CN103495332B - A kind of cleaning treatment system of foul gas and processing method thereof - Google Patents
A kind of cleaning treatment system of foul gas and processing method thereof Download PDFInfo
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- CN103495332B CN103495332B CN201310450100.XA CN201310450100A CN103495332B CN 103495332 B CN103495332 B CN 103495332B CN 201310450100 A CN201310450100 A CN 201310450100A CN 103495332 B CN103495332 B CN 103495332B
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Abstract
The present invention relates to a kind of cleaning treatment system and processing method thereof of foul gas, its system comprises the first clean unit and the second clean unit that are arranged on stench source of the gas place, wherein the first clean unit comprises the frame being arranged on stench source of the gas place, to be arranged in frame and there is the gas skirt of air inlet and gas outlet, be arranged on the amalgam vapour lamp in gas skirt, be arranged on the deflector at gas skirt air inlet place, and the blast pipe for the gas outlet of gas skirt is connected with the external world, amalgam vapour lamp is arranged in gas skirt along gas skirt length direction, and amalgam vapour lamp can send the ultraviolet light wave of 170 ~ 380nm wave band, the surrounding of air inlet can seal by deflector, and the below of amalgam vapour lamp that deflector is positioned at, second clean unit comprises and is arranged on above frame and the luminous energy compound particle purifier of surrounding.The present invention, under the acting in conjunction of the first clean unit and the second clean unit, makes foul gas purify thoroughly, meanwhile, structure of the present invention is simple, floor space is little, cost is low.
Description
Technical field
The present invention relates to a kind of cleaning treatment system and processing method thereof of foul gas.
Background technology
At present, common odor pollution processing method mainly contains: WATER-WASHING METHOD, absorption process, combustion method, Ozonation, absorption method and bioanalysis etc., and above-mentioned various method pluses and minuses are as follows:
The coverage of foul gas is wide, intractability is high, but, above-mentioned processing method, major part technology is not yet ripe or perfect, not being there is the problem that accommodation is little, poor processing effect, floor space are large, is exactly that investment is large, cost is high, administer and maintain complicated operation and easily produce the drawback of secondary pollution.
Summary of the invention
Problem to be solved by this invention is to overcome the deficiencies in the prior art part, a kind of cleaning treatment system and processing method thereof of foul gas are provided, thoroughly malodor molecule can be decomposed by this system and generate carbon dioxide and water, can not produce secondary pollution, structure is simple simultaneously, floor space is little, cost is low and operation and maintenance is convenient.
The present invention solves its technical problem and takes following technical scheme to realize:
A cleaning treatment system for foul gas, it comprises the first clean unit being arranged on stench source of the gas place and the second clean unit being arranged on the first clean unit surrounding or top,
Wherein the first clean unit comprises the frame being arranged on stench source of the gas place, to be arranged in frame and there is the gas skirt of air inlet and gas outlet, be arranged on the amalgam vapour lamp in gas skirt, be arranged on the deflector at gas skirt air inlet place, and the blast pipe for the gas outlet of gas skirt is connected with the external world, amalgam vapour lamp is arranged in gas skirt along gas skirt length direction, and amalgam vapour lamp can send the ultraviolet light wave of 170 ~ 380nm wave band, the surrounding of air inlet can seal by deflector, and the below of amalgam vapour lamp that deflector is positioned at, foul gas imports in gas skirt smoothly from deflector,
Second clean unit comprises and is arranged on above frame and the luminous energy compound particle purifier of surrounding.
Preferably, gas skirt comprises the first baffle plate, the second baffle be connected with the upper end of the first baffle plate and the third gear plate being separately positioned on the first baffle plate and second baffle both sides that the short transverse along frame is arranged, second baffle comprises the transverse slat be connected with the first baffle plate upper end, the riser being arranged on transverse slat end, first baffle plate, second baffle and third gear plate are spliced into the better purifying space that bottom has opening, the air inlet that its opening is, and air inlet is positioned at the top of stench source of the gas, gas outlet is arranged on transverse slat.Further, amalgam vapour lamp, deflector and gas outlet are arranged according to the length of gas skirt.
According to a concrete enforcement of the present invention and preferred aspect, the height of riser is 1/3 ~ 1/2 of the height of the first baffle plate, and the two ends of deflector are connected on third gear plate, and the both sides of deflector are connected on perpendicular version and the first baffle plate simultaneously.Deflector now can either make the smooth and easy importing of foul gas, can avoid again the light leakage that amalgam vapour lamp distributes.
Further, gas skirt also comprises and is arranged on the brim of a hat plate of riser bottom to gas skirt extension, described the brim of a hat plate comprises the fourth gear plate be connected with riser bottom, the fifth gear plate be connected with the right part of fourth gear plate, fourth gear plate extends to gas skirt outer incline, fifth gear plate is to horizontal-extending in described gas skirt, and the length of fifth gear plate is 1/3 ~ 1/2 of the length of fourth gear plate.The object arranging the brim of a hat plate maximizes foul smell to be collected in gas skirt.
According to another concrete enforcement of the present invention and preferred aspect, deflector comprises connecting plate and guide plate, the bending that the equal symmetry in longitudinal both sides of described guide plate is shaped with, the uniform front end guide plate being fixed with many transverse directions of the front end longitudinal separation of the connecting plate of both sides, the longitudinal uniform rear end guide plate being fixed with many transverse directions of lowering one's standard or status in connecting plate rear end of both sides, front end guide plate and guide plate interval, rear end are oppositely installed, guide plate two ends, multiple front end are all packed between the side plate of front end, multiple rear ends guide plate is packed between the connecting plate of both sides, front end side plate is arranged on connecting plate by multiple bolts of both sides.
Further, preferably, the angle of bending is 138 °, and the sheet width in the middle part of guide plate is 40mm, and both sides bending width is 21mm; Spacing between front end guide plate and rear end guide plate is 34.6mm.
More preferably, front end guide plate is fixed with handrail.Be convenient to installation and removal.
Preferably, above-mentioned luminous energy compound particle purifier comprises the framework with gas feed and outlet, the import being arranged on framework and the deflector at outlet two ends, the first blower fan being arranged on import department and the luminous energy compound particle clarifier be arranged in framework, and wherein luminous energy compound particle clarifier comprises uviol lamp and is around in the wire netting of uviol lamp periphery.
Preferably, uviol lamp is wide spectrum uviol lamp, and its wavelength is 170 ~ 380nm, and normally can work under the high temperature of 100 DEG C; Wire netting is sintered meshwork, and its sintered meshwork is sintered by multiple rare metal and forms, the rare metals such as such as silver, copper, rhodium.
Meanwhile, the present invention, is also provided with luminous energy compound particle clarifier in blast pipe, further by the foul gas dividing decomposing, purifying not yet completely of remnants, can carry out second time and decompose, reach abundant purification; Again by extending along the length direction of blast pipe and being arranged on the second blower fan on the right side of luminous energy compound particle clarifier, make purified gas fast discharged in air.
In addition, the invention still further relates to the purifying treatment method of foul gas, this processing method adopts above-mentioned cleaning treatment system to the purification of foul gas.Concrete processing procedure is as follows:
(1), according to the first clean unit being arranged on stench source of the gas place, by deflector, foul gas is imported in gas skirt smoothly, under the effect of the ultraviolet light wave simultaneously distributed at amalgam vapour lamp, by its molecular chain scission, form micro-, little molecule, meanwhile, excite again the oxygen in air, by further for small for stench molecule cold burning, generate carbon dioxide and water;
(2), simultaneously according to being arranged on above stench source of the gas and surrounding installs the second clean unit, by the second clean unit by fail the foul smell that purifies by the first clean unit, under the effect of luminous energy compound particle purifier, produce the composite purification factor.By molecular diffusion and air flowing, initiatively flutter the noxious pollutant caught in room air, purified treatment is up hill and dale carried out comprehensively to room air;
(3), luminous energy compound particle clarifier is provided with by according to being arranged in blast pipe again, further the gas that the first clean unit is discharged is purified again, the foul gas of decomposing, purifying will be divided in discharge duct not yet completely, carry out second time and decompose, reach and fully purify object.
Advantage of the present invention and good effect are:
Malodor molecule is carried out purified treatment by the first clean unit being arranged on malodor source place by one aspect of the present invention, by the second clean unit, the gas distributed in malodor source surrounding or corner is purified on the other hand, gas in whole space is purified, and thoroughly malodor molecule is decomposed generation carbon dioxide and water, can not produce secondary pollution, structure of the present invention is simple simultaneously, floor space is little, cost is low and operation and maintenance is convenient.
Accompanying drawing explanation
Fig. 1 is the structural representation of the cleaning treatment system of foul gas of the present invention;
Fig. 2 is that schematic diagram is looked on a structure left side for the first clean unit of the present invention;
Fig. 3 is the structural front view of deflector of the present invention;
Fig. 4 is the right view of Fig. 3;
Fig. 5 is that the A-A of Fig. 3 is to cross-sectional view;
Fig. 6 is the structural representation after deflector of the present invention splits.
Fig. 7 is the structure schematic top plan view of the second clean unit of the present invention;
1, frame; 2, gas skirt; 20, air inlet; 21, gas outlet; 22, the first baffle plate; 23, second baffle; 230, transverse slat; 231, riser; 24, third gear plate; 25, the brim of a hat plate; 250, fourth gear plate; 251, fifth gear plate; 3, amalgam vapour lamp; 4, deflector; 40, connecting plate; 41, guide plate; 410, bend; 5, blast pipe; 6, luminous energy compound particle purifier; 60, framework; 600, import; 601, export; 61, the first blower fan; 62, luminous energy compound particle clarifier; 620, uviol lamp; 621, wire netting; 7, front end side plate; 8, bolt; 9, handrail; 10, installing hole; 11, the second blower fan.
Detailed description of the invention
Below in conjunction with accompanying drawing and the invention will be further described by the instantiation of the cleaning treatment system of foul gas, following examples are descriptive, are not determinate, can not limit protection scope of the present invention with this.
As shown in Figures 1 to 7, the cleaning treatment system of the foul gas of the present embodiment, be specifically related to the cleaning treatment system of the foul gas be arranged in garbage house, the cleaning treatment system of above-mentioned foul gas comprises the first clean unit being arranged on stench source of the gas place and the second clean unit being arranged on the first clean unit surrounding or top
Wherein the first clean unit comprises the frame 1 being arranged on stench source of the gas place, to be arranged in frame 1 and there is the gas skirt 2 of air inlet 20 and gas outlet 21, be arranged on the amalgam vapour lamp 3 in gas skirt 2, be arranged on the deflector 4 at gas skirt 2 air inlet 20 place, and the blast pipe 5 for the gas outlet 21 of gas skirt 2 is connected with the external world, wherein amalgam vapour lamp 3 is arranged in gas skirt 2 along gas skirt 2 length direction, and amalgam vapour lamp 3 can send the ultraviolet light wave of 170 ~ 380nm wave band, the surrounding of air inlet 20 can seal by deflector 4, and the below of amalgam vapour lamp 3 that deflector 4 is positioned at, foul gas imports in gas skirt 2 smoothly from deflector 4,
Second clean unit comprises and is arranged on above frame 1 and the luminous energy compound particle purifier 6 of surrounding.
Gas skirt 2 comprises the first baffle plate 22 that the short transverse along frame 1 is arranged, the second baffle 23 be connected with the upper end of the first baffle plate 22, and be separately positioned on the third gear plate 24 of the first baffle plate 22 and second baffle 23 both sides, second baffle 23 comprises the transverse slat 230 be connected with the first baffle plate 22 upper end, be arranged on the riser 231 of transverse slat 230 end, first baffle plate 22, second baffle 23, and third gear plate 24 is spliced into the better purifying space that bottom has opening, the air inlet 20 that its opening is, and air inlet 20 is positioned at the top of stench source of the gas, gas outlet 21 is arranged on transverse slat 230.Further, amalgam vapour lamp 3, deflector 4 and gas outlet 21 are arranged according to the length of gas skirt 2.
The height of above-mentioned riser 231 is 1/3 ~ 1/2 of the height of the first baffle plate 22, and the two ends of deflector 4 are connected on third gear plate 24, and the both sides of deflector 4 are connected on perpendicular version 231 and the first baffle plate 22 simultaneously.Deflector 4 now can either make the smooth and easy importing of foul gas, can avoid again the light leakage that amalgam vapour lamp 3 distributes.
Further, gas skirt 2 also comprises and is arranged on the brim of a hat plate 25 of riser 231 bottom to gas skirt 2 extension, described the brim of a hat plate 25 comprises the fourth gear plate 250 be connected with riser 231 bottom, the fifth gear plate 251 be connected with the right part of fourth gear plate 250, fourth gear plate 250 extends to gas skirt 2 outer incline, fifth gear plate 251 is to horizontal-extending in described gas skirt 2, and the length of fifth gear plate 251 is 1/3 ~ 1/2 of the length of fourth gear plate 250.The object arranging the brim of a hat plate 25 to be maximizedly collected in gas skirt 2 by foul smell.
Above-mentioned deflector 4, comprises connecting plate 40 and guide plate 41, the bending 410 that the equal symmetry in longitudinal both sides of guide plate 41 is shaped with, and bending 410 angle of the present embodiment is 138 °, and in the middle part of guide plate 41, sheet width is 40mm, and both sides bending 410 width is 21mm; The uniform front end guide plate being fixed with many transverse directions of the front end longitudinal separation of the connecting plate 40 of both sides, the longitudinal uniform rear end guide plate being fixed with many transverse directions of lowering one's standard or status in connecting plate 40 rear end of both sides, front end guide plate and guide plate interval, rear end are oppositely installed, and the spacing in the present embodiment between front end guide plate and rear end guide plate is 34.6mm.
Guide plate two ends, described multiple front end are all packed between front end side plate 7, and described multiple rear ends guide plate is packed between the connecting plate 40 of both sides, and front end side plate 7 is arranged on connecting plate 40 by multiple bolts 8 of both sides.
Conveniently dismantle, described front end guide plate is fixed with handrail 9.Described front end side plate 7 and connecting plate 40 are also shaped with corresponding auxiliary mounting hole 10.
In addition, above-mentioned luminous energy compound particle purifier 6 comprises the framework 60 with gas feed 600 and outlet 601, the import 600 being arranged on framework 60 and the deflector 4 at outlet 601 two ends, the first blower fan 61 being arranged on import 600 place and the luminous energy compound particle clarifier 62 be arranged in framework 60, and wherein luminous energy compound particle clarifier 62 comprises uviol lamp 620 and is around in the wire netting 621 of uviol lamp 620 periphery.Uviol lamp 620 in this example is wide spectrum uviol lamp, and its wavelength is 170 ~ 380nm, and normally can work under the high temperature of 100 DEG C; Wire netting 621 is sintered meshwork, and its sintered meshwork is sintered by multiple rare metal and forms, the rare metals such as such as silver, copper, rhodium.
Meanwhile, the present embodiment is also provided with luminous energy compound particle clarifier 62 in blast pipe 5, further by the foul gas dividing decomposing, purifying not yet completely of remnants, can carry out second time and decompose, reach abundant purification; Again by extending along the length direction of blast pipe 5 and being arranged on the second blower fan 11 on the right side of luminous energy compound particle clarifier 62, make purified gas fast discharged in air, in this example, the second blower fan 11 is positioned at the 3m place on the right side of luminous energy compound particle clarifier 62.
The purifying step of the cleaning treatment system of the present embodiment is as follows:
(1), according to the first clean unit being arranged on stench source of the gas place, by deflector, foul gas is imported in gas skirt smoothly, under the ultraviolet light wave effect simultaneously sent at amalgam vapour lamp, by its molecular chain scission, form micro-, little molecule, meanwhile, excite again the oxygen in air, by further for small for stench molecule cold burning, generate carbon dioxide and water;
(2), simultaneously according to being arranged on above stench source of the gas and surrounding installs the second clean unit, by the second clean unit by fail the foul smell that purifies by the first clean unit, under the effect of luminous energy compound particle purifier, produce the composite purification factor.By molecular diffusion and air flowing, initiatively flutter the noxious pollutant caught in room air, purified treatment is up hill and dale carried out comprehensively to room air;
(3), luminous energy compound particle clarifier is provided with by according to being arranged in blast pipe again, further the gas that the first clean unit is discharged is purified again, the foul gas of decomposing, purifying will be divided in discharge duct not yet completely, carry out second time and decompose, reach and fully purify object.
In sum, malodor molecule is carried out purified treatment by being arranged on malodor source place first clean unit by one aspect of the present invention, the concrete ultraviolet light wave given out by amalgam vapour lamp excites malodor molecule, by its molecular chain scission, form micro-, little molecule, meanwhile, excite again the oxygen in air, by further for small for stench molecule cold burning, generate carbon dioxide and water; According to the actual needs multiple second clean unit is distributed in indoor on the other hand, by the second clean unit, the gas distributed in malodor source surrounding or corner is purified, concrete uviol lamp by light-energy particle clarifier and wire netting, produce photoelectric effect, transfer process from light to electricity, produces the composite purification factor comprising hydrogen peroxide ions, hydroxyl ion, superoxide ion and pure state anion etc.By molecular diffusion and air flowing, initiatively flutter the noxious pollutant caught in room air, purified treatment is up hill and dale carried out comprehensively to room air.This type of composite purification factor, the bacterium more than 90% in air, virus and mould can be killed rapidly, and volatile organic matter and peculiar smell such as comprising formaldehyde, benzene, TVOC gas can be decomposed, the anion simultaneously generated can also be eliminated the suspended particulate substance in air and remove peculiar smell.This type of high-level oxidation technology and photocatalysis technology, generate hydroxyl, hydrogen peroxide, ozonide, the purification factors such as superoxides are the strongest cleansers, and organic carbon molecule with nearly all organic matter generation chain reaction, can be peeled off from organic molecule by one by one, be oxidized to harmless carbon dioxide, until organic matter is thoroughly decomposed into water and carbon dioxide.Gas in whole space is purified thoroughly, simultaneously, the present invention is also provided with luminous energy compound particle clarifier and blower fan in blast pipe, can further by the foul gas dividing decomposing, purifying not yet completely of remnants, carry out second time to decompose, reach abundant purification, then under the second fan action, discharged to outdoor.In addition, structure of the present invention is simple, floor space is little, cost is low and operation and maintenance convenient.
Is being provided with the indoor of luminous energy compound particle clarifier, is planting pollutant by more than ten and can mix fully and then pass into indoor, continuing 4 hours, then with gas chromatograph test, result is as follows:
| Compound | Peculiar smell | Abatement rate (4 hours) |
| Hydrogen sulfide | Rotten egg | 80% |
| Methyl mercaptan | The cabbage of rotting | 100%+ |
| Carbon disulfide | Vegetables sulfide | 30% |
| Methyl methacrylate | Plastic cement | 100%+ |
Above-mentioned example, only for technical conceive of the present invention and feature are described, its object is to person skilled in the art can be understood content of the present invention and implement according to this, can not limit the scope of the invention with this.All equivalent transformations of doing according to Spirit Essence of the present invention or modification, all should be encompassed within protection scope of the present invention.
Claims (8)
1. a cleaning treatment system for foul gas, is characterized in that: described cleaning treatment system comprises the first clean unit being arranged on stench source of the gas place and the second clean unit being arranged on described first clean unit surrounding or top,
The first described clean unit comprises the frame being arranged on stench source of the gas place, to be arranged in described frame and there is the gas skirt of air inlet and gas outlet, be arranged on the amalgam vapour lamp in described gas skirt, be arranged on the deflector at described gas skirt air inlet place, and the blast pipe for the gas outlet of described gas skirt is connected with the external world, described amalgam vapour lamp is arranged in described gas skirt along described gas skirt length direction, and described amalgam vapour lamp can send the ultraviolet light wave of 170 ~ 380nm wave band, the surrounding of described air inlet can seal by described deflector, and described deflector is positioned at the below of described amalgam vapour lamp, foul gas imports in described gas skirt from described deflector smoothly, described deflector comprises connecting plate and guide plate, the bending that the equal symmetry in longitudinal both sides of described guide plate is shaped with, the uniform front end guide plate being fixed with many transverse directions of the front end longitudinal separation of the connecting plate of both sides, the longitudinal uniform rear end guide plate being fixed with many transverse directions of lowering one's standard or status in connecting plate rear end of both sides, front end guide plate and guide plate interval, rear end are oppositely installed, guide plate two ends, described multiple front end are all packed between the side plate of front end, described multiple rear ends guide plate is packed between the connecting plate of both sides, front end side plate is arranged on connecting plate by multiple bolts of both sides,
The second described clean unit comprises and is arranged on above described frame and the luminous energy compound particle purifier of surrounding, described luminous energy compound particle purifier comprises the framework with gas feed and outlet, be arranged on the import of described framework and the described deflector at outlet two ends, be arranged on the first blower fan of described import department, and the luminous energy compound particle clarifier be arranged in described framework, described luminous energy compound particle clarifier comprises uviol lamp and is around in the wire netting of described uviol lamp periphery, described uviol lamp is wide spectrum uviol lamp, its wavelength is 170 ~ 380nm, and normally can work under the high temperature of 100 DEG C, described wire netting is sintered meshwork, and its sintered meshwork is sintered by multiple rare metal and forms.
2. the cleaning treatment system of foul gas according to claim 1, it is characterized in that: described gas skirt comprises the first baffle plate that the short transverse along described frame is arranged, the second baffle be connected with the upper end of described first baffle plate, and be separately positioned on the third gear plate of described first baffle plate and described second baffle both sides, described second baffle comprises the transverse slat be connected with described first baffle plate upper end, be arranged on the riser of described transverse slat end, the first described baffle plate, described second baffle, and described third gear plate is spliced into the better purifying space that bottom has opening, the described air inlet that described opening is, and described air inlet is positioned at the top of described stench source of the gas, described gas outlet is arranged on described transverse slat.
3. the cleaning treatment system of foul gas according to claim 2, is characterized in that: the height of described riser is 1/3 ~ 1/2 of the height of described first baffle plate.
4. the cleaning treatment system of the foul gas according to Claims 2 or 3, it is characterized in that: described gas skirt also comprises and is arranged on the brim of a hat plate of described riser bottom to described gas skirt extension, described the brim of a hat plate comprises the fourth gear plate be connected with described riser bottom, the fifth gear plate be connected with the right part of described fourth gear plate, described fourth gear plate extends to described gas skirt outer incline, described fifth gear plate is to horizontal-extending in described gas skirt, and the length of described fifth gear plate is 1/3 ~ 1/2 of the length of described fourth gear plate.
5. the cleaning treatment system of foul gas according to claim 1, is characterized in that: the angle of described bending is 138 °, and the sheet width in the middle part of described guide plate is 40mm, and both sides bending width is 21mm; Spacing between front end guide plate and rear end guide plate is 34.6mm.
6. the cleaning treatment system of foul gas according to claim 1 or 5, is characterized in that: described front end guide plate is fixed with handrail.
7. the cleaning treatment system of foul gas according to claim 1, it is characterized in that: in described blast pipe, be also provided with described luminous energy compound particle clarifier, and extend along the length direction of described blast pipe and be arranged on the second blower fan on the right side of described luminous energy compound particle clarifier.
8. a purifying treatment method for foul gas, is characterized in that: the cleaning treatment system any one of described processing method employing claim 1 to 7 described in claim is to the purification of foul gas.
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| CN201310450100.XA CN103495332B (en) | 2013-09-27 | 2013-09-27 | A kind of cleaning treatment system of foul gas and processing method thereof |
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| CN201310450100.XA CN103495332B (en) | 2013-09-27 | 2013-09-27 | A kind of cleaning treatment system of foul gas and processing method thereof |
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| CN105983334B (en) * | 2015-02-16 | 2018-10-30 | 江苏朗逸环保科技有限公司 | A kind of foul gas cleaning treatment system and its processing method |
| CN106345277A (en) * | 2016-10-12 | 2017-01-25 | 宋少华 | Device for lifting interior wall surface and purifying harmful gases |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101837142A (en) * | 2010-05-07 | 2010-09-22 | 北京昊海天际科技有限公司 | Photolytic deodorization device and method |
| CN203507796U (en) * | 2013-09-27 | 2014-04-02 | 苏州朗逸环保科技有限公司 | Malodorous gas purification system |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101837142A (en) * | 2010-05-07 | 2010-09-22 | 北京昊海天际科技有限公司 | Photolytic deodorization device and method |
| CN203507796U (en) * | 2013-09-27 | 2014-04-02 | 苏州朗逸环保科技有限公司 | Malodorous gas purification system |
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