CN203525525U - Electric-bag combined dust remover - Google Patents
Electric-bag combined dust remover Download PDFInfo
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- CN203525525U CN203525525U CN201320689701.1U CN201320689701U CN203525525U CN 203525525 U CN203525525 U CN 203525525U CN 201320689701 U CN201320689701 U CN 201320689701U CN 203525525 U CN203525525 U CN 203525525U
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Abstract
The utility model discloses an electric-bag combined dust remover. The electric-bag combined dust remover comprises a front-stage electric field area, a rear-stage dust removing bag area, and a mercury removal device which can absorb mercury in flue gas, wherein the mercury removal device is arranged between the front-stage electric field area and the rear-stage dust removal bag area; a middle dust removal bag area is arranged between the front-stage electric field area and the mercury removal device; a first filtering bag in horizontal direction is arranged in the middle dust removal bag area. Optimal design is performed on the structure of the electric-bag combined dust remover, so that the dust removal efficiency of the electric-bag combined dust remover can be effectively improved, the industrial cost can be greatly reduced, and the requirements on energy conservation and environmental protection of the modern industrial economy can be satisfied.
Description
Technical field
The utility model relates to dedusting technology field, particularly a kind of electric-bag complex dust collector.
Background technology
Along with developing rapidly of modern industry, the industrial expansion such as coal-burning power plant, metallurgy, mine, cement and chemical industry, casting especially, has caused the severe contamination of China's atmosphere, has therefore also restricted China's expanding economy.In recent years, that particularly serious is PM
2.5the various places haze weather that causes of pollution, become one of current urgently to be resolved hurrily and matter of utmost importance that control.
In the face of the problems referred to above, China has formally issued < < heavy metal pollution integrated control " 12 " planning > >, simultaneously, coal-burning power plant's Mercury In The Air pollutes control pilot work and formally starts, and has stipulated the emission limit of mercury and mercuric compounds in < < fossil-fuel power plant atmospheric pollutant emission standard > > (GB13223-2011); In addition, country has carried out fine particle total emission volumn control system.Therefore it is day by day urgent that, quickening can be controlled the research and development of electric-bag complex dust collector of particle dust discharge.
Although electric-bag complex dust collector has been widely used in the discharge of Industrial cleaning facility flue gas,, there is certain defect in the electric-bag complex dust collector of prior art.Such as, existing electric-bag complex dust collector is when filtering the flue gas of high concentration, dust-collecting efficiency is low, is difficult to meet the requirement of country to gas cleaning degree, and, easily cause the large load operation in dust settling pocket district and cause damaging; Although, after prior art is arranged at electric field region by mercury removal device, but due to the limitation of electric field region dedusting, the kind of dust that causes entering rear class purified treatment is large, thus, in carrying out demercuration process, still need to consume a large amount of mercury removal agents, significantly improve the expense of dedusting, and, dust removal and filtration based on prior art, also can cause a large amount of dust that reclaim to be polluted, cannot realize secondary utilization, waste a large amount of resources; In addition, existing electric-bag complex dust collector is reaching state control fine particle PM
2.5time, need consume the material of a large amount of high-qualitys, cause production cost to improve, and do not meet the development trend that modern economy is saved the energy.
In view of the above problems, need badly electric-bag complex dust collector is improved, especially deduster dust settling pocket district is optimized to design, thereby improve the efficiency of dust collection of electric-bag complex dust collector, reduce industrial cost, to meet the requirement of modern industry economical and energy saving environmental protection.
Utility model content
Defect for above-mentioned existence, the technical problems to be solved in the utility model is to provide a kind of electric-bag complex dust collector, by the optimal design to deduster structure, especially, Dui Qi dust settling pocket district improves, and has effectively improved the efficiency of dust collection of electric-bag complex dust collector.And then reduced industrial cost, met the requirement of modern industry economical and energy saving environmental protection.
The electric-bag complex dust collector that the utility model provides, the mercury removal device that comprises prime electric field region, rear class dust settling pocket district and adsorbable mercury in flue gas, described mercury removal device is arranged between described prime electric field region and rear class dust settling pocket district, dust settling pocket district in the middle of arranging between described prime electric field region and described mercury removal device, described middle dust settling pocket district arranges the first filter bag of horizontal direction.
Preferably, described mercury removal device has a plurality of jet pipes of offering nozzle, and described jet pipe is set up in parallel formation adsorption zone, the vertical flow of flue gas direction of described adsorption zone plane; The described nozzle that the relative direction that two adjacent described jet pipe settings are interspersed is sprayed.
Preferably, the blind end of described the first filter bag is fixed by the rack that is communicated with described prime electric field region and described middle dust settling pocket district, the mesh that the blind end of described rack setting and described the first filter bag matches, the blind end of described the first filter bag runs through described mesh and described rack removably connects.
Preferably, the openend of described the first filter bag is fixed by the card that cuts off described prime electric field region and described middle dust settling pocket district, the circular hole that the openend of described card setting and described the first filter bag matches, the openend of described the first filter bag is communicated with described adsorption zone by described circular hole.
Preferably, described prime electric field region arranges the corresponding utmost point of joining a cathode line of positive plate and joins type.
Preferably, described rear class dust settling pocket district arranges the second filter bag of fine and closely woven filtrate or metal filtrate.
Preferably, described the second filter bag vertical direction arranges.
Preferably, in the middle of described, between the smoke outlet in dust settling pocket district and described mercury removal device, arrange and cover all the first pulse ash removers of described the first filter bag, the spout that described the first pulse ash remover is realized winding-up is corresponding one by one with the openend of described the first filter bag.
Preferably, the filter gas port of export in described rear class dust settling pocket district arranges the second pulse ash remover that covers whole the second filter bags, and the spout that described the second pulse ash remover is realized winding-up is corresponding one by one with the openend of described the second filter bag.
Compared with prior art, the electric-bag complex dust collector that the utility model provides can effectively improve efficiency of dust collection, controls fine particle PM
2.5time collaborative demercuration, and meet the requirement of modern industry economic development energy-conserving and environment-protective.Particularly, this electric-bag complex dust collector comprises the mercury removal device of prime electric field region, rear class dust settling pocket district and adsorbable mercury in flue gas.This mercury removal device is arranged between prime electric field region and rear class dust settling pocket district, dust settling pocket district in the middle of arranging between prime electric field region and mercury removal device, and this dust settling pocket district, centre arranges the first filter bag that horizontal direction is arranged.The efficiency of dust collection that can significantly improve electric-bag complex dust collector by dust settling pocket district in the middle of arranging, the dust removal by filtration through this dust settling pocket district, centre, can remove most dust granules, can be so trapping PM
2.5fine particle provides reliable assurance; Meanwhile, also can reduce the dust concentration of the flue gas that enters mercury removal device, greatly reduce the use of demercuration adsorbent, effectively reduce industrial cost.In addition, the first filter bag horizontal direction is arranged,, forms the middle dust settling pocket district of horizontal form that is, can effectively eliminate and be arranged vertically a large amount of remaining space that bottom, Shi Dai district produces, and the space availability ratio of this electric-bag complex dust collector is significantly improved.
In preferred version of the present utility model, this mercury removal device has a plurality of jet pipes of offering nozzle, and jet pipe is set up in parallel formation adsorption zone, the vertical flow of flue gas direction of this adsorption zone plane, and, the nozzle that the relative direction that two adjacent jet pipe settings are interspersed is sprayed.That is to say, mercury removal device can spray the adsorbent of demercuration, and the interval that adsorbent covers is adsorption zone, and nozzle relative direction interlaced arrangement in the plane of this adsorption zone of two adjacent jet pipes is set.So, by adopting multitube multiple nozzle spraying adsorbent, and, utilize the relative nozzle alternative form of adjacent jet pipe, can be so that adsorbent be uniformly distributed in adsorption zone, thus guarantee that flue gas can mix full and uniform with adsorbent, realize effective demercuration, and the consumption of adsorbent while significantly having reduced demercuration, further greatly reduce energy resource consumption, increase economic efficiency.
In another preferred version of the present utility model, for this electric-bag complex dust collector, more effectively control fine particle PM
2.5effect, prime electric field region is arranged to the corresponding utmost point of joining a cathode line of positive plate and join type, joining type with the corresponding utmost point of joining two cathode line of a positive plate of prior art compares, this utmost point joins that type can adopt can be charged to a greater extent, thereby the cathode line with stronger discharge performance, for example: large triangle prickle wire.By setting like this, can effectively eliminate the corresponding utmost point of joining two cathode line of positive plate joins type and when filtering high-concentration fume, easily causes the phenomenon of corona blocking, thereby further improve the efficiency of dust collection in prime electric field region, alleviating a bag load for district's dedusting, is demercuration more effectively and absorption fine particle PM
2.5reliable guarantee is provided.
In the another preferred version of this aspect, rear class dust settling pocket district arranges the second filter bag of fine and closely woven filtrate or metal filtrate.After filtration, purification by the prime electric field region of this electric-bag complex dust collector, middle dust settling pocket district, the flue gas concentration that enters rear class dust settling pocket district reduces greatly, and concentration now can make the second filter bag choose above-mentioned fine and closely woven filtrate or metal filtrate.Like this, so arrange, can be further at rear class dust settling pocket district trapping fine solid particle particle, effectively emission abatement, to the flue gas in atmosphere, makes it to meet the standard of country to fine particulates emission request.
Accompanying drawing explanation
Fig. 1 is electric-bag complex dust collector structural representation described in the specific embodiment;
Fig. 2 is the top view of electric-bag complex dust collector shown in Fig. 1;
Fig. 3 be Fig. 1 A to shown in rack and the first structure of filter bag schematic diagram;
Fig. 4 be Fig. 1 B to shown in card structural representation;
Fig. 5 be Fig. 1 C to shown in mercury removal device schematic diagram.
In Fig. 1 to 5:
Prime electric field region 1, rack 2, middle dust settling pocket district 3, card 4, the first pulse ash remover 5, mercury removal device 6, rear class dust settling pocket district 7, clean room 8, the second pulse ash remover 9;
Mesh 21, the first filter bag 31, circular hole 41, jet pipe 61, the second filter bag 71;
The blind end 311 of the first filter bag, the openend 312 of the first filter bag, nozzle 611, the blind end 711 of the second filter bag, the openend 712 of the second filter bag.
The specific embodiment
The electric-bag complex dust collector providing based on prior art, core of the present utility model is to be optimized design for its structure and arrangement form, a kind of effective raising efficiency of dust collection is provided, the electric-bag complex dust collector of remarkable emission abatement flue gas, and then reduce industrial cost, meet the demand of modernization economical and energy saving environmental protection.
In order to make those skilled in the art person understand better the utility model scheme, below in conjunction with specification drawings and specific embodiments, the utility model is described in further detail.
Please, in the lump referring to Fig. 1 and Fig. 2, wherein, Fig. 1 is electric-bag complex dust collector structural representation described in present embodiment; Fig. 2 is the top view of electric-bag complex dust collector shown in Fig. 1.
This electric-bag complex dust collector, the mercury removal device 6 that comprises prime electric field region 1, rear class dust settling pocket district 7 and adsorbable mercury in flue gas, this mercury removal device 6 is arranged between prime electric field region 1 and rear class dust settling pocket district 7, dust settling pocket district 3 in the middle of arranging between prime electric field region 1 and mercury removal device 6; That is, when flue gas enters this electric-bag complex dust collector, pass through successively the filtration, purification effect in prime electric field region 1, middle dust settling pocket district 3, mercury removal device 6 and rear class dust settling pocket district 7, concrete flow of flue gas direction please refer in Fig. 1 shown in arrow.
In practical work process, high-concentration fume first through prime electric field to the filtration of big dust particle after, then after the further dust cleaning in middle dust settling pocket district 3, just can enter mercury removal device 6 and rear class dust settling pocket district 7 is further purified.Therefore, by the filtration in middle dust settling pocket district 3, can significantly improve the efficiency of dust collection of electric-bag complex dust collector, and the effective dust of larger particles in purifying smoke; Through pilot production, show, the dust concentration that enters the flue gas in mercury removal device 6 and rear class dust settling pocket district 7 can be controlled at and be less than 20mg/Nm
3.Obviously, after mercury removal device 6 being arranged to this dust settling pocket district, centre 3 in this programme, reduce the secondary pollution of adsorbent to dust in mercury removal device 6, improved the recycling rate of the dust reclaiming; And, can also reduce significantly the use amount of mercury removal device 6 adsorbent when carrying out demercuration, effectively reduced industrial cost, saved the energy.In addition, for improving the filter bag material in rear class dust settling pocket district 7, select to provide more favourable condition, thereby can impel rear class dust settling pocket district 7 trapping fine particle PM efficiently
2.5, for reaching country to controlling fine particle PM
2.5requirement assurance is provided.
Simultaneously, in the middle of above-mentioned, dust settling pocket district 3 arranges the first filter bag 31 of horizontal direction, that is to say, the axis direction of the first filter bag 31 in dust settling pocket district 3 of mediating is arranged along flow of flue gas direction, inside, Ke Gai dust settling pocket district arranges a plurality of the first filter bags 31, with the efficiency of dust collection in dust settling pocket district 3 in the middle of improving; And, can greatly reduce the resistance of flow of flue gas, be conducive to the type selecting of the first filter bag 31 based on filtration velocity, for the efficiency of dust collection in dust settling pocket district 3 in the middle of improving provides reliable guarantee; Meanwhile, eliminate and be arranged vertically the waste that form is brought the large quantity space of filter bag bottom, adequately and reasonably utilized the space of this electric-bag complex dust collector; In addition, can also adopt shorter filter bag, make the compact conformation of electric-bag complex dust collector, save filtrate, reduce costs; The arrangement form of this kind of filter bag impels easy for installation, and maintenance playground is simple.
It should be noted that, above-mentioned the first filter bag 31 should be according to the content of dust in concrete flue gas and the degree of purification that need arrive while filtering require to plan filter area, and select the model of filtrate, repeat no more herein.
Further referring to shown in Fig. 5, the C that this figure is Fig. 1 to shown in mercury removal device schematic diagram.Mercury removal device 6 in this programme has a plurality of jet pipes 61 of offering nozzle 611, and jet pipe 61 is set up in parallel formation adsorption zone, the vertical flow of flue gas direction of this adsorption zone plane; In this mercury removal device 6, two adjacent jet pipes 61 arrange the nozzle 611 of the relative direction injection being interspersed.In other words, this mercury removal device 6 pass through the adsorbent that nozzle 611 on jet pipe 61 can spray demercuration, the interval that adsorbent can cover becomes adsorptive section.Because the concentration of the mercury in flue gas is very low, the flue gas filtering when need is during through adsorptive section, need to guarantee that adsorbent and flue gas are fully, contact uniformly.By above-mentioned setting, can realize adsorbent and be distributed in uniformly adsorptive section, and can fully mix with flue gas, when completing expeditiously demercuration process, the consumption of adsorbent while significantly reducing demercuration; And, in conjunction with the setting of above-mentioned mercury removal device 6 positions, make this electric-bag complex dust collector effectively realize the collaborative demercuration integrated function of dedusting, thereby, equipment investment cost and operating cost effectively reduced.
It should be noted that, in mercury removal device 6, adsorbent can be selected according to actual smoke condition, such as: acticarbon, flying dust adsorbent, metal absorbent etc., in this programme, be not limited to a kind of adsorbent, the adsorption effect in the time of only demercuration need being met and the economic feasibility of practical implementation.
In this programme, the blind end 311 of above-mentioned the first filter bag can be fixing by the rack 2 that is communicated with prime electric field region 1 and middle dust settling pocket district 3, the mesh 21 that the blind end 311 of these rack 2 settings and the first filter bag matches, making the blind end 311 of this first filter bag run through mesh 21 removably connects with rack 2, please refer to shown in Fig. 3, the A that this figure is Fig. 1 to shown in rack and the first structure of filter bag schematic diagram.That is to say, this rack 2 has been realized open be connected of prime electric field region 1 with middle dust settling pocket district 3, so, can greatly reduce the resistance that flue gas enters middle dust settling pocket district 3, improves the efficiency of this electric-bag complex dust collector purifying and dedusting.In addition, the first filter bag 31 can be realized by modes such as bolt, steel wire lock tightenings with removably connecting of rack 2 herein, is not limited to the connection of single mode, only need meet operating personnel's dismounting simple and convenient.
In this programme, the openend 312 of this first filter bag has the card 4 that cuts off middle dust settling pocket district 3 and adsorption zone to fix, this card 4 arranges the circular hole 41 that the openend 312 with the first filter bag matches, and card 4 concrete structures please refer to Fig. 4, the B that this figure is Fig. 1 to shown in card structural representation.The openend 312 of this first filter bag is communicated with adsorption zone by circular hole 41, that is to say, when flue gas gathers dust through the filtration in middle dust settling pocket district 3, flue gas after purification is only flowed out by the openend 312 of the first filter bag, and card 4 makes middle dust settling pocket district 3 and mercury removal device 6 and rear class dust settling pocket district 7 become independently subregion, in the flue gas inflow rear class treatment region that blocking-up is not filtered through middle dust settling pocket district 3.Like this, can greatly alleviate the pressure of rear class processing procedure, for further purifying smoke, the efficiency of dust collection that improves this electric-bag complex dust collector improve, ensure.
Compared with prior art, the prime electric field region 1 in this programme looks for another way, and can adopt the corresponding utmost point of joining a cathode line of positive plate to join type, and cathode line can adopt large triangle prickle wire.Like this, can be charged to a greater extent in prime electric field region 1, and large triangle prickle wire can have stronger discharge performance in working order, thereby, can remove to greatest extent dust granules in flue gas; In addition, prime electric field region 1 adopts this utmost point to join the mode of type, can effectively eliminate the corresponding conventional utmost point of joining two cathode line of positive plate and join the corona blocking phenomenon that type causes under high-concentration fume working environment, reduce bag ash, and can make more than 80% dust in flue gas remove, the load of dust remove of each process after greatly having alleviated, the service life in dust settling pocket district 3 in the middle of especially can significantly improving; Further, can and control fine particle PM for Adsorption of Mercury more effectively
2.5provide safeguard, thereby control fine particle PM for realizing this electric-bag complex dust collector
2.5the function of collaborative demercuration one provides advantage.
It should be noted that, in this programme, cathode line is not limited to above-mentioned large triangle prickle wire, choosing of cathode line, meets discharge performance cathode line strong, that be difficult for wrapping ash and being difficult for corona blocking requirement and all can.
After above-mentioned dustproof function, the flue gas concentration that enters rear class dust settling pocket district 7 reduces greatly, through test, record, dust concentration now can make the second filter bag 71 control the filtration velocity that is chosen at 1.5～1.8m/min, guarantees that the resistance that flue gas enters is almost constant simultaneously.On this basis, for controlling fine particle PM in flue gas
2.5requirement, the rear class dust settling pocket district 7 of this programme arranges the second filter bag 71 of fine and closely woven filtrate or metal filtrate.So arrange, can significantly improve the ability of rear class dust settling pocket district 7 trapping fine solid particle particles, effectively emission abatement, to the flue gas in atmosphere, makes it to meet the standard of country to fine particulates emission request.
It should be noted that, the filtrate of aforementioned the first filter bag 31 can be identical with the filtrate of the second filter bag 71, and the first filter bag 31 also can be selected fine and closely woven filtrate or metal filtrate.But the filtrate price of this kind of material is more expensive, the first filter bag 31 in this programme and the second filter bag 71 can be realized the filtration step by step of flue gas, can meet effective dedusting and control fine particle PM
2.5requirement, therefore, based on saving resource, the industrial development requirement reducing costs, the first filter bag 31 in this programme and the second filter bag 71 adopt the filtrate of unlike materials to make.
In addition, above-mentioned the second filter bag 71 vertical direction settings, like this, flue gas enters rear class dust settling pocket district 7, blind end 711 by the second filter bag progresses into the second filter bag 71 inside, and the openend 712 of the second filter bag that Bing Youyu clean room 8 is communicated with accurately enters in clean room 8.Visible, the design of this programme can meet the flow direction while that purifies rear flue gas, also can make this electric-bag complex dust collector compact overall structure, effectively avoids the oversize phenomenon of horizontal direction that adopts the arrangement form identical with middle dust settling pocket district 3 to cause.
In addition, the first pulse ash remover 5 that covers whole the first filter bags 31 can be set between the smoke outlet in middle dust settling pocket district 3 and mercury removal device 6, the spout that this first pulse ash remover 5 is realized winding-up is corresponding one by one with the openend 312 of the first filter bag.That is, according to the horizontally disposed form of the first filter bag 31, this first pulse ash remover 5 is set to vertical form, and each spout is corresponding with the openend 312 of each first filter bag in middle dust settling pocket district 3 respectively.When this electric-bag complex dust collector is after a large amount of dedusting work, this first pulse ash remover 5 invests surperficial dust to it and clears up, and makes it to fall into device for recovering powder.Like this, can greatly improve efficiency of dust collection and the service life thereof of the first filter bag 31, guarantee that electric-bag complex dust collector high efficiency completes dedusting work.
Based on above-mentioned setting, the filter gas port of export in rear class dust settling pocket district 7 arranges the second pulse ash remover 9 that covers whole the second filter bags 71, and the spout that this second pulse ash remover 9 is realized winding-up is corresponding one by one with the openend 712 of the second filter bag.The effect of the second pulse ash remover 9 herein and effect are identical with the first pulse ash remover 5, different is, this second pulse ash remover 9 carries out design arrangement for the arrangement form in rear class dust settling pocket district 7, and complete the deashing of the second filter bag 71 is processed, can, with reference to the requirement that arranges of above-mentioned the first filter bag 31, not repeat them here.
Above electric-bag complex dust collector provided by the utility model is described in detail.Only for object lesson of the present utility model, set forth herein, the explanation of the above specific embodiment is just for helping to understand method of the present utility model and core concept thereof.It should be pointed out that for those skilled in the art, not departing under the prerequisite of the utility model feature, can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (9)
1. an electric-bag complex dust collector, the mercury removal device that comprises prime electric field region, rear class dust settling pocket district and adsorbable mercury in flue gas, it is characterized in that, described mercury removal device is arranged between described prime electric field region and rear class dust settling pocket district, dust settling pocket district in the middle of arranging between described prime electric field region and described mercury removal device, described middle dust settling pocket district arranges the first filter bag of horizontal direction.
2. electric-bag complex dust collector according to claim 1, is characterized in that, described mercury removal device has a plurality of jet pipes of offering nozzle, and described jet pipe is set up in parallel formation adsorption zone, the vertical flow of flue gas direction of described adsorption zone plane; The described nozzle that the relative direction that two adjacent described jet pipe settings are interspersed is sprayed.
3. electric-bag complex dust collector according to claim 2, it is characterized in that, the blind end of described the first filter bag is fixed by the rack that is communicated with described prime electric field region and described middle dust settling pocket district, the mesh that the blind end of described rack setting and described the first filter bag matches, the blind end of described the first filter bag runs through described mesh and described rack removably connects.
4. electric-bag complex dust collector according to claim 3, it is characterized in that, the openend of described the first filter bag is fixed by the card that cuts off described middle dust settling pocket district and described adsorption zone, the circular hole that the openend of described card setting and described the first filter bag matches, the openend of described the first filter bag is communicated with described adsorption zone by described circular hole.
5. electric-bag complex dust collector according to claim 4, is characterized in that, described prime electric field region arranges the corresponding utmost point of joining a cathode line of positive plate and joins type.
6. electric-bag complex dust collector according to claim 5, is characterized in that, described rear class dust settling pocket district arranges the second filter bag of fine and closely woven filtrate or metal filtrate.
7. electric-bag complex dust collector according to claim 6, is characterized in that, described the second filter bag vertical direction arranges.
8. according to the electric-bag complex dust collector described in claim 1 to 7 any one, it is characterized in that, in the middle of described, between the smoke outlet in dust settling pocket district and described mercury removal device, arrange and cover all the first pulse ash removers of described the first filter bag, the spout that described the first pulse ash remover is realized winding-up is corresponding one by one with the openend of described the first filter bag.
9. electric-bag complex dust collector according to claim 8, it is characterized in that, the filter gas port of export in described rear class dust settling pocket district arranges the second pulse ash remover that covers whole the second filter bags, and the spout that described the second pulse ash remover is realized winding-up is corresponding one by one with the openend of described the second filter bag.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320689701.1U CN203525525U (en) | 2013-11-04 | 2013-11-04 | Electric-bag combined dust remover |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320689701.1U CN203525525U (en) | 2013-11-04 | 2013-11-04 | Electric-bag combined dust remover |
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| CN203525525U true CN203525525U (en) | 2014-04-09 |
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| CN201320689701.1U Withdrawn - After Issue CN203525525U (en) | 2013-11-04 | 2013-11-04 | Electric-bag combined dust remover |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103521025A (en) * | 2013-11-04 | 2014-01-22 | 福建龙净环保股份有限公司 | Electrostatic fabric filter |
| CN104548852A (en) * | 2015-01-30 | 2015-04-29 | 福建龙净环保股份有限公司 | Electric-bag compound dust remover |
| CN113398699A (en) * | 2021-06-16 | 2021-09-17 | 朱文卿 | Oil fume ultra-purification treatment device and treatment method |
-
2013
- 2013-11-04 CN CN201320689701.1U patent/CN203525525U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103521025A (en) * | 2013-11-04 | 2014-01-22 | 福建龙净环保股份有限公司 | Electrostatic fabric filter |
| CN103521025B (en) * | 2013-11-04 | 2016-08-17 | 福建龙净环保股份有限公司 | A kind of electric-bag complex dust collector |
| CN104548852A (en) * | 2015-01-30 | 2015-04-29 | 福建龙净环保股份有限公司 | Electric-bag compound dust remover |
| CN113398699A (en) * | 2021-06-16 | 2021-09-17 | 朱文卿 | Oil fume ultra-purification treatment device and treatment method |
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Granted publication date: 20140409 Effective date of abandoning: 20160817 |
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