CN205412628U - Deodorizing device suitable for handle complicated ingredient foul smell - Google Patents
Deodorizing device suitable for handle complicated ingredient foul smell Download PDFInfo
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- CN205412628U CN205412628U CN201521017944.6U CN201521017944U CN205412628U CN 205412628 U CN205412628 U CN 205412628U CN 201521017944 U CN201521017944 U CN 201521017944U CN 205412628 U CN205412628 U CN 205412628U
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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
Abstract
The utility model discloses a deodorizing device suitable for handle complicated ingredient foul smell, it contains: photodissociation deodorization module, biological deodorization module and the washing deodorization module of establishing ties and setting up and feeding through, the setting is at the first gaseous on -line monitoring feedback module of photodissociation deodorization module entrance, the setting is at the gaseous on -line monitoring feedback module of second in washing deodorization module exit, and, intelligent electronic control module, its signal that can provide according to the gaseous on -line monitoring feedback module of first gaseous on -line monitoring feedback module, second who receives is controlled photodissociation deodorization module, biological deodorization module and is washd the wind speed of deodorization module. The utility model discloses a deodorizing device can be applicable to and handle complicated ingredient foul smell, also can adapt to different weather odor concentration's in different seasons fluctuation, and deodorant efficacy reaches as high as 99.9~99.998%, far above current single deodorization equipment, can guarantee the deodorization rate of reaching the standard least favorable weather conditions under, and deodorization technology that can 7 kinds of various combination of intelligent switching, take up an area of little, medicine bad news less, the energy consumption hangs down.
Description
Technical field
This utility model belongs to deodorization processing technology field, relates to a kind of odor purification processing means, more particularly to a kind of odor removal being applicable to process complicated component foul smell.
Background technology
Industrial Waste Water Treatments factory, Treatment of Sludge factory, mud and refuse landfill, refuse transfer station, destructor plant, night soil-treatment factory, cultivation factory, slaughterhouse etc. exceed standard throughout the year and discharge the odor pollution surrounding enviroment of the complicated component such as such as hydrogen sulfide, ammonia, methanthiol, first sulfur hydrogen, trimethylamine, methyl sulfide, methyl disulfide, Carbon bisulfide and styrene, factory group is particularly thorny, complain constantly, causing plot to devalue, investment value is severely impacted.
In existing deodorization processing equipment, Photolytic deodorization, biological deodorizing, washing deodorizing device are the most ripe, promoted the use of by more, but due to single equipment often odor removal efficient limited (general 80 ~ 99%) and be only capable of processing the foul smell of the specific component such as hydrogen sulfide, wide can not be applicable to foul smell component complicated, the foul gas that material is numerous in variety.
Photolytic deodorization typically acts on the generation Strong oxdiative active group such as ozone, hydroxyl radical free radical by the ultraviolet light that photolysis device release wavelength is 160 ~ 280nm with the oxygen in air-flow jointly, react with foul gas and degraded, it is primarily adapted for use in removal hydrogen sulfide, thioether class foul smell, but when for high concentration Odor control, such as H2S concentration is higher than 1000mg/m3, the efficiency of Photolytic deodorization typically can only achieve 80%.
Biological deodorizing usually uses the organic substances such as leaves, bark, wood flour, soil, peat to make filler, foul smell has the packing layer of microorganism through surface length, it is removed through mass transfer and biodegradation, being primarily adapted for use in and removing hydrogen sulfide is main foul smell, time reasonable in design, odor removal efficient can reach 99%, but when for trade effluent Odor control, especially during Acidity of Aikalinity Odor control, the suitability is poor.It addition, when the fluctuation of foul smell amount or Summer and winter odor concentration change greatly, also deficient in stability, meet with least favorable weather exhaust concentration and be difficult to stably reaching standard.
Washing deodorization typically uses the detergent of the material such as acid & alkali liquid or water, chemical oxidizing agent or cosolvent and foul smell to be fully contacted mixing, odorant soluble in gas is dissolved in water or makes foul smell remove it with detergent generation chemical reaction, medicament kind because using is more, can preferably be applicable to the deodorization place that foul smell component is complicated, but when odor concentration is the highest, if concentration of hydrogen sulfide is more than 300mg/m3, the chemical feeding quantity of needs is relatively big, necessarily causes high operation expense.
Therefore, organic combination Photolytic deodorization, biological deodorizing, the advantage of washing deodorization technology, a kind of odor removal being applicable to process complicated component foul smell of utility model so that odor concentration clearance reaches more than 99.99%, has a very big significance.
Utility model content
The purpose of this utility model is exactly organic combination Photolytic deodorization, biological deodorizing, washing deodorization technology, a kind of odor removal being applicable to process complicated component foul smell of utility model, its odor removal efficient can stably reach more than 99.99%, equipment interface is simple simultaneously, can automatically adapt to the fluctuation of foul smell component and concentration, chemical feeding quantity is little, energy consumption is low, and floor space is little.
In order to achieve the above object, a kind of odor removal being applicable to process complicated component foul smell that this utility model provides, this odor removal comprises:
It is arranged in series and passes through the Photolytic deodorization module of pipeline communication, biological deodorizing module and washing deodorizing module；
It is arranged on the first gas on-line monitoring feedback module at Photolytic deodorization module inlet, for monitoring component and the concentration of pending gas；
It is arranged on the second gas on-line monitoring feedback module in washing deodorizing module exit, for monitoring component and the concentration of gas after process；And
Intelligent electric-controlled module；
Described intelligent electric-controlled module, according to the first gas on-line monitoring feedback module received, the signal of the second gas on-line monitoring feedback module, controls Photolytic deodorization module, biological deodorizing module and the wind speed of washing deodorizing module.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, and wherein, the import department of described Photolytic deodorization module, biological deodorizing module and washing deodorizing module is provided with quantity switch of air valve, and intelligent electric-controlled module controls air quantity by quantity switch of air valve.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, wherein, takes up an area for saving, and Photolytic deodorization module is superimposed upon the top of biological deodorizing module.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, and wherein, described odor removal also comprises connection airduct, and its first end connects with the discharge pipe of washing deodorizing module, and controls connection by being arranged on the quantity switch of air valve connected on airduct；Second end of this connection airduct is as pending gas entrance, and Photolytic deodorization module blast pipe connects with being connected airduct.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, wherein, connects airduct and connects with Photolytic deodorization module, biological deodorizing module, the in/out air tube of washing deodorizing module, and control connection by being arranged on the quantity switch of air valve connected on airduct.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, wherein, described odor removal also comprises below standard gas wind conveying pipe road, it is connected between discharge pipe and the pending gas entrance of washing deodorizing module, controlled by a quantity switch of air valve, detect gas the most up to standard through the second gas on-line monitoring feedback module to be transported to pending gas access, again carry out deodourizing process by this wind conveying pipe road.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, and wherein, described biological deodorizing module selects any one or a few the mixture in leaves, bark, wood flour, soil, peat to make filler.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, wherein, described washing deodorizing module uses any one or a few the combination in acid & alkali liquid, water, chemical oxidizing agent, cosolvent as detergent, and this detergent and foul smell are fully contacted hybrid reaction and remove it.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, and wherein, described washing deodorizing module includes medicament scrubbing tower and matching instrument, manhole, cat ladder, medicament storage tank and cofferdam, waste liquid tank, dosing pump and connection pipeline.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, and wherein, described odor removal also comprises exhaust unit, and itself and the outlet of washing deodorizing module, gas discharge outlet up to standard is arranged on exhaust unit.Described exhaust unit includes:
The air exhauster being connected is exported with washing deodorizing module；
Connect the aiutage of air exhauster discharge pipe, by aiutage emission compliance gas；
It is arranged on blast cap and the discharging rod at aiutage top, by aiutage emission compliance gas in a organized way when equipment runs；And,
The stainless steel stent being arranged on around aiutage, personnel can be climbed to its top by support.
It is preferred that described air exhauster also sets up blimp, to reduce noise；Air exhauster is preferably frequency conversion fan, when foul smell amount and blast play the usefulness of economize on electricity when changing, air exhauster blast pipe connects the discharge pipe of washing deodorizing module, and discharge pipe connects aiutage.User can choose whether standby fan as required.
Above-mentioned is applicable to process the odor removal of complicated component foul smell, wherein, described Photolytic deodorization module, biological deodorizing module, washing deodorizing module, the first gas on-line monitoring feedback module, the second gas on-line monitoring feedback module and intelligent electric-controlled module are arranged in casing, described exhaust unit is positioned at casing, and exceeding the top board of casing, described cabinet exterior is the frame structure that safety glass is constituted.Equipment concentrates in the casing of closing, arrange in the place of foul smell seriously corroded can extension device service life to greatest extent, Maintenance and Repair workload is few.
In processing means of the present utility model, complicated component foul smell is owing to through front end Photolytic deodorization module or the process of biological deodorizing module, being substantially reduced the chemical feeding quantity of washing deodorizing module, it is ensured that effectively control operating cost while deodorizing effect.Described Photolytic deodorization module, biological deodorizing module, washing deodorizing module can be with subsequent module series operation, it is also possible to isolated operation.The structure (building) of the module number of series operation air-draft deodorization as required builds thing foul gas concentration, change of component analysis determines, or change (such as maintenance of stopping transport) the flexible combination according to module running status, freely switched by intelligent electric-controlled module control realization between processing module, it is possible to be operated with manual switches quantity switch of air Vavle switching.Deodorization operational mode totally 7 kinds, respectively Photolytic deodorization+biological deodorizing+washing deodorization, Photolytic deodorization+biological deodorizing, biological deodorizing+washing deodorization, Photolytic deodorization+washing deodorization, independent Photolytic deodorization, individually washing deodorization and independent biological deodorizing.
Using odor removal of the present utility model, odor concentration clearance is 99.9 ~ 99.998%, and Photolytic deodorization module, biological deodorizing module, the washing respective odor removal efficient of deodorizing module are respectively 60% ~ 80%, 95% ~ 99%, 95% ~ 99%.
First, second gas on-line monitoring feedback module of the present utility model is included in line gas concentration tester and signal uploading device, online gas concentration tester sample tap is arranged in pending gas access and washing deodorizing module outlet, and test data are uploaded to intelligent electric-controlled module by online gas concentration tester.Described intelligent electric-controlled module collection on-line monitoring feedback module upload data, it is judged that gas component, concentration, Real-Time Scheduling connects the quantity switch of air valve between airduct and each module, it is achieved the optimised process combination of inventiona gas treatment module；The most intelligent electric-controlled module can also carry out fault diagnosis, warning function automatically.
The odor removal being applicable to process complicated component foul smell of this utility model offer has the advantage that
(1) floor space is little, and intake interface is simple, convenient management.
(2) being suitable for the process of complicated component foul smell, odor removal efficient reaches as high as 99.9 ~ 99.998%, higher than existing single deodorizing device.
(3) intelligence Various Seasonal different weather foul smell source strength component and the fluctuation of concentration can be adapted to, it is ensured that the deodorization compliance rate under least favorable meteorological condition.
(4) can the deodorization process of intelligence 7 kinds of various combinations of switching, simple, flexibly.
(5) energy consumption is low, medicine consumption is few.
(6) during device concentrates on the casing of closing, arrange in the place of foul smell seriously corroded can extension device service life to greatest extent, Maintenance and Repair workload is few.
Accompanying drawing explanation
Fig. 1 is the process chart being applicable to process the odor removal of complicated component foul smell of the present utility model.
Fig. 2 is the top view being applicable to process the odor removal of complicated component foul smell of the present utility model.
Fig. 3 is the plan front view being applicable to process the odor removal of complicated component foul smell of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is further described.
As it is shown in figure 1, a kind of odor removal being applicable to process complicated component foul smell of the present utility model comprises:
It is arranged in series and passes through the Photolytic deodorization module 10 of pipeline communication, biological deodorizing module 20 and washing deodorizing module 30；
The first gas on-line monitoring feedback module 41 (at pending gas access) before being arranged on Photolytic deodorization module 10 entrance, for monitoring component and the concentration of pending gas；
It is arranged on the second gas on-line monitoring feedback module 42 in washing deodorizing module 30 exit, for monitoring component and the concentration of gas after process；And
Intelligent electric-controlled module 50, this intelligent electric-controlled module 50, according to the signal of first gas on-line monitoring feedback module the 41, the second gas on-line monitoring feedback module 42 received, controls Photolytic deodorization module 10, biological deodorizing module 20 and the wind speed (running status) of washing deodorizing module 30.
The import department of described Photolytic deodorization module 10, biological deodorizing module 20 and washing deodorizing module 30 is provided with quantity switch of air valve 60, and intelligent electric-controlled module 50 is by quantity switch of air valve 60 controlled wind speed.
Described odor removal also comprises exhaust unit 70, and itself and the outlet of washing deodorizing module 30, gas discharge outlet up to standard is arranged on exhaust unit 30.
Described odor removal also comprises connection airduct 80, its first end connects (this is connected the airduct 80 discharge pipe also with Photolytic deodorization module 10, biological deodorizing module 20 and connects) with the discharge pipe of washing deodorizing module 30, its second end, as the inlet port 1 of pending gas (i.e. foul gas), connects with the blast pipe of Photolytic deodorization module 10；On this connection airduct, with Photolytic deodorization module 10, biological deodorizing module 20, washing deodorizing module 30 discharge pipe connecting portion before be provided with quantity switch of air valve 60, be respectively used to control to connect airduct 80 and Photolytic deodorization module 10, biological deodorizing module 20, the connection of washing deodorizing module 30 discharge pipe；Described intelligent electric-controlled module 50 controls Photolytic deodorization module, biological deodorizing module and the tupe of washing deodorizing module by quantity switch of air valve 60.This tupe includes Photolytic deodorization+biological deodorizing+washing deodorization, Photolytic deodorization+biological deodorizing, biological deodorizing+washing deodorization, Photolytic deodorization+washing deodorization, independent Photolytic deodorization, individually washing deodorization and independent biological deodorizing totally 7 kinds of operational modes.
Described odor removal also comprises below standard gas wind conveying pipe road 90, it is connected between discharge pipe and the pending gas entrance 1 of washing deodorizing module 30, controlled by a quantity switch of air valve 60, detect gas the most up to standard through the second gas on-line monitoring feedback module 42 to be transported to pending gas access, again carry out deodourizing process by this wind conveying pipe road 90.This quantity switch of air valve is only opened when processing below standard gas, and other situations all remain turned-off.
Described Photolytic deodorization module 10 is superimposed upon the top of biological deodorizing module 20, to save occupation of land.
Described Photolytic deodorization module 10 is Photolytic deodorization complete set of equipments, the corollary apparatus such as including photolysis device, filter screen.This Photolytic deodorization module 10 is positioned at serial module structure foremost, the rear end of the most pending gas entrance 1, the front end of biological deodorizing module 20, and modular power is 2 ~ 4kW/ (10,000 m3/h)。
Described biological deodorizing module 20 is biological deodorizing complete set of equipments, is positioned at the rear end of Photolytic deodorization module 10, the front end of washing deodorizing module 30.This biological deodorizing module 20 selects any one or a few the mixture in the organic substances such as leaves, bark, wood flour, soil, peat to make filler, gas is not preferably less than 15s by the time of staying of filler, gas speed is not preferably greater than 200 ~ 500m/h, monolayer bed stuffing height no more than 3m, supporting manhole 21 is set, cat ladder 22(is shown in Fig. 2) and correlate meter (not shown).
As shown in Fig. 2-Fig. 3, described washing deodorizing module 30 includes medicament scrubbing tower and matching instrument (not shown), manhole 31, cat ladder 32, medicament storage tank 33 and cofferdam 34, waste liquid tank 35, dosing pump 36 and connection pipeline.Cofferdam 34 volume is more than the volume of medicament storage tank 33, and to prevent leakage of medicament, waste liquid tank 35 is used for throwing in interim pump emptying waste liquid.Described washing deodorizing module 30 is positioned at the rearmost end of serial module structure, uses the detergent of the material such as acid & alkali liquid or water, chemical oxidizing agent or cosolvent and foul smell to be fully contacted hybrid reaction and remove it.Being removed due to the process through front end Photolytic deodorization or biological deodorizing, major part due to high concentration foul smell, the chemical feeding quantity needed for washing deodorizing module is little, it is ensured that effectively control operating cost while deodorizing effect.
Described exhaust unit 70 includes:
The air exhauster 71 being connected is exported with washing deodorizing module；
Connect the aiutage 72 of air exhauster discharge pipe, by aiutage 72 emission compliance gas；
It is arranged on blast cap 73 and the discharging rod 74 at aiutage 72 top, by aiutage 72 emission compliance gas in a organized way when equipment runs；And,
The stainless steel stent 75 being arranged on around aiutage, personnel can be climbed to its top by support.
It is preferred that described air exhauster 71 also sets up blimp 76, to reduce noise；Air exhauster 71 is preferably frequency conversion fan, when foul smell amount and blast play the usefulness of economize on electricity when changing.Air exhauster 71 blast pipe is installed and is flexibly connected 77, and the discharge pipe flexibly connecting 77 air exhauster blast pipe connection washing deodorizing modules 30 by this, air exhauster discharge pipe connects aiutage.User can choose whether standby fan as required.
Described Photolytic deodorization module 10, biological deodorizing module 20, washing deodorizing module the 30, first gas on-line monitoring feedback module the 41, second gas on-line monitoring feedback module 42 and intelligent electric-controlled module 50 are arranged in casing 2, described exhaust unit 70 also is located in casing 2, but exceeding the top board of casing 2, the outer wall of described casing 2 is the frame structure that the transparent materials such as safety glass are constituted.Also at least provided with 2 outward opening personnel's access doors on this casing, personnel are facilitated to come in and go out to equipment repair and maintenance and emergency escape.
Described gas on-line monitoring feedback module (first, second gas on-line monitoring feedback module) includes online gas concentration tester and signal uploading device, the online gas concentration tester sample tap 411 of the first gas on-line monitoring feedback module 41 is arranged at pending gas access 1, the online gas concentration tester sample tap 421 of the second gas on-line monitoring feedback module 42 is arranged on washing deodorizing module discharge pipe, and test data are uploaded to intelligent electric-controlled module 50 by online gas concentration tester.
What intelligent electric-controlled module 50 collected on-line monitoring feedback module uploads data, it is judged that gas component, concentration, and Real-Time Scheduling connects the quantity switch of air valve 60 between airduct and each module, it is achieved the optimised process combination of inventiona gas treatment module；The most intelligent electric-controlled module can carry out fault diagnosis, warning function automatically.
An embodiment of the present utility model also sets up 3 access doors 3 on casing, for outward opening, facilitates personnel to come in and go out to equipment repair and maintenance and emergency escape.
Complicated component foul smell described in the utility model refers to comprise the foul smell of the complicated component such as hydrogen sulfide, ammonia, methanthiol, first sulfur hydrogen, trimethylamine, methyl sulfide, methyl disulfide, Carbon bisulfide and styrene, and impurity quality is various, complicated components.
The method using odor removal of the present utility model to process foul smell comprises the steps of:
Step 1, uses the first gas on-line monitoring feedback module 41 to monitor component and the concentration of pending gas；
Step 2, the signal that intelligent electric-controlled module 50 is uploaded according to the first gas on-line monitoring feedback module 41, component according to pending gas and concentration, by controlling quantity switch of air valve 60, any one in the Photolytic deodorization module 10 being arranged in series, biological deodorizing module 20 or washing deodorizing module 30 or two or more module is selected to carry out deodorization process；
Step 3, the component of gas and concentration after being processed by the second gas on-line monitoring feedback module 42 monitoring；
Step 4, the signal that intelligent electric-controlled module 50 is uploaded according to the second gas on-line monitoring feedback module 42, according to the component of gas and concentration after processing, select to discharge gas up to standard by exhaust unit, or open the quantity switch of air valve on wind conveying pipe road, and any one in the Photolytic deodorization module 10 being arranged in series, biological deodorizing module 20 or washing deodorizing module 30 or two or more module is selected to carry out the deodorization below standard gas of process.
Odor removal of the present utility model has 7 kinds of operational modes, respectively Photolytic deodorization+biological deodorizing+washing deodorization, Photolytic deodorization+biological deodorizing, biological deodorizing+washing deodorization, Photolytic deodorization+washing deodorization, independent Photolytic deodorization, individually washing deodorization and independent biological deodorizing by intelligent electric-controlled module or quantity switch of air valve manual switching.Photolytic deodorization module, biological deodorizing module, the washing respective odor removal efficient of deodorizing module are 60% ~ 80%, 95% ~ 99%, 95% ~ 99%, and odor removal efficient reaches as high as 99.9 ~ 99.998%, and with strong points, amount of consumption of drugs is low.
Although content of the present utility model has been made to be discussed in detail by above preferred embodiment, but it should be appreciated that the description above is not considered as restriction of the present utility model.After those skilled in the art have read foregoing, multiple amendment of the present utility model and replacement all be will be apparent from.Therefore, protection domain of the present utility model should be limited to the appended claims.
Claims (9)
1. the odor removal being applicable to process complicated component foul smell, it is characterised in that this odor removal comprises:
It is arranged in series and passes through the Photolytic deodorization module (10) of pipeline communication, biological deodorizing module (20) and washing deodorizing module (30)；
It is arranged on the first gas on-line monitoring feedback module (41) before Photolytic deodorization module (10) entrance, for monitoring component and the concentration of pending gas；
It is arranged on second gas on-line monitoring feedback module (42) in washing deodorizing module (30) exit, for monitoring component and the concentration of gas after process；And
Intelligent electric-controlled module (50)；
Described intelligent electric-controlled module (50), according to the first gas on-line monitoring feedback module (41) received, the signal of the second gas on-line monitoring feedback module (42), controls Photolytic deodorization module (10), biological deodorizing module (20) and the running status of washing deodorizing module (30).
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 1, it is characterized in that, the import department of described Photolytic deodorization module (10), biological deodorizing module (20) and washing deodorizing module (30) is provided with quantity switch of air valve (60), and intelligent electric-controlled module (50) passes through quantity switch of air valve (60) controlled wind speed.
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 1, it is characterized in that, described odor removal also comprises connection airduct (80), its first end connects with the discharge pipe of washing deodorizing module (30), and controls connection by being arranged on the quantity switch of air valve (60) connected on airduct (80)；Second end of this connection airduct (80) is as pending gas entrance (1), and Photolytic deodorization module (10) blast pipe connects with being connected airduct (80).
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 3, it is characterized in that, described connection airduct (80) connects with the discharge pipe of Photolytic deodorization module (10), biological deodorizing module (20), and respectively by being arranged on quantity switch of air valve (60) the control connection connected on airduct (80).
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 1, it is characterized in that, described odor removal also comprises below standard gas wind conveying pipe road (90), it is connected between discharge pipe and the pending gas entrance (1) of washing deodorizing module (30), controlled by a quantity switch of air valve (60), detect gas the most up to standard through the second gas on-line monitoring feedback module (42) to be transported to pending gas access (1), again carry out deodourizing process by this wind conveying pipe road (90).
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 1, it is characterised in that described Photolytic deodorization module (10) is superimposed upon the top of biological deodorizing module (20).
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 1, it is characterized in that, described washing deodorizing module (30) includes medicament scrubbing tower and matching instrument, manhole (31), cat ladder (32), medicament storage tank (33), cofferdam (34), waste liquid tank (35), dosing pump (36) and connects pipeline.
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 1, it is characterized in that, described odor removal also comprises exhaust unit (70), and itself and the outlet of washing deodorizing module (30), gas discharge outlet up to standard is arranged on exhaust unit (70)；Described exhaust unit (70) including:
The air exhauster (71) being connected is exported with washing deodorizing module (30)；
Connect the aiutage (72) of air exhauster discharge pipe, by aiutage (72) emission compliance gas；
It is arranged on blast cap (73) and the discharging rod (74) at aiutage (72) top, and,
It is arranged on aiutage (72) stainless steel stent (75) around.
It is applicable to process the odor removal of complicated component foul smell the most as claimed in claim 8, it is characterized in that, described Photolytic deodorization module (10), biological deodorizing module (20), washing deodorizing module (30), the first gas on-line monitoring feedback module (41), the second gas on-line monitoring feedback module (42) and intelligent electric-controlled module (50) are arranged in casing (2), described exhaust unit (70) is positioned at casing (2), and exceeding the top board of casing (2), the outer wall of described casing (2) is the frame structure that safety glass is constituted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521017944.6U CN205412628U (en) | 2015-12-09 | 2015-12-09 | Deodorizing device suitable for handle complicated ingredient foul smell |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521017944.6U CN205412628U (en) | 2015-12-09 | 2015-12-09 | Deodorizing device suitable for handle complicated ingredient foul smell |
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| Publication Number | Publication Date |
|---|---|
| CN205412628U true CN205412628U (en) | 2016-08-03 |
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| CN201521017944.6U Active CN205412628U (en) | 2015-12-09 | 2015-12-09 | Deodorizing device suitable for handle complicated ingredient foul smell |
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| CN (1) | CN205412628U (en) |
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