pipe 12 enters in annular chamber 11；In the presence of motor 5, the plectrum 21 on kernel 2 drives scavenging solution rotation, scavenging solution
Direction of rotation is with airflow direction on the contrary, by collision, scavenging solution can fully contact with air-flow.
When reloading, by pulling up seal bar 08, seal bar 08 drives two seals 09 to move up, so as to open arc filtering
Dumping pit on the dumping pit and arc-shaped partition 06 of net 05, the timber stocked up in chamber 041 enter from the dumping pit on arc-shaped partition 06
Enter filter chamber 042, the timber in filter chamber 042 enters feeding chamber 043 from the dumping pit of arc screen pack 05.
Specific embodiment of the utility model is the foregoing is only, but the technical characteristics of the utility model is not limited to
This, any those skilled in the art in field of the present utility model, all cover in this practicality newly by the change or modification made
Among the scope of the claims of type.
Claims (6)
1. exhaust treatment system in a kind of Activated Carbon Production, it is characterized in that：Including blast pipe (01), wood chip feedway, outlet
(03), shell (l), kernel (2) and air-introduced machine (3) are managed, the top of kernel (2) is connected with the top of shell (1) by annular slab (4)
Connect；Wood chip feedway includes feed bin (04) and conveying worm (010), and feed bin (04) is provided with charging aperture (02) and gone out
Material mouth；Be provided with down in feed bin (04) convex arc screen pack (05) and under convex arc-shaped partition (06), arc-shaped partition (06) position
In the top of arc screen pack (05), arc-shaped partition (06) and arc screen pack (05) by the inner chamber of feed bin (04) from the top down
Stock chamber (041), filter chamber (042) and feeding chamber (043) are divided into successively；Charging aperture (02) communicates with stock chamber (041), enters
Material mouth (02) is provided with closure；Discharging opening communicates with feeding chamber (043), and conveying worm (010) is by discharging opening by feeding
Timber in chamber (043) is transported in converter (07)；One end of blast pipe (01) communicates with the bottom of feeding chamber (043), exhaust
The junction of pipe (01) and feed bin (04) is provided with filter, and the other end of blast pipe (01) is connected with converter (07)；Escape pipe
(03) top with filter chamber (042) communicates；A seal bar that can slide up and down (08) is equipped with the top of feed bin (04)；
Two seals (09) up and down are fixed with seal bar (08), is equipped with and unloads on arc screen pack (05) and arc-shaped partition (06)
Expect hole；When filtering tail gas, the seal (09) of lower section is pressed on the dumping pit of arc screen pack (05)；The seal of top
(09) it is pressed on the dumping pit of arc-shaped partition (06)；
Annular chamber (11) is formed between kernel (2) and shell (1), the side wall of shell (1) is provided with two and annular chamber (11) phase
Logical air inlet pipe (12), two air inlet pipe (12) are separately positioned on the opposite sides of shell (1), two equal directions of air inlet pipe (12)
The circular direction of annular chamber (11), the direction of two air inlet pipe (12) are opposite；Air-introduced machine (3) is by two air inlet pipe (12) by tail
Gas is blown into annular chamber (11)；Shell (1) is provided with the water inlet pipe (13) communicated with annular chamber (11), and shell (1) is provided with
The outlet pipe (14) communicated with annular chamber (11)；Annular slab (4) is provided with venthole (41)；Escape pipe (03) and two air inlet pipe
(12) it is connected.
2. exhaust treatment system in a kind of Activated Carbon Production according to claim 1, it is characterized in that：Shell (l) is provided with
Motor (5), motor (5) drive the rotation of kernel (2) opposite shell (l), direction of rotation and air inlet pipe (12) blowout of kernel (2)
Airflow direction is opposite.
3. exhaust treatment system in a kind of Activated Carbon Production according to claim 2, it is characterized in that：The kernel (2)
Lateral wall is provided with plectrum (21).
4. exhaust treatment system in a kind of Activated Carbon Production according to claim 1, it is characterized in that：Kernel (2) and shell
(1) top between is provided with ring network (6), and annular chamber (11) is divided into two parts up and down by ring network (6).
5. exhaust treatment system in a kind of Activated Carbon Production according to claim 1, it is characterized in that：Feed bin is set on (04)
There is upper lid (011).
6. exhaust treatment system in a kind of Activated Carbon Production according to claim 1, it is characterized in that：The bottom of blast pipe (01)
Portion is provided with blowoff valve (012).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720299012.8U CN206823456U (en) | 2017-03-26 | 2017-03-26 | Exhaust treatment system in a kind of Activated Carbon Production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720299012.8U CN206823456U (en) | 2017-03-26 | 2017-03-26 | Exhaust treatment system in a kind of Activated Carbon Production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206823456U true CN206823456U (en) | 2018-01-02 |
Family
ID=60767350
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720299012.8U Expired - Fee Related CN206823456U (en) | 2017-03-26 | 2017-03-26 | Exhaust treatment system in a kind of Activated Carbon Production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206823456U (en) |
-
2017
- 2017-03-26 CN CN201720299012.8U patent/CN206823456U/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 |
Granted publication date: 20180102 Termination date: 20210326 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |