CN206121484U - Waste gas processing system - Google Patents
Waste gas processing system Download PDFInfo
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- CN206121484U CN206121484U CN201621123689.8U CN201621123689U CN206121484U CN 206121484 U CN206121484 U CN 206121484U CN 201621123689 U CN201621123689 U CN 201621123689U CN 206121484 U CN206121484 U CN 206121484U
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- cavity
- waste gas
- low temperature
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- exhaust treatment
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Abstract
The utility model provides a waste gas processing system, including defeated tuber pipe and the main tuber pipe that sets gradually along the mobile orientation of waste gas, light quantum clarifier, light oxygen catalytic unit, low temperature corona plasma exhaust treatment device and air exhauster, the light quantum clarifier is connected through defeated tuber pipe to main tuber pipe, and light oxygen catalytic unit's import is connected through failing the tuber pipe to the export of light quantum clarifier, and low temperature corona plasma exhaust treatment device is connected through failing the tuber pipe to light oxygen catalytic unit's export, be provided with the dust collection box and the cooler bin of following the mobile orientation of waste gas and setting gradually in the front portion of main tuber pipe, the inside of dust collection box is provided with dust collection cavity, is equipped with dust collecting tank on dust collection cavity's the interior bottom surface, and dust collection cavity's rear portion is provided with the filter screen, the system has carried out the cubic purification to waste gas, and purifying effect is showing, does not have the stink in the final combustion gas, has effectively improved the air quality of surrounding environment, the simple structure of this system simultaneously, and exhaust -gas treatment is fast, is suitable for to use widely.
Description
Technical field
This utility model is related to technical field of waste gas treatment, more particularly, it relates to a kind of exhaust treatment system.
Background technology
The green recycling for planting rubbish plays an important role for raising soil quality；Existing green plant garbage reclamation profit
Method is：It is green to plant the processes such as rubbish process is crushed, fed intake, biology becomes thoroughly decomposed, discharging stands, it is transformed into organic containing what is enriched
The necessary nutrient of matter, humic acid, aminoacid and plant.Then, then these fertilizer also native soil, soil is not only increased
Fertility, more realizing improves plant rhizosphere environment, keeps soil from packing together.
But during this recycling, have the appearance of secondary pollutant, because biology becomes thoroughly decomposed cause with evil
The waste gas of stink；Composition in the waste gas is the VOCS foul gass such as ammonia.Existing administering method is：Waste gas is passed through into water
In, ozone, waste gas and ozone reaction are passed through in water, the purpose for removing odor pollutant is reached, the method is for gases such as ammonias
Using effect is not notable.
Utility model content
In view of this, this utility model provides a kind of exhaust treatment system, solves problems of the prior art, tool
Body scheme is as follows：
A kind of exhaust treatment system, a kind of exhaust treatment system, including wind conveying pipe and set successively along exhaust gas flow direction
Air main, light quantum depurator, photooxidation catalytic unit, low temperature corona plasma waste gas treating device and the air exhauster put；
Air main connects light quantum depurator by wind conveying pipe, and the outlet of light quantum depurator connects photooxidation by wind conveying pipe
The import of catalytic unit, the outlet of photooxidation catalytic unit connects low temperature corona plasma waste gas treating device by wind conveying pipe；
Be provided with the disposal box and cooler bin set gradually along exhaust gas flow direction in the front portion of air main, disposal box it is interior
Portion is provided with dust cavity, and the inner bottom surface of dust cavity is provided with dust collecting trough, and the rear portion of dust cavity is provided with drainage screen；
Disposal box and cooler bin are connected by flange, and cooling cavities, cooling cavities and dust-collecting cavity body phase are provided with cooler bin
Connection, the side wall of cooling cavities is provided with cooling sandwith layer, and water inlet and outlet are communicated with cooling sandwith layer, and water inlet connection is cold
But water source, outlet connection return water tank；Cooler bin and body are connected by flange, and cooling cavities is connected with body；
Photooxidation catalytic unit includes that photooxidation is catalyzed housing, and in photooxidation catalysis housing the first cavity is disposed with from bottom to top
With the second cavity, the first cavity and the second cavity are vertically arranged；Second inside cavity is installed with metal mesh sheet, metal mesh sheet water
It is flat to arrange；Metal mesh sheet is provided with platinum catalyst；Nano waveband optical transmitting set is provided with second cavity inner wall；
Low temperature corona plasma waste gas treating device includes low temperature corona plasma sheath, in low temperature corona plasma sheath
It is disposed with from A-P and is dried cavity, electrostatic precipitator, plasma purifier and air exhauster；Low temperature corona plasma sheath
Heat radiation sandwich layer is provided with the wall of side, heat radiation sandwich layer side wall is provided with water inlet and outlet, cooling water pipe is connected with water inlet,
Return flume is connected with outlet；Drainage screen and at least one active carbon layer located at drainage screen rear portion are provided with drying chamber body；It is dry
The entrance of the outlet connection electrostatic precipitator of dry cavity, the entrance of the outlet connection plasma purifier of electrostatic precipitator.
Chimney is connected with the outlet of low temperature corona plasma waste gas treating device, air exhauster is arranged in chimney.
Dividing plate is provided between first cavity and the second cavity, at least one passage, passage are evenly distributed with dividing plate
Arrange through dividing plate.
Access hole is provided with the side wall of the first cavity and the second cavity, access hole is arranged through housing sidewall；Maintenance
Mouth is provided with cover plate.
Low temperature corona plasma sheath end is provided with acoustic filter.
First cavity inner wall is provided with deflector, and deflector is obliquely installed towards the flow direction of air-flow, the length of deflector
Degree is less than 10mm.
Fixing device is connected with wind conveying pipe, fixing device includes support bar and the connector located at support bar top；
Strut bottom is provided with horizontally disposed connecting plate, and connecting plate is provided with the expansion bolt being vertically arranged；Connector includes upper plate
Body and the lower body below upper plate body, lower body is connected with support bar, and upper plate body is connected with connection ring；Lower body is provided with
The sliding bar being vertically arranged, upper plate body is provided with perforation, and sliding bar is arranged in perforation.
The internal diameter of perforation 5mm ~ 10mm bigger than the external diameter of sliding bar.
Buffer spring is connected between upper plate body and lower body.
Sliding bar upper and lower is respectively arranged with upper limit position block and lower position block, upper limit position block and lower position block difference position
Above and below upper plate body.
It is connected on body lateral wall and is equipped with link slot, connection ring is arranged in link slot.
The exhaust treatment system that this utility model is provided, has the beneficial effect that：1st, arrange exhaust treatment system, by according to
The air main of secondary setting, light quantum depurator, photooxidation catalytic unit, low temperature corona plasma waste gas treating device and air exhauster reality
The collection and discharge of gas are showed.2nd, dividing plate is provided between the first cavity and the second cavity, at least 1 is evenly distributed with dividing plate
Individual passage, passage is arranged through dividing plate, so that gas is more uniformly entered in the second cavity from the first cavity.
3rd, access hole is provided with the side wall of the first cavity and the second cavity, access hole is arranged through housing sidewall；Set on access hole
There is cover plate, so as to facilitate the maintenance of the first cavity and the second cavity.4th, low temperature corona plasma sheath end is provided with noise elimination
Device, so as to reduce the noise that gas is produced in low temperature corona plasma sheath.5th, the first cavity inner wall is provided with deflector, leads
Stream plate is obliquely installed towards the flow direction of air-flow, and the length of deflector is less than 10mm, so that gas is in the first cavity
Flowing it is more smooth.6th, fixing device is connected with wind conveying pipe, the fixing device of setting causes wind conveying pipe and fixing device to exist
Junction is more flexible, reduces wear problem.7th, the internal diameter 5mm ~ 10mm bigger than the external diameter of sliding bar of perforation, so that sliding
Bar can have the amount of moving horizontally in perforation, it is ensured that wind conveying pipe can be moved horizontally relative to support bar.8th, upper plate body and lower plate
Buffer spring is connected between body, so as to enter row buffering to the movement between upper plate body.9th, sliding bar upper and lower sets respectively
Upper limit position block and lower position block are equipped with, upper limit position block and lower position block are located at respectively above and below upper plate body, so as to defeated wind
Amount of movement between pipe and fixing device is defined, it is ensured that the safety during use.10th, it is connected on body lateral wall
Link slot is equipped with, connection ring is arranged in link slot, so that the connection of connection ring and body is more stable.
Description of the drawings
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment
Or the accompanying drawing wanted needed for description of the prior art is briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of utility model, for those of ordinary skill in the art, on the premise of not paying creative work, also
Other accompanying drawings can be obtained according to these accompanying drawings.
Fig. 1 is structural representation of the present utility model；
Fig. 2 is disposal box and cooler bin structural representation；
Fig. 3 is photooxidation catalytic unit structural representation；
Fig. 4 is low temperature corona plasma waste gas treating device structural representation；
Fig. 5 is fixture structure schematic diagram.
Specific embodiment
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out
Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of this utility model, rather than whole
Embodiment.Based on the embodiment in this utility model, those of ordinary skill in the art are not under the premise of creative work is made
The every other embodiment for being obtained, belongs to the scope of this utility model protection.
As shown in figure 1, a kind of exhaust treatment system that the present embodiment is provided, including wind conveying pipe and along exhaust gas flow direction
Disposal box 1, cooling chamber 2, air main 3, light quantum depurator 4, photooxidation catalytic unit 5, the low temperature corona plasma for setting gradually
Emission-control equipment 6, air exhauster 7 and chimney 8.
The import of the outlet connection cooler bin 2 of disposal box 1, the outlet connection air main 3 of cooler bin 2, air main 3 is by defeated
The connection light quantum of airduct 9 depurator 4, the outlet of light quantum depurator 4 connects the import of photooxidation catalytic unit 5 by wind conveying pipe 9,
The outlet of photooxidation catalytic unit 5 connects low temperature corona plasma waste gas treating device 6, low temperature corona plasma by wind conveying pipe 9
The outlet connection chimney 8 of emission-control equipment 6, air exhauster 7 is arranged in chimney 8.
Waste gas sequentially enters and carry out in disposal box 1 dedusting, enter into and cooled down in cooling chamber 2, enter into air main 3
In enter row buffering, in light quantum depurator 4 carry out preliminary purification, double purification is carried out into photooxidation catalytic unit, entering
Three purifications are carried out to low temperature corona plasma waste gas treating device 6, the waste gas purified through three times is in the presence of air exhauster
Realize discharging into chimney 8.
Disposal box 1 tentatively collects the impurity in waste gas, as shown in Fig. 2 disposal box 1 is internally provided with dust cavity 11,
The inner bottom surface of dust cavity 11 is provided with dust collecting trough 12, and dust collecting trough 12 is tapered, holds above greatly, and small end is located at lower section, i.e.,
Dust collecting trough 12 is in inverted cone, so that dust is easier to enter in dust collecting trough 12.
The cleaning of dust collecting trough 12 for convenience, in the bottom of dust collecting trough 12 dust export 13 is provided with, and dust export 13 runs through
The bottom surface of disposal box 1 is arranged.Valve plate 14 is provided with dust export 13, valve plate 14 controls opening or closing for dust export 13
Close.Valve plate 14 is ripe prior art, and valve plate 14 is rotated and is arranged in dust export 13, when valve plate 14 is perpendicular to dust export
When 13, dust export 13 is separated, and when valve plate 14 is parallel with dust export 13, dust export 13 is opened.
The rear portion of dust cavity 11 is provided with the drainage screen 15 of 800 mesh, by drainage screen so that not sinking to dust collecting trough
Impurity in 12 cannot be by drainage screen 15, in still falling within dust collecting trough 12.
Along the flow direction of waste gas, the rear portion of disposal box 1 is provided with cooler bin 2, cooler bin 2 is used for the heat in waste gas
Amount is absorbed.Wherein, the flange 16 that is connected by of cooler bin and disposal box 1 realizes that flange 4 is ripe prior art,
This is repeated no more.
Cooling cavities 21 is provided with cooler bin 2, cooling cavities 21 is connected with dust cavity 11, goes out from dust cavity 11
The waste gas for coming can be entered in cooling cavities 21.Cooling sandwith layer 22, cooling sandwith layer 22 are provided with the side wall of cooling cavities 21
On be communicated with water inlet 23 and outlet 24, the connection cooling water source of water inlet 23, the connection return water tank of outlet 24.Use when
Wait, the cooling water in cooling water source enters into cooling sandwith layer 22 by water inlet 23, flow in cooling sandwith layer 22, and to cooling
Waste gas in cavity 21 is cooled down, and finally, cooling water out, and is entered in return water tank through outlet 24.
Air main 3 with diameter greater than wind conveying pipe 9, on the other hand the one side of air main 3 carries out the conveying of waste gas, and, waste gas exists
Cached in air main.Cooler bin 2 and air main 3 connect also by flange 16, and the connected mode of flange 16 is easy to use, even
Connect reliability.
Light quantum depurator 4 is commercially available prod, from commercially available model THY-EQ60000, when manufacturer is Wuhan
The light quantum cleaning equipment of safe Environmental Protection Technology Co., Ltd, here is no longer repeated its structure.When use, light
Quantum depurator 4 carries out pretreatment to waste gas, it can cut, chain rupture, burning, cracking emission molecule chain, change molecular structure.
The outlet of light quantum depurator 4 connects photooxidation catalytic unit 5 by wind conveying pipe 9.
Photooxidation catalytic unit 5 carries out catalysis oxidation by nano waveband light to emission molecule, make the molecule after destruction or in
Son, atom are with O3It is combined, makes organic or inorganic macromolecule malodorous compound strand, in catalytic oxidation process, transformation
Into low molecular compound CO2、H2O etc., so as to remove removing exhaust gas in stink.
As shown in figure 3, photooxidation catalytic unit 5 includes that photooxidation is catalyzed housing 51, the inside for being catalyzed housing 51 in photooxidation is arranged
The bottom for having the first cavity 52, the first cavity 52 is provided with gas access 511, and gas access 511 connects light quantum by wind conveying pipe 9
The outlet of depurator 4；Waste gas in wind conveying pipe 9 is entered in the first cavity 52 by gas access 511.Wherein the first cavity 52
Inwall be provided with deflector 521, deflector 521 is obliquely installed towards the flow direction of air-flow；Realized by deflector 521
Flowing of the gas in the first cavity 52, increases the speed in gas moving process.The length of deflector is less than 10mm, preferably
8mm, so as to reduce the disturbance to gas.
Along gas flow direction, the top of the first cavity 52 is provided with the second cavity 53, the first cavity and the second cavity
Connection, the second cavity 53 also is located inside photooxidation catalysis housing 51.Gas is entered in the second cavity 53 from the first cavity.
In order to ensure that gas is more uniform during the first cavity enters into the second cavity, in the first cavity 52 and the
Dividing plate 54 is provided between two cavitys 53, at least one passage 541 is evenly distributed with dividing plate 54, passage 541 runs through dividing plate
54 are arranged, and the gas in the first cavity is entered in the second cavity by passage 541.
Metal mesh sheet 56 is fixedly provided with the second cavity 53, metal mesh sheet 56 is horizontally disposed with, on metal mesh sheet 56
Mesh is provided with, to realize the current of gas.Platinum catalyst, wherein platinum catalyst and platinum are provided with metal mesh sheet 56
It is ripe prior art that how catalyst is positioned on metal mesh sheet 56；Meanwhile, it is provided with the inwall of the second cavity 53
Nano waveband optical transmitting set 55, nano waveband optical transmitting set 55 is commercially available prod；Existing krypton can be selected when implementing
Fluorine laser emitter.Platinum catalyst on metal mesh sheet 56 can cause waste gas to react more under the irradiation of nano waveband light
Rapidly, thoroughly.
The top of the second cavity 53 is provided with gas outlet 510, and gas outlet 510 connects low temperature corona etc. by wind conveying pipe 9
Ion emission-control equipment 6.
Keep in repair for convenience, on the side wall of the first cavity 52 and the second cavity 53 access hole 58, access hole are provided with
The 58 side walls for being catalyzed housing 51 through photooxidation are arranged, and cover plate 59 is provided with access hole 58.The one end of cover plate 59 is catalyzed shell with photooxidation
The lateral wall of body 51 is connected, and the outer wall that the other end of cover plate 59 is catalyzed housing 51 with photooxidation is bolted, and bolt does not have
Show in figure.In order to ensure air-tightness, rubber sealant 591 is provided with the inner surface of cover plate 59, so as to prevent gas from lid
At the gap of plate 59 and access hole 58 out.
As shown in figure 4, low temperature corona plasma waste gas treating device 6 includes low temperature corona plasma sheath 61, in order to drop
Low noise, on the end of low temperature corona plasma sheath 61 acoustic filter 613 is provided with, the number of acoustic filter 613 in the present embodiment
Measure as two, so as to realize the purpose for abating the noise.
Heat radiation sandwich layer 6111 is provided with the side wall of low temperature corona plasma sheath 61, is set on the side wall of heat radiation sandwich layer 6111
There are water inlet 65 and outlet 67；Cooling water pipe 66 is wherein connected with water inlet 65, on outlet 67 return flume is connected with, returned
Tank shows without in figure.Cooling water pipe 66 connects cooling water source, so that cooling water is entered in heat radiation sandwich layer 6111,
Realize to the radiating inside low temperature corona plasma sheath 61, cooling water has flowed after a circle through water outlet in heat radiation sandwich layer 6111
Mouth 67 out, is reclaimed into return flume.
It is provided with low temperature corona plasma sheath 61 and is dried cavity 62, is dried in cavity 62 and is provided with the filtration of 1000 mesh
Net 63, prevents the impurity in waste gas from entering subsequent processes, it is ensured that the treatment effect of waste gas by the drainage screen 63 of 1000 mesh.
Although the impurity in whole system has most started setting up disposal box to remove removing exhaust gas, still have in inevitable waste gas
Impurity is present, and the dustiness requirement because of plasma purifier to waste gas is higher, therefore needs drainage screen to carry out final dusting herein.
The rear portion of drainage screen 63 is provided with active carbon layer 64, the quantity of active carbon layer 64 is 1 in the present embodiment；By active carbon layer
64 removals for realizing steam in waste gas, it is ensured that exhaust-gas treatment effect.
Electrostatic precipitator 68 is connected with being dried in the outlet of cavity 62, electrostatic precipitator 68 is located at and is dried after cavity 62
Portion.Wherein, electrostatic precipitator 68 is commercially available prod, and no longer its structure is repeated.The entrance connection drying chamber of electrostatic precipitator 68
The outlet of body 62, so that entering into electrostatic precipitator 68 from the gas being dried in cavity 62 out carries out dedusting.
Plasma purifier 69 is connected with the outlet of electrostatic precipitator 68, plasma purifier 69 is located at electrostatic precipitation
The rear portion of device 68.Wherein plasma purifier 69 is commercially available prod, and no longer its structure is repeated.The entrance of plasma purifier 69
The outlet of connection electrostatic precipitator 68, so that the gas through electrostatic precipitation enters into plasma purifier 69 so that useless
Foul gass in gas react with plasma, carry out three purifications, realize thoroughly removing the purpose of foul odour.
Air exhauster 7 is arranged at the exit of plasma purifier 69, while air exhauster is located in chimney 8, so as to pass through to take out
Blower fan 7 is pumped into the gas from plasma purifier 69 out in chimney 8, finally emits from chimney 8.Wherein, cigarette
Chimney 8 is ripe prior art, and its structure is cylindrical in shape, is vertically arranged, and top and bottom are open, and gas enters cigarette by bottom
Chimney 8, and from top discharge out.
For wind conveying pipe 9, it primarily serves the effect of two devices of connection so that gas enters other one from a device
Individual device, in order to ensure stablizing for wind conveying pipe 9, on wind conveying pipe 9 fixing device is connected with.
As shown in figure 5, fixing device includes support bar 91, support bar 91 plays a part of support.At the bottom of support bar 91
Portion is provided with connecting plate 92, and connecting plate 92 is horizontally disposed with.Connecting plate 92 is provided with expansion bolt 93, and expansion bolt 93 vertically sets
Put.User is connected connecting plate 92 and ground by expansion bolt, and then support bar 91 is fixed on the ground.
The top of support bar 91 is provided with connector, wherein connector includes horizontally disposed lower body 94, wherein under
Plate body 94 is fixedly connected with support bar 91, and both connected modes select bolted form.
The sliding bar 96 being vertically arranged is provided with lower body 94, the outer wall of sliding bar 96 is smooth.
The top of lower body 94 is provided with upper plate body 95, upper plate body 95 is horizontally disposed with.Coordinate on upper plate body 95 and slide
Bar 96 is provided with perforation, and perforation shows that sliding bar 96 is slideably positioned in perforation without in figure.Wherein, in order to ensure defeated wind
The amount of movement of pipe, the internal diameter 5mm ~ 10mm bigger than the external diameter of sliding bar 96 of perforation, preferred 7mm.In upper plate body 95 and lower body 94
Between be connected with buffer spring 97, wherein buffer spring 97 enters row buffering to upper plate body 95 relative to the movement of lower body 94, protect
Demonstrate,prove the stable and safety of whole fixing device.
Stability during in order to ensure use, is provided with cushion, cushion when enforcement on the inwall of perforation
From quality of rubber materials.
In order to prevent amount of movement of the sliding bar in perforation excessive, it is respectively arranged with the upper and lower of sliding bar 96
Limited block 982 and lower position block 981, upper limit position block 982 and lower position block 981 are located at respectively above and below upper plate body 95.
The external diameter of wherein upper limit position block 982 and lower position block 981 is all higher than the internal diameter bored a hole, and then realizes entering the slippage of sliding bar
Row is limited.
Connection ring is provided with upper plate body 95, the fixation of wind conveying pipe, the wherein inwall of connection ring are realized by connection ring
Rubber layer is provided with, so as to reduce abrasion of the connection ring to wind conveying pipe.
Connection ring is ripe prior art, and its structure can be selected：Connection ring includes the snap ring 99 of two annulars, two
The one end of snap ring 99 is hinged, and the other end of two snap rings 99 is connected by bolt 910, when in use, wind conveying pipe is positioned over
Between two snap rings 99, two snap rings 99 are fixed up by bolt 910.Wherein, the rubber layer on connection ring inwall
Substantially it is arranged on the inwall of snap ring 99.
Stability during in order to ensure use, the ring that is connected on the lateral wall of wind conveying pipe arranges link slot, even
Connect ring to be arranged in link slot.
The fixing device of setting realizes the connection to wind conveying pipe；The sliding bar of setting and perforation ensure that wind conveying pipe even
Amount of movement in termination process, keeps away so that wind conveying pipe can have certain amount of movement with the impact of air-flow, reduces fixation
Mutual wear extent between device and wind conveying pipe, and then extend the service life of fixing device and wind conveying pipe.
When work, waste gas is first into disposal box, filters down dust precipitation in disposal box；
Subsequently, waste gas enters into cooler bin and is cooled down；
Then, waste gas enters into air main, and row buffering is entered in air main；From air main out after gas pass through defeated wind
Pipe enters into light quantum depurator, and preliminary purification is carried out in light quantum depurator；From light quantum depurator gas out
Enter into photooxidation catalytic unit；
Subsequently, gas is entered in the first cavity by gas access in photooxidation catalytic unit, in the first cavity
In the presence of deflector, gas quickly flows；Then, gas is entered in the second cavity by the passage on dividing plate；
In second cavity, gas reacts rapidly in the presence of illumination and catalyst, cracking, realizes the decomposition of odorous gas molecule, has
The stink that effect is gone in removing exhaust gas；Finally, the gas from the second cavity out enters into gas outlet；
Low temperature corona plasma waste gas treating device is entered into from photooxidation catalytic unit gas out, with gas frowzy
Body sequentially passes through the process for being dried cavity, electrostatic precipitator and plasma purifier, and from low temperature corona plasma exhaust-gas treatment
Device is out；
Final gas is entered in chimney by air exhauster, and is emitted, and the gas stink after discharge is removed, and is realized
The purpose of environmental protection.
In sum, the exhaust treatment system that this utility model is provided, three purifications have been carried out to waste gas, and clean-up effect shows
Write, be destitute of smell in final expellant gas, effectively increase the air quality of surrounding, while the system simple structure,
Exhaust-gas treatment speed is fast, is suitable to promote the use of.
Claims (9)
1. a kind of exhaust treatment system, it is characterised in that：The main wind set gradually including wind conveying pipe and along exhaust gas flow direction
Pipe, light quantum depurator, photooxidation catalytic unit, low temperature corona plasma waste gas treating device and air exhauster；
Air main connects light quantum depurator by wind conveying pipe, and the outlet of light quantum depurator connects photooxidation catalysis by wind conveying pipe
The import of device, the outlet of photooxidation catalytic unit connects low temperature corona plasma waste gas treating device by wind conveying pipe；
The disposal box and cooler bin set gradually along exhaust gas flow direction is provided with the front portion of air main, the inside of disposal box sets
Dust cavity is equipped with, the inner bottom surface of dust cavity is provided with dust collecting trough, and the rear portion of dust cavity is provided with drainage screen；
Disposal box and cooler bin are connected by flange, and cooling cavities is provided with cooler bin, and cooling cavities is connected with dust-collecting cavity body phase；
The side wall of cooling cavities is provided with cooling sandwith layer, and water inlet and outlet, water inlet connection cooling water are communicated with cooling sandwith layer
Source, outlet connection return water tank；Cooler bin and body are connected by flange, and cooling cavities is connected with body；
Photooxidation catalytic unit includes that photooxidation is catalyzed housing, and in photooxidation catalysis housing the first cavity and the are disposed with from bottom to top
Two cavitys, the first cavity and the second cavity are vertically arranged；Second inside cavity is installed with metal mesh sheet, and metal mesh sheet level sets
Put；Metal mesh sheet is provided with platinum catalyst；Nano waveband optical transmitting set is provided with second cavity inner wall；
Low temperature corona plasma waste gas treating device includes low temperature corona plasma sheath, from front in low temperature corona plasma sheath
It is disposed with to after and is dried cavity, electrostatic precipitator and plasma purifier；Arrange on the wall of low temperature corona plasma sheath side
There is heat radiation sandwich layer, water inlet and outlet are communicated with heat radiation sandwich layer, cooling water pipe is connected with water inlet, connect on outlet
There is return flume；Drainage screen and at least one active carbon layer located at drainage screen rear portion are provided with drying chamber body；It is dried the outlet of cavity
The entrance of connection electrostatic precipitator, the entrance of the outlet connection plasma purifier of electrostatic precipitator；
Chimney is connected with the outlet of low temperature corona plasma waste gas treating device, air exhauster is arranged in chimney.
2. exhaust treatment system according to claim 1, it is characterised in that：It is provided between first cavity and the second cavity
Dividing plate, is evenly distributed with least one passage on dividing plate, passage is arranged through dividing plate.
3. exhaust treatment system according to claim 2, it is characterised in that：On the side wall of the first cavity and the second cavity
Access hole is provided with, access hole is arranged through housing sidewall；Access hole is provided with cover plate.
4. exhaust treatment system according to claim 3, it is characterised in that：First cavity inner wall is provided with deflector, leads
Stream plate is obliquely installed towards the flow direction of air-flow, and the length of deflector is less than 10mm.
5. the exhaust treatment system according to Claims 1-4 any one, it is characterised in that：It is connected with wind conveying pipe solid
Determine device, fixing device includes support bar and the connector located at support bar top；Support bar bottom is provided with horizontally disposed
Connecting plate, connecting plate is provided with the expansion bolt being vertically arranged；Connector includes upper plate body and the lower plate below upper plate body
Body, lower body is connected with support bar, and upper plate body is connected with connection ring；Lower body is provided with the sliding bar being vertically arranged, upper plate body
Perforation is provided with, sliding bar is arranged in perforation.
6. exhaust treatment system according to claim 5, it is characterised in that：The internal diameter of perforation is bigger than the external diameter of sliding bar
5mm~10mm。
7. exhaust treatment system according to claim 6, it is characterised in that：Buffering is connected between upper plate body and lower body
Spring.
8. exhaust treatment system according to claim 7, it is characterised in that：Sliding bar upper and lower is respectively arranged with
Limited block and lower position block, upper limit position block and lower position block are located at respectively above and below upper plate body.
9. exhaust treatment system according to claim 8, it is characterised in that：Be connected the company of being equipped with body lateral wall
Access slot, connection ring is arranged in link slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621123689.8U CN206121484U (en) | 2016-10-15 | 2016-10-15 | Waste gas processing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621123689.8U CN206121484U (en) | 2016-10-15 | 2016-10-15 | Waste gas processing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206121484U true CN206121484U (en) | 2017-04-26 |
Family
ID=58573450
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621123689.8U Withdrawn - After Issue CN206121484U (en) | 2016-10-15 | 2016-10-15 | Waste gas processing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206121484U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106975327A (en) * | 2017-05-11 | 2017-07-25 | 宁波大发化纤有限公司 | It is quenched to adjust the processing unit and its processing method for gluing steam jet pump waste gas |
| CN107952348A (en) * | 2016-10-15 | 2018-04-24 | 天津海泰市政绿化有限公司 | A kind of exhaust treatment system |
-
2016
- 2016-10-15 CN CN201621123689.8U patent/CN206121484U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107952348A (en) * | 2016-10-15 | 2018-04-24 | 天津海泰市政绿化有限公司 | A kind of exhaust treatment system |
| CN107952348B (en) * | 2016-10-15 | 2019-08-16 | 天津海泰市政绿化有限公司 | A kind of exhaust treatment system |
| CN106975327A (en) * | 2017-05-11 | 2017-07-25 | 宁波大发化纤有限公司 | It is quenched to adjust the processing unit and its processing method for gluing steam jet pump waste gas |
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| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20170426 Effective date of abandoning: 20190816 |