CN208893856U - High-efficiency refuse deodoration system - Google Patents
High-efficiency refuse deodoration system Download PDFInfo
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- CN208893856U CN208893856U CN201821492597.6U CN201821492597U CN208893856U CN 208893856 U CN208893856 U CN 208893856U CN 201821492597 U CN201821492597 U CN 201821492597U CN 208893856 U CN208893856 U CN 208893856U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters
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Abstract
The utility model relates to a kind of high-efficiency refuse deodoration systems, and the system comprises exhaust gas introducing device and emission-control equipments;The exhaust gas introducing device includes gas delivery tube (100) and blower (200), rubbish exhaust gas enters gas delivery tube (100) in the case where blower (200) act on, and rubbish exhaust gas is introduced into subsequent emission-control equipment;The emission-control equipment includes elution room (300) and the treating column (400) of horizontal series winding, rubbish exhaust gas is entered by elution room (300), is discharged after processing by the exhaust outlet (440) for the treatment of column (400).Rubbish deodoration system passes through particle filtering, elution deodorization, ultraviolet degerming, material absorption/biodegrade in the utility model, multi-functional unit synergy, the removal of stink in rubbish exhaust gas is effectively realized, while the setting of each deodorization unit is rationally, device overall operation is easy.
Description
Technical field
The utility model relates to rubbish field of deodorization more particularly to a kind of high-efficiency refuse deodoration systems.
Background technique
With the improvement of people's living standard in our country, Municipal Domestic Garbage Output also increased severely with day, by the end of 2017
Bottom is 200,000,000 tons, and wherein sanitary landfills and burning are still garbage disposal major way.House refuse complicated component, containing a large amount of
Degradable organic matter, therefore in waste transportation and storing process, rubbish constantly degenerates degradation, a large amount of toxic gases are generated,
Such as hydrogen sulfide, ammonia, methyl mercaptan, methyl sulfide and benzene homologues seriously affect the daily life of the resident on rubbish periphery, simultaneously
It is exposed in this environment, can also produce serious influence to human body for a long time.Requirement with people to living environment is increasingly
Height, eliminating foul gas caused by rubbish becomes important one of environmental protection work content.Current deodorizing device face mostly
Face the problems such as structure is complicated or function is more single, and deodorizing process is not thorough.It is directed to the above problem thus, it is necessary to grind
It is more practical to send out a kind of, efficient rubbish deodoration system.
Utility model content
In order to solve the above-mentioned technical problem, present inventor has performed sharp studies, provide a kind of rubbish deodorization device, lead to
Filtering particle, elution deodorization, ultraviolet degerming, material absorption/biodegrade, multi-functional unit synergy effectively realize
The removal of refuse odor, while the setting of each deodorization unit is rationally, device overall operation is easy, to complete the utility model.
The purpose of this utility model is to provide following technical schemes:
(1) a kind of rubbish deodoration system, the system comprises exhaust gas introducing device and emission-control equipments;
The exhaust gas introducing device includes gas delivery tube 100 and blower 200, rubbish exhaust gas under the effect of blower 200 into
Enter gas delivery tube 100, and rubbish exhaust gas is introduced into subsequent emission-control equipment;
The emission-control equipment includes elution room 300 and the treating column 400 of horizontal series winding, and rubbish exhaust gas is by eluting room
300 enter, and are discharged after processing by the exhaust outlet 440 for the treatment of column 400;
The elution room 300 is locking device, elutes and installs spray head 310 at the top of room 300, is washed away by the deodorant liquid of sprinkling
The ingredient of stink is generated in the rubbish exhaust gas being passed through, and reduces the amount in gas;
The treating column 400 successively includes the parallel drying unit 410 of vertical series, light processing unit 420 from the bottom to top
With absorbing unit 430, water-absorbent material is filled in drying unit 410, for adsorbing the water taken out of in rubbish exhaust gas by eluting room 300
Point;Ultraviolet lamp 421 is set in light processing unit 420, for the degradation of organic matter in gas and the inactivation of microorganism;The absorption
Filling adsorption material in unit 430 carries out depth to rubbish exhaust gas for adsorbing the gas componant for generating stink in rubbish exhaust gas
Purification.
According to a kind of high-efficiency refuse deodoration system provided by the utility model, have the advantages that
(1) rubbish deodoration system in the utility model, structure is simple, and multi-functional unit, which is connected, to be used in combination, feature-rich, effectively
Improve deodorizing capability in ground;
(2) in the utility model, filter chamber's filler preferably uses biological activated carbon, passes through activated carbon adsorption and microorganism generation
It thanks and more effectively improves deodorizing capability.
(3) in the utility model, rubbish exhaust gas is handled using Photoxidation Methods, improves equipment for rubbish exhaust gas
The processing capacity of middle hardly degraded organic substance.
(4) in the utility model, discharge outlet connects automated monitor, is capable of the operation shape of real-time monitoring deodoration system
State.
Detailed description of the invention
Fig. 1 shows the rubbish deodoration system structural schematic diagram in embodiment 1;
Fig. 2 shows the ultraviolet lamp in embodiment 1-cannula structure schematic diagrames;
Fig. 3 shows the rubbish deodoration system structural schematic diagram in embodiment 2.
Drawing reference numeral explanation:
100- gas delivery tube;
200- blower;
300- elutes room;
310- spray head;
320- water pump;
330- diversion pipe;
340- silk screen;
350- " V " type diversion trench;
400- treating column;
410- drying unit;
420- light processing unit;
421- ultraviolet lamp;
422- porous barrier;
423- casing;
424- airtight and watertight padding;
430- absorbing unit;
431- flow-stopping plate;
440- exhaust outlet;
500- garbage transfer room;
600- Rose Box;
700- pigeon-holed wall;
800- automated watch-keeping facility.
Specific embodiment
It is described in detail below by the utility model, the characteristics of the utility model and advantage will be with these explanations
And it becomes more apparent from, is clear.
Dedicated word " exemplary " means " being used as example, embodiment or illustrative " herein.Here as " exemplary "
Illustrated any embodiment should not necessarily be construed as preferred or advantageous over other embodiments.Although each of embodiment is shown in the attached drawings
In terms of kind, but unless otherwise indicated, it is not necessary to attached drawing drawn to scale.
As depicted in figs. 1 and 2, the purpose of this utility model is to provide a kind of high-efficiency refuse deodoration system, the system
System includes exhaust gas introducing device and emission-control equipment;
The exhaust gas introducing device includes gas delivery tube 100 and blower 200, rubbish exhaust gas under the effect of blower 200 into
Enter gas delivery tube 100, and rubbish exhaust gas is introduced into subsequent emission-control equipment;
The emission-control equipment includes elution room 300 and the treating column 400 of horizontal series winding, and rubbish exhaust gas is by eluting room
300 enter, and are discharged after processing by the exhaust outlet 440 for the treatment of column 400;
The elution room 300 is locking device, elutes and installs spray head 310 at the top of room 300, is washed away by the deodorant liquid of sprinkling
The ingredient of stink is generated in the rubbish exhaust gas being passed through, and reduces the amount in gas.It, can be by water when deodorant liquid is water
The removal of soluble substance (such as ammonia, hydrogen sulfide);When deodorant liquid is acidic liquid, alkaline gas ingredient such as ammonia can be gone
It removes, it, can be by acid gas component such as hydrogen sulfide removal when deodorant liquid is akaline liquid (such as aqueous sodium hypochlorite solution);
The treating column 400 successively includes the parallel drying unit 410 of vertical series, light processing unit 420 from the bottom to top
With absorbing unit 430, water-absorbent material is filled in drying unit 410, for adsorbing the water taken out of in rubbish exhaust gas by eluting room 300
Point;Ultraviolet lamp 421 is set in light processing unit 420, and the degradation and microorganism for organic matter (such as benzene homologues) in gas (are such as detested
Oxygen bacterium) inactivation;Filling adsorption material in the absorbing unit 430, for adsorb in rubbish exhaust gas generate stink gas at
Point, deep purifying is carried out to rubbish exhaust gas.
In the utility model, the nozzle of gas delivery tube 100 is able to enter garbage transfer room 500, and then makes in rubbish
Turn room 500 to be connected with rubbish deodoration system.Preferably, the nozzle of gas delivery tube 100 is mounted on the upper of garbage transfer room 500
Portion, convenient for collecting the exhaust gas generated in garbage transfer room 500.Wherein, the garbage transfer room 500 is for waste transportation and to deposit
The device of storage.
In the utility model, Rose Box 600 is set behind the front of blower 200 or blower 200 so that rubbish exhaust gas into
It is passed through Rose Box 600 in advance before entering to elute room 300, filters out most solid particulate matters in rubbish exhaust gas.
In a preferred embodiment, light porous material is filled in the Rose Box 600, as lightweight filters
Cotton plays the role of filtering out to solid particle.
In the present invention, rubbish exhaust gas is passed through by eluting 300 lower part of room.
The fixed water pump 320 in 300 top of room or other positions is eluted, deodorant liquid is sent by spray head 310 by diversion pipe 330,
Elution room 300 is sprayed into after 310 shunting function of spray head.
In a preferred embodiment, 310 quantity of spray head for eluting room 300 is one or more, and preferred amount is extremely
Less it is 4, sprays range to increase spray head 310.
In a preferred embodiment, the temperature of the deodorant liquid sprayed in the elution room 300 is 40~60 DEG C,
At this temperature, deodorant liquid can generate vapor, and vapor fills in fountain space, increase and generate stink in gas
The time of contact of solid particle in ingredient and rubbish exhaust gas generates the ingredient and solid particle of stink conducive to sedimentation.
In a preferred embodiment, it is laterally fixed with a floor silk screen 340 in the elution room 300, alternatively, elution
It is laterally fixed with multi-layer silk screen 340 in room 300, there is between multi-layer silk screen setting spacing in a longitudinal direction.It is preferably provided with more
Layer silk screen.Silk screen 340 is with porous mesh, such as wire mesh or fibre web.The setting of silk screen and silk screen it is porous
Feature enables the deodorant liquid under spray to form one or more layers liquid film in elution 300 space of room, and the presence of liquid film increases
Time of contact and the contact area of gas and liquid are conducive to improve odor removal efficient.
In the present invention, " V " type diversion trench 350 is arranged in 300 bottom of elution room, the deodorant liquid convergence under spraying
In " V " type diversion trench 350, room 300 is eluted convenient for export in time, conducive to the cleaning and maintenance of elution room 300." V " type water conservancy diversion
The ramp slope of slot 350 is 5 °~45 °, preferably 5 °~15 °.
It in the utility model, elutes and is connected between room 300 and treating column 400 by pipeline, particularly, through eluting room
The rubbish exhaust gas being discharged after 300 processing is passed through treating column by upper part (being more than setting height, at sprinkler height) discharge
400 bottoms are discharged by 400 top vent 440 for the treatment of column after processing.
In the utility model, drying unit 410, light processing unit 420 and absorbing unit 430 are mutually indepedent and allow gas
Circulation.It is connected between drying unit 410, light processing unit 420 and absorbing unit 430 by pipeline, or in drying unit
410, pigeon-holed wall 700 is constructed between light processing unit 420 and absorbing unit 430 respectively, it is empty that connection two sides are opened up on pigeon-holed wall 700
Between multiple longitudinal holes.It is preferred that being connected to using pigeon-holed wall 700.Compared to special setting pipeline, 700 structure of pigeon-holed wall is simple,
Occupied space is few, and by the number or size of through-hole on control pigeon-holed wall 700, conveniently adjusted gas enters subsequent processing
The flow of unit.
In a kind of preferred embodiment of the utility model, the water-absorbent material filled in drying unit 410 is selected from water suction
Resin, anhydrous calcium chloride, silica gel etc., these water-absorbent materials reuse after can drying.
In the present invention, the number of the ultraviolet lamp 421 in light processing unit 420 is one or more, preferably more
It is a.The ultraviolet lamp 421 being arranged in light processing unit 420 is the ultraviolet lamp tube with certain length.
In a preferred embodiment, the inner wall surface of light processing unit 420 is covered with catalysis material coating, such as
Titanium dioxide, zinc oxide, cadmium sulfide, tin oxide or oxidation tungsten coating, preferably coating of titanium dioxide.Catalysis material coating
Setting greatly improves organic matter degradation efficiency.
Further, one or more porous barriers 422 are laterally set in light processing unit 420, by light processing unit 420
The spaces that multiple permission gases circulate are divided into, include at least one ultraviolet lamp 421 in each space, and light processing unit 420
Inner wall surface and 422 surface of porous barrier be covered with catalysis material coating;Or
Longitudinally disposed one or more porous barrier 422, light processing unit 420 is divided into more in light processing unit 420
A space for allowing gas to circulate, includes at least one ultraviolet lamp 421 in each space, and the inner wall table of light processing unit 420
Face and 422 surface of porous barrier are covered with catalysis material coating.The increase on photocatalysis coating surface further ensures exhaust gas
In bacteria inactivation rate and organic matter degradation efficiency.
In another preferred embodiment, the number of ultraviolet lamp 421 is multiple.It is arranged with outside each ultraviolet lamp 421
Inner wall is coated with the casing 423 of catalysis material coating, and each casing 423 is longitudinal parallel fixed.
Casing 423 can be various shape, such as prism-shaped, cylindric, irregular curved tube shape, be arranged ultraviolet lamp to be able to achieve
421, promote to be not specifically limited herein subject to organic matter degradation and bacteria inactivation rate function.
When drying unit 410 and light processing unit 420 pass through pipeline rubbish exhaust gas, which respectively gives up rubbish
Gas is sent in each casing 423.
When drying unit 410 and light processing unit 420 allow rubbish exhaust gas to circulate by pigeon-holed wall 700, under casing 423
End is contacted with pigeon-holed wall 700, and the longitudinal hole on pigeon-holed wall 700 is each fallen in each casing 423.
Preferably, it is filled out there are when gap by filling sealed filler 424 between 420 inner wall of casing 423 and light processing unit
Gap is filled, which is lightweight gas impermeable material, such as various slurries.
In the present invention, the adsorbent material filled in absorbing unit 430 is active carbon, and preferably load has deodorization thin
The active carbon of bacterium, i.e. biological activated carbon.
Wherein, deodorization bacterium is aerobic bacteria, can include but is not limited to nitrobacteria (nitrite bacteria and/or nitric acid
Bacterium), the green bacterium of mud of dwelling, change sulphur Thiobacillus, grate sulfur thiobacillus, Thiobacillus ferrooxidans, thiobacillus denitrificans.Aerobic bacteria is as thin in nitrified
The reason of bacterium can eliminate the anaerobic bacteria often generated in rubbish, and anaerobic bacteria is exactly rubbish emitting offensive odor.It is important due to foul smell
Source is ammonia and hydrogen sulfide, and sulfur bacteria is preferably denitrogenated and remove to deodorization bacterium.
Meanwhile deodorization bacterium can pass through carrier combined techniques (such as Chen Chaohui, charcoal and its micro- life of immobilization such as culvert
Deodorization synergistic effect (English) [J] science and technology and engineering of the object to garbage compost, 2013,13 (32): 9592-9597+
9618. record methods) it is fixed on charcoal, odor removal efficient is improved by charcoal absorption and microbial metabolism combination.
In a preferred embodiment, one or more flow-stopping plates 431 are laterally fixed in absorbing unit 430, it is excellent
Multiple flow-stopping plates 431 are selected as, more preferable multiple flow-stopping plates 431 are set as multirow, each row baffle on rubbish exhaust gas circulating direction
The dislocation arrangement of plate 431, enables rubbish exhaust gas to be stopped in circulation by flow-stopping plate 431, slows down the rubbish exhaust gas currency,
Increase rubbish exhaust flow path journey, is come into full contact with convenient for rubbish exhaust gas with adsorbent material, the round-trip tortuous stream in absorbing unit 430
After logical, it is discharged by exhaust outlet 440.
Flow-stopping plate 431 may be mounted on the inner wall of absorbing unit 430 and then be inserted into adsorbent material, be also possible to not solid
Due on the inner wall of absorbing unit 430, only simple activity is assigned into adsorbent material.
In the present invention, exhaust outlet 440 is connect with automated watch-keeping facility 800, is measured by automated watch-keeping facility 800
The ingredient and content of gas is discharged, convenient for the operating status of real-time monitoring rubbish deodorization device.What is connected on exhaust outlet 440 is automatic
Monitoring device 800 can be small and exquisite or Portable Automatic monitoring device, such as the auspicious PGM-2500 gas detecting instrument of China, the U.S., Huo Zhe great
The automated watch-keeping facility of type, such as VOCs on-line automatic monitoring system (the same development in science and technology Co., Ltd in Tianjin).
Embodiment
Embodiment 1
As shown in Figure 1, a kind of rubbish deodoration system, the system mainly includes gas delivery tube 100, Rose Box 600, wind
Machine 200, elution room 300 and treating column 400.The top of the access of gas delivery tube 100 garbage transfer room 500.Rose Box 600
Left end is connected with gas delivery tube 100, and right end accesses blower 200, the right end access elution room 300 of blower 200.
Elution 300 top of room is evenly arranged spray head 310, and the fixed water pump 320 in top is sent deodorant liquid by diversion pipe 330
Enter spray head 310, elution room 300 is sprayed into after 310 shunting function of spray head.It elutes 300 lower part of room and is equipped with " V " type that the gradient is 5 °
Diversion trench 350.
The air inlet for the treatment of column 400 is located at the lower part for the treatment of column 400.Treating column 400 includes drying unit from top to bottom
410, light processing unit 420 and absorbing unit 430.It is constructed between drying unit 410, light processing unit 420 and absorbing unit 430
Pigeon-holed wall 700 allows rubbish exhaust gas to circulate.
As shown in Fig. 2, being equipped with multiple ultraviolet lamps 421 in light processing unit 420, ultraviolet lamp 421 is ultraviolet lamp tube.Each
The casing 423 that inner wall is coated with catalysis material coating of titanium dioxide is arranged with outside ultraviolet lamp 421, each casing 423 is longitudinal parallel solid
It is fixed.423 lower end of casing is contacted with pigeon-holed wall 700, and the longitudinal hole on pigeon-holed wall 700 is each fallen in each casing 423.Casing 423
The existing gap between 420 inner wall of light processing unit is filled by filling sealed filler 424.
The filler that drying unit 410 is filled is mainly water-absorbing resin.Absorbing unit 430 is filled with biological activated carbon.Exhaust
Mouth 440 is located at the top for the treatment of column, and the exhaust outlet 440 is connected with automated watch-keeping facility.
Specifically, in use, the effect through blower 200, enters Rose Box 600 for the rubbish exhaust gas of garbage transfer room 500,
Rose Box 600 carries out preliminary filtering to rubbish exhaust gas, filters out of dust and impurity, is sent to elution room 300, deodorant liquid later
It is sent to spray head 310 by water pump 320, ring waste is drained into outside elution room 300 through " V " type diversion trench 350 and is handled.
Enter treating column 400 from lower part through elution treated for room 300 gas, first passes through drying unit 410 and be dried, through pigeon-holed wall
After 700 water conservancy diversion, into light processing unit 420.Rubbish exhaust gas is urged by ultraviolet lamp 421 and the lower progress light of coating of titanium dioxide effect
Change oxidation, enters absorbing unit 430 later.Gas is further processed by the absorption and microorganism of active carbon, it
The operating status of real-time monitoring system is carried out by the automated watch-keeping facility 800 of connection exhaust outlet 440 afterwards.
Embodiment 2
As shown in figure 3, a kind of rubbish deodoration system, the system mainly includes gas delivery tube 100, Rose Box 600, wind
Machine 200, elution room 300 and treating column 400.The top of the access of gas delivery tube 100 garbage transfer room 500.Rose Box 600
Left end is connected with gas delivery tube 100, and right end accesses blower 200, the right end access elution room 300 of blower 200.
Elution 300 top of room is evenly arranged spray head 310, and the fixed water pump 320 in top is sent deodorant liquid by diversion pipe 330
Enter spray head 310, elution room 300 is sprayed into after 310 shunting function of spray head.The temperature of deodorant liquid sprayed in elution room 300 is
50 DEG C, deodorant liquid is aqueous sodium hypochlorite solution.It elutes 300 lower part of room and is equipped with " V " the type diversion trench 350 that the gradient is 5 °.
Elution is laterally fixed with two layers of stainless steel cloth 340 in room 300, and the deodorant liquid under spray is enabled to elute room
Two layers of liquid film is formed in 300 spaces, increases time of contact and the contact area of rubbish exhaust gas and liquid.
The air inlet for the treatment of column 400 is located at the lower part for the treatment of column 400.Treating column 400 includes drying unit from top to bottom
410, light processing unit 420 and absorbing unit 430.It is constructed between drying unit 410, light processing unit 420 and absorbing unit 430
Pigeon-holed wall 700 allows rubbish exhaust gas to circulate.
Ultraviolet lamp 421, transverse direction in light processing unit 420 are mounted in top and four peripheral wall surfaces in light processing unit 420
One porous barrier 422 is set, light processing unit 420 is divided into two spaces for allowing gas to circulate, each space Zhong Bao
Containing at least one ultraviolet lamp 421, and the inner wall surface of light processing unit 420 and 422 surface of porous barrier are covered with photocatalysis material
Expect coating of titanium dioxide.
The filler that drying unit 410 is filled is mainly water-absorbing resin.Absorbing unit 430 is filled with biological activated carbon.It is inhaling
It is five flow-stopping plates 431 being laterally arranged that plane is fixed in coupon member 430, and five flow-stopping plates 431 are in rubbish exhaust gas circulation side
It sets up as two rows, three flow-stopping plates 431 is set in the first row, two flow-stopping plates, two row flow-stopping plates 431 are set in the second row
Dislocation arrangement.
Exhaust outlet 440 is located at the top for the treatment of column 400, and the exhaust outlet 440 is connected with automated watch-keeping facility 800.
Specific embodiment and/or exemplary example and attached drawing is combined to carry out specifically the utility model above
It is bright, but these explanations can not be construed as a limitation of the present invention.It will be appreciated by those skilled in the art that without departing from this reality
In the case where with novel spirit and scope, a variety of equivalences can be carried out to technical solutions of the utility model and embodiments thereof and replaced
It changes, modify or improves, these each fall in the scope of the utility model.The protection scope of the utility model is with appended claims
Subject to.
Claims (10)
1. high-efficiency refuse deodoration system, which is characterized in that the system comprises exhaust gas introducing device and emission-control equipments;
The exhaust gas introducing device includes gas delivery tube (100) and blower (200), under rubbish exhaust gas is acted in blower (200)
Subsequent emission-control equipment is introduced into gas delivery tube (100), and by rubbish exhaust gas;
The emission-control equipment includes elution room (300) and the treating column (400) of horizontal series winding, and rubbish exhaust gas is by eluting room
(300) enter, be discharged after processing by the exhaust outlet (440) for the treatment of column (400);
The elution room (300) is locking device, installs spray head (310) at the top of elution room (300), is washed by the deodorant liquid of sprinkling
It goes in the rubbish exhaust gas being passed through to generate the ingredient of stink, and reduces the amount in gas;
The treating column (400) successively includes the parallel drying unit (410) of vertical series, light processing unit from the bottom to top
(420) and absorbing unit (430) water-absorbent material, is filled in drying unit (410), for adsorbing in rubbish exhaust gas by eluting room
(300) moisture taken out of;Ultraviolet lamp (421) are set in light processing unit (420), degradation and micro- life for organic matter in gas
The inactivation of object;Filling adsorption material in the absorbing unit (430), for adsorb in rubbish exhaust gas generate stink gas at
Point, deep purifying is carried out to rubbish exhaust gas.
2. high-efficiency refuse deodoration system according to claim 1, which is characterized in that in blower (200) front or blower
(200) Rose Box (600) are set below, light porous material are filled in Rose Box (600), to solid particle in rubbish exhaust gas
Substance is filtered out.
3. high-efficiency refuse deodoration system according to claim 1, which is characterized in that rubbish exhaust gas is by under elution room (300)
Portion is passed through;
It is multiple for eluting spray head (310) quantity of room (300);
A floor silk screen (340) is laterally fixed in elution room (300);Alternatively, being laterally fixed with multi-layer silk screen in elution room (300)
(340), there is between multi-layer silk screen setting spacing in a longitudinal direction.
4. high-efficiency refuse deodoration system according to claim 1, which is characterized in that the setting of the elution room (300) bottom
" V " type diversion trench (350), the deodorant liquid under spraying converge in " V " type diversion trench (350), export elution room (300).
5. high-efficiency refuse deodoration system according to claim 1, which is characterized in that drying unit (410), light processing unit
(420) and absorbing unit (430) is mutually indepedent and permission gas circulates;
It is connected between drying unit (410), light processing unit (420) and absorbing unit (430) by pipeline;Alternatively, in drying
It is constructed respectively pigeon-holed wall (700) between unit (410), light processing unit (420) and absorbing unit (430), on pigeon-holed wall (700)
Open up multiple longitudinal holes in connection two sides space.
6. high-efficiency refuse deodoration system according to claim 5, which is characterized in that ultraviolet in light processing unit (420)
The number of lamp (421) is one or more, and the inner wall surface of light processing unit (420) is covered with catalysis material coating.
7. high-efficiency refuse deodoration system according to claim 5, which is characterized in that the number of ultraviolet lamp (421) is multiple;
The casing (423) that inner wall is coated with catalysis material coating is arranged with outside each ultraviolet lamp (421), each casing (423) is longitudinal
It is parallel fixed.
8. high-efficiency refuse deodoration system according to claim 7, which is characterized in that when drying unit (410) and light processing
When unit (420) passes through pipeline rubbish exhaust gas, which is respectively sent to rubbish exhaust gas in each casing (423);
When drying unit (410) and light processing unit (420) allow rubbish exhaust gas to circulate by pigeon-holed wall (700), casing
(423) lower end is contacted with pigeon-holed wall (700), and the longitudinal hole on pigeon-holed wall (700) is each fallen in each casing (423).
9. high-efficiency refuse deodoration system according to claim 1, which is characterized in that the suction filled in absorbing unit (430)
Enclosure material, which is negative, is loaded with the active carbon of deodorization bacterium.
10. high-efficiency refuse deodoration system according to claim 1, which is characterized in that exhaust outlet (440) and automatic monitoring fill
(800) connection is set, the ingredient and content of discharge gas are measured by automated watch-keeping facility (800).
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Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111167282A (en) * | 2020-01-10 | 2020-05-19 | 东莞世皓新材料生物科技有限公司 | Exhaust gas treatment device, exhaust gas treatment method, and exhaust gas treatment agent |
CN111672293A (en) * | 2020-06-12 | 2020-09-18 | 江苏悦风科技有限公司 | Kitchen waste treatment system and kitchen waste machine |
CN112156629A (en) * | 2020-10-13 | 2021-01-01 | 中国农业大学 | Assembled multistage deodorization nitrogen-retaining device applied to composting system |
CN114307624A (en) * | 2021-12-27 | 2022-04-12 | 中建八局第三建设有限公司 | Low-carbon energy-saving environment-friendly sewage well deodorization system and deodorization method |
CN116924557A (en) * | 2023-08-10 | 2023-10-24 | 杭州永邦环保科技有限公司 | Biological deodorization equipment of sewage |
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2018
- 2018-09-12 CN CN201821492597.6U patent/CN208893856U/en not_active Expired - Fee Related
Cited By (6)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111167282A (en) * | 2020-01-10 | 2020-05-19 | 东莞世皓新材料生物科技有限公司 | Exhaust gas treatment device, exhaust gas treatment method, and exhaust gas treatment agent |
CN111672293A (en) * | 2020-06-12 | 2020-09-18 | 江苏悦风科技有限公司 | Kitchen waste treatment system and kitchen waste machine |
CN112156629A (en) * | 2020-10-13 | 2021-01-01 | 中国农业大学 | Assembled multistage deodorization nitrogen-retaining device applied to composting system |
CN114307624A (en) * | 2021-12-27 | 2022-04-12 | 中建八局第三建设有限公司 | Low-carbon energy-saving environment-friendly sewage well deodorization system and deodorization method |
CN116924557A (en) * | 2023-08-10 | 2023-10-24 | 杭州永邦环保科技有限公司 | Biological deodorization equipment of sewage |
CN116924557B (en) * | 2023-08-10 | 2024-04-09 | 杭州永邦环保科技有限公司 | Biological deodorization equipment of sewage |
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