CN205598966U - Air treatment case and be used for air treatment equipment system of production line - Google Patents

Abstract

The utility model provides an air treatment case, including the air -washer, the air -washer includes box, the clear depressed structure of backward flow and admission line, and the holding has microbial nutrition liquid in the box, has offered on the roof opening, the clear depressed structure setting of backward flow are in the box, and the clear depressed structure of backward flow includes a baffle, a plurality of aeroscopic plate, microorganism inoculation coating and microbial nutrition component, the baffle divides into a backward flow space and a qing dynasty headroom in with the box, the aeroscopic plate includes hang plate and horizontal plate, the hang plate is relatively installed on the lateral wall of clear headroom for two liang, be " eight " style of calligraphy, and install step by step along the direction of height in clear headroom, the top at two hang plates of each grade is installed to the horizontal plate, the block just has certain distance with this top on the top of " eight " style of calligraphy, the bottom surface coating of aeroscopic plate has microorganism inoculation coating, the microbial nutrition component has been put to the top surface of aeroscopic plate. The air treatment case can fully be absorbed the VOC air, prevents environmental pollution.

Description

Air-treatment case and the air treatment equipment system for production line

Technical field

This utility model relates to administer the environmental protection equipment of Organic Waste Gas Pollution, particularly relates to one Air-treatment case and the air treatment equipment system for production line.

Background technology

VOC material refers to the general name of volatile organic matter under room temperature, common are formaldehyde, toluene, two Toluene, acetone and butanone etc..On petrochemical industry, pharmacy, paint, coating, electronic manufacture, surface Production in the industries such as anticorrosion, shoemaking, printing and transportation and can produce during using substantial amounts of VOC, causes extreme influence to air quality, and VOC has stimulation and has human body viscera human body Toxic action, is detrimental to health, and the inflammable potential safety hazard that causes of VOC, VOC because discharge capacity is big, Kind is many, difficult degradation, strong toxicity, potential safety hazard have become as greatly current whole world various countries to air at The focus of reason problem.Such as, in sole manufacturing process, need many bottoms bonding by glue, When bonding, glue can volatilize VOC gas that is substantial amounts of and that have penetrating odor, staff's length Phase smells or sucks this gas, is unfavorable for healthy, therefore, the most quickly and fully disappears Except VOC gas becomes a technical problem urgently to be resolved hurrily of the industry.

Utility model content

In view of the above, this utility model provides a kind of VOC that can absorb and process volatilization fully The air-treatment case of gas.

The technical scheme that this utility model provides is: a kind of air-treatment case, including air-washer, institute State air-washer and include casing, backflow clearing heat in QI system structure and admission line, in casing, be equipped with microorganism Nutritional solution, roof offers described opening, and backflow clearing heat in QI system structure is arranged in casing, and reflux clearing heat in QI system Structure includes a dividing plate, some aeroscopic plates, microbial inoculant coating and microbial nutrition component, institute Stating dividing plate and will be divided into a backflow space and a clearing heat in QI system space in casing, aeroscopic plate includes hang plate and level Plate, hang plate is the most relatively arranged on the sidewall in clearing heat in QI system space, in " eight " font, and Clearing heat in QI system is installed step by step along short transverse in space, and horizontal plate is arranged on the upper of two hang plates of every one-level Side, block has a certain distance on the top of " eight " font and with this top, thus empty at clearing heat in QI system Interior both sides form the air guide channel prolonged in complications, and hang plate is furnished with micro-life with the coated on bottom side of horizontal plate Thing inoculation coating, hang plate is equipped with microbial nutrition component with the end face of horizontal plate, and admission line penetrates Casing inner bottom part and be connected to the bottom of air guide channel, air is directed into inducing QI through admission line and leads to Road, VOC air contact hang plate passes through microorganism by air with the coating of horizontal plate bottom surface VOC bites and removes, and air driven microbial nutrient solution flows along air guide channel and passes through backflow space Flow back to box bottom so that nutritional solution is at casing internal circulation flow.

Further, the described microbial nutrient solution accommodating height in casing is high for backflow clearing heat in QI system structure 2/3 position of degree.

Further, the bottom in described clearing heat in QI system space arranges a deflector and is vertically connected to dividing plate Bottom, forms an air inlet honeycomb duct between deflector and the diapire of casing, and the end of deflector with It is formed with gap between the sidewall in clearing heat in QI system space, air inlet honeycomb duct is connected with air guide channel.

Further, the angle formed between described hang plate and the horizontal plate above it is 60 degree.

Further, described air-treatment case includes the aperture position being arranged on air-treatment box structure Exhaust fan.

Further, described exhaust fan includes exhaustor, is provided with air detection instrument in exhaustor.

Additionally, this utility model provides another air-treatment case.

A kind of air-treatment case, including casing, backflow clearing heat in QI system structure and admission line, casing top Being formed with opening, be equipped with microbial nutrient solution in casing, backflow clearing heat in QI system structure is arranged in casing, Backflow clearing heat in QI system structure includes a dividing plate and some aeroscopic plates, and it is empty that casing is divided into a backflow by described dividing plate Between be inclined upwardly relative to its one end being connected with sidewall with a clearing heat in QI system space, aeroscopic plate, some aeroscopic plates The air guide channel of the polyline shaped prolonged, the bottom-surface coated of aeroscopic plate is formed in being alternately mounted on clearing heat in QI system space Having microbial inoculant coating, the end face of aeroscopic plate is equipped with microbial nutrition component, and admission line penetrates case Internal bottom and be connected to the bottom of air guide channel, air is directed into air guide channel through admission line, VOC in air is bitten by microorganism and removes by the coating of VOC air contact aeroscopic plate bottom surface, and Air driven microbial nutrient solution flows along air guide channel and passes through backflow space and flows back to box bottom, makes Obtain nutritional solution at casing internal circulation flow.

Further, described microbial inoculant coating uses compound carbon-based nano bed.

Additionally, this utility model is necessary to provide a kind of VOC air treatment equipment for production line System.

A kind of VOC air treatment equipment system for production line, processes including some air trappings Table, some described air-treatment pipes, and air-treatment case, some air trappings process table and collect VOC air also carries out first order process to the VOC air collected, and air-treatment pipe connects air and receives Collection processes table, imports the air after air trapping processes table process and carries out second level process, and by two grades Air after process is sent to air-treatment case, carries out third level process.

Further, described air-treatment pipe composition pipe frame structure, including house steward, connection on house steward Some arms, and be connected on house steward in order to gas in house steward is imported the confluxing of air-treatment case Pipe, each arm connects each air trapping respectively and processes table, to collect air trapping process table collection VOC air after process.

Further, described VOC air treatment equipment system includes intelligent checking system, intelligence Detecting system includes display and air detection instrument, and display is arranged on air trapping and processes the table of table Plate surface, air detection instrument is arranged on the port of export of air-treatment case.

Further, described air-treatment case includes casing, backflow clearing heat in QI system structure and admission line, Casing top is formed with opening, is equipped with microbial nutrient solution in casing, and backflow clearing heat in QI system structure is arranged on In casing, backflow clearing heat in QI system structure includes a dividing plate and some aeroscopic plates, and casing is divided into by described dividing plate One backflow space and a clearing heat in QI system space, some aeroscopic plates are alternately mounted on and prolong in formation in clearing heat in QI system space The air guide channel of polyline shaped, the coated on bottom side of aeroscopic plate is furnished with microbial inoculant coating, the end face of aeroscopic plate Being equipped with microbial nutrition component, admission line penetrates casing inner bottom part and is connected to the end of air guide channel End, air is directed into air guide channel, the coating of VOC air contact aeroscopic plate bottom surface through admission line By microorganism the VOC in air bitten and remove, and air driven microbial nutrient solution leads to along inducing QI Road flows and passes through backflow space and flows back to box bottom so that nutritional solution is at casing internal circulation flow.

Compared to prior art, the air trapping treatment box described in this utility model employing, utilize and pass through Microorganism species and a special backflow with folding labyrinth-like containing microbial lytic liquid Clearing heat in QI system structure, it is ensured that organic exhaust gas can be fully contacted with the lysate containing microorganism, thus will have Chance is gone thoroughly to decompose and is become harmless carbon dioxide and water, and clearance can reach more than 98%, and Can play a role in keeping 3 months in the case of not updating lysate.

Accompanying drawing explanation

Described above is only the general introduction of technical solutions of the utility model, in order to be illustrated more clearly that this practicality Novel technical scheme, will make the accompanying drawing used required in embodiment or description of the prior art below Introducing simply, the accompanying drawing in description is only corresponding to specific embodiment of the utility model, for For those of ordinary skill in the art, on the premise of not paying creative work, needs when Other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is this utility model structural representation for the VOC air treatment equipment system of production line Figure；

Fig. 2 is the overall diagram of the collection and confinement of gases process table of the air treatment equipment system shown in Fig. 1；

Fig. 3 is the exploded view that the collection and confinement of gases shown in Fig. 2 processes table；

Air trapping shown in Fig. 4 Fig. 2 processes the top view of the desktop of table；

Air trapping shown in Fig. 5 Fig. 2 processes the axonometric chart after the desktop expansion of table；

Fig. 6 is the sectional view that the collection and confinement of gases shown in Fig. 2 processes the desk body of table；

Fig. 7 is the cross-sectional layers structural representation of the air-breathing processing means bottom the desktop shown in Fig. 6；

Fig. 8 is the axonometric chart of the air-treatment tubular construction of the air treatment equipment system shown in Fig. 1；

Fig. 9 is the axonometric chart of the air-treatment box structure of the air treatment equipment system shown in Fig. 1；

Figure 10 is Rotating fields the first better embodiment in the air-treatment box structure shown in Fig. 9 Schematic diagram；

Figure 11 is the schematic cross-section of this utility model the second preferred embodiment air-treatment box structure；

Figure 12 is the schematic top plan view of the air-treatment box structure shown in Figure 11；

Figure 13 is the schematic diagram along A-A direction of the air-treatment box structure shown in Figure 11；

Figure 14 is the schematic diagram along B-B direction of the air-treatment box structure shown in Figure 11；

Figure 15 is cross section signal when being equipped with nutritional solution state of the air-treatment box structure shown in Figure 11 Figure；

Figure 16 is the schematic cross-section of this utility model the 3rd preferred embodiment air-treatment box structure；

Figure 17 is the schematic diagram along A-A direction of the air-treatment box structure shown in Figure 16.

Detailed description of the invention

In order to elaborate the technical scheme that this utility model is taked by reaching predetermined technique purpose, Below in conjunction with the accompanying drawing in this utility model embodiment, to the technical side in this utility model embodiment Case is clearly and completely described, it is clear that described embodiment is only portion of the present utility model Divide embodiment rather than whole embodiments, and, on the premise of not paying creative work, Technological means or technical characteristic in embodiment of the present utility model can be replaced, below with reference to the accompanying drawings And describe this utility model in detail in conjunction with the embodiments.

Refer to Fig. 1, a kind of VOC air treatment equipment system for production line, be positioned at flowing water The side of conveyer belt 200.VOC air treatment equipment system includes that some air trappings process table 10, some air-treatment pipes 20 and air-treatment case 30.Some air trappings process table 10 and set Put the side at flowing water conveyer belt 200, the air collected is carried out first order process, air-treatment pipe 20 connect air trappings processes tables 10, imports air trapping and processes the air after table 10 processes and carry out the Two stage treatment, and the air after two stage treatment is sent to air-treatment case 30, carry out at the third level Reason.

Refer to Fig. 2, Fig. 3, air trapping process table 10 include desk body 11, gas skirt 12 and Air-breathing processing means 13.Desk body 11 includes bracing frame 111, the table being arranged on bracing frame 111 112 and be arranged on the inducing QI bucket 113 bottom table 112.Bracing frame 111 includes some support bars 114 and be connected to the crossbeam 115 on support bar 114 top two-by-two.In the present embodiment, desk body 11 It is four for tetragon desk body, support bar 114 and crossbeam 115.Table 112 is carried on crossbeam On 115, on table 112 end face, neighbouring both sides are relatively formed with processing district 116.In the present embodiment, Processing district 116 is recessed square groove.Table 112 end face offers some getter holes 117, receives The space that pore 117 surrounds with the inducing QI bucket 113 bottom table 112 connects.

Incorporated by reference to refering to Fig. 4, some getter holes 117 are avoided described processing district 116 and are offered and around institute State processing district 116, the plate face of table 112 is distributed in I-shaped.Further, getter The position of center line that hole 117 size is isolated from two processing districts 116 is to neighbouring corresponding processing district 116 Edge tapers into, getter hole 117 size from away from two ends, processing district 116 adding to neighbouring corresponding Work area 116 size tapers into, and by so distribution, is more beneficial for the gas above table 112 and fills Divide and absorb.

Referring to Fig. 5, Fig. 6, table 112 is two and is oppositely arranged plate body composition, and each plate body leads to Cross loose-leaf to be hinged on crossbeam 115, can relatively open, be so easy to air-breathing processing means 13 Part is installed to inducing QI bucket 113.Inducing QI bucket 113 is in rectangular pyramid shape barrel structure, the top of inducing QI bucket 113 End is fixed in the tetragon frame that crossbeam 115 surrounds, and the top of inducing QI bucket 113 is relative to crossbeam 115 Protrude out preset length protrudes out edge 118, plate body has been correspondingly formed and has protruded out the sealing of edge 118 phase The engaging edge coordinated so that inducing QI bucket cover close after with the end sealing of inducing QI bucket 113, prevent suction from leading The air of gas bucket 113 is revealed.The top middle portion of inducing QI bucket 113 is formed with two support beams 119, for Support the plate body after covering.Further, the internal perisporium of inducing QI bucket 113 is provided with some bracers 110, for assisting support beam 119 together to support the plate body after covering.

Described gas skirt 12 in order to be located on table 112, gas skirt 12 offer relative and with The gathering hole 121 that position, described processing district 116 is corresponding.In the present embodiment, gas skirt 12 is transparent The rectangular cover that material is made.Accurate for the ease of gas skirt 12 cooperation position on table 112, It is respectively arranged with locating piece 1121 at corner on table 112, joins for the corner with gas skirt 12 Close.Additionally, gas skirt 12 also may be designed as two half relative case compositions, every half case divides It is not hinged on crossbeam 115.

Referring to Fig. 6 and Fig. 7, air-breathing processing means 13 is arranged on inducing QI bucket 113 outlet at bottom end, Air-breathing processing means 13 includes multistage filtering assembly 131 and suction fan 132, multistage filtering group Part 131 includes dust layer 133, adsorption layer 134 and cracking zone structure 135.Dust layer 133 sets Put the port of export at inducing QI bucket 113, in order to by particle filtering bigger for the particle diameters such as dust.Adsorption layer 134 are arranged on below dust layer 133, predominantly activated carbon material, by activated carbon physical absorption VOC Gas.Cracking zone structure 135 is arranged on below adsorption layer 134, in order to crack VOC gas, splits Change Rotating fields 135 to include being catalyzed lamp 1351 and being arranged on the catalysis stratum reticulare of catalysis lamp 1351 both sides 1352, catalysis stratum reticulare 1352 is formed with cracking and catalyzing enzyme, such as nano peptide etc., lamp can be catalyzed Under the exciting of 1351, effect is gas cracking by VOC, i.e. carries out chemolysis.Suction fan 132 sets Put the lower section at multistage filtering assembly 131, made above table 112 by suction fan 132 air-breathing The air being positioned at gas skirt 12 is fully absorbed inducing QI bucket 113, then leads through inducing QI bucket 113 Enter after multistage filtering assembly 131 processes and discharge from suction fan 132 air outlet.

Further, air trapping process table 10 also includes intelligent checking system, intelligent checking system Including display 141 and air detection instrument (not shown), display 141 is arranged on table 112 Surface, operator can with direct viewing to display parameter value, parameter value include concentration, temperature and Suction fan power etc., air detection instrument is arranged on air-breathing processing means 13 port of export, with inspection in real time The related parameter values of VOC gas after survey process, and show at display in real time.

During operator's production operation, opening described suction fan 132, extraneous air is from gas skirt 12 Enter at the gathering hole 121 of both sides, empty by material or workpiece volatilization VOC above table 112 Gas will not shed and contaminated air at gathering hole 121, and VOC air can be inhaled into, and from two The air stream entered at gathering hole 121 is collided, and the air stream collided can flow to two ends, flows to desk body At the two ends of 11, by the getter hole 117 in the wide-bore footpath of centerline and opening at two ends Heavy caliber hole, can suck main air flow to form negative pressure in gas skirt 12 along speed ground, so, Volatilization VOC gas in gas skirt 12 can be taken away fully, therefore, by by air-breathing along speed Hole arrangement is I shape and suction hole varying aperture direction, utilizes air rheology principle well, Realize the most fully sucking the VOC in gas skirt 12, and suction fan 132 can be reduced Working power, effectively saved the energy.

In conjunction with refering to Fig. 1 and Fig. 8, air-treatment pipe 20 includes pipe box 21 and is arranged on pipe box 21 Interior air-treatment structure 22.Air-treatment structure 22 includes hurricane band 221 and fluorescent tube 222. The diameter of hurricane band 221 entirety is suitable with the internal diameter of pipe box 21, and hurricane band 221 helically extends in In pipe box 21, hurricane band 221 center is surrounded by axis through-hole, and the zone face of hurricane band 221 is coated with Have light enzyme catalyst (not shown), can under the effect of illumination catalytic decomposition gas.Fluorescent tube 222 Being arranged in the axis through-hole at hurricane band 221 center, fluorescent tube 222 can use ultraviolet lamp tube, by light According to the catalyst excited on hurricane band 221 zone face.It is preferred that be provided with in pipe box 21 a plurality of mutually Interweave coordinate hurricane band 221 and form axis through-hole.

Air-treatment pipe 20 is some, and pore size can be different.This utility model is preferably implemented In example, the pipe frame structure of some air-treatment pipes 20 composition, including house steward 23, connection house steward 23 On some arms 24, and be connected on house steward 23 in order to by house steward 23 gas import air The collecting pipe 25 for the treatment of box 30.Each arm 24 connects each air trapping respectively and processes table 10 Suction fan 132 air outlet.So, the VOC after table 10 collection processes is processed through air trapping Air is through suction fan 132 suction manifold 24, enter into house steward 23 from arm 24 again, then from house steward 23 enter into collecting pipe 25, enter into air-treatment case 30, and so, VOC air is through by air Process long path and the process of the long second level that pipe 20 is carried out, can be preferably at air trapping The VOC air that process table 10 eliminates the most completely processes further.

Referring to Fig. 9, Figure 10, air-treatment case 30 includes air-washer 31 and is arranged on gas washing dress Put the exhaust fan 32 on 31 tops.Air-washer 31 include casing 40, backflow clearing heat in QI system structure 50 and Admission line 60.

The top of casing 40 has opening 41, is equipped with microbial nutrient solution in casing 40.This is relatively In good enforcement, casing 40 is chosen as the rectangular box of hollow, including the first side being positioned at casing both sides Wall 42 and the second sidewall 43, it is positioned at the roof 44 at casing top and is positioned at the diapire of box bottom 45.Air inlet pipe installing hole 421 is offered on the first side wall 42.Described opening is offered on roof 44 41.Outage 451 is offered on diapire 45.

Backflow clearing heat in QI system structure 50 be arranged in casing 40, backflow clearing heat in QI system structure 50 include a dividing plate 51, Some aeroscopic plates 52, microbial inoculant coating and microbial nutrition component.Dividing plate 51 is by casing 40 It is divided into backflow space 511 and a clearing heat in QI system space 512,51 liang of dividing plate in the present embodiment specifically Side is solidly connected on the forward and backward end wall of casing, the inner surface of the diapire of the bottom of dividing plate 51 and casing 40 Between there is certain gap, between dividing plate 51 and the first side wall 42 formed backflow space 511, return Fluid space 511 gap is less, for the liquid backflow box bottom at casing top.Dividing plate 51 and Form clearing heat in QI system space 512 between two sidewalls 43, form air guide channel for assembling some aeroscopic plates 52. Aeroscopic plate 52 includes hang plate 521 and horizontal plate 522, and hang plate 521 is relative in clearing heat in QI system space The most relatively install on the first side wall the 42, second sidewall 43, in " eight " font, horizontal plate 522 Be arranged on the top of two hang plates 521, block "eight" shape open top end and with this opening End has certain height distance.The two ends of horizontal plate are attached to the forward and backward of clearing heat in QI system space internal box On end wall.Hang plate 521 is installed in clearing heat in QI system space 512 the most step by step, and every a pair shape Become and be provided with a horizontal plate 522 above the hang plate 521 of "eight" shape.So, empty at clearing heat in QI system Between both sides in 512 form the air guide channel prolonged in two complications.

Bottom in clearing heat in QI system space 512 arranges a deflector 523 and is vertically connected to the bottom of dividing plate 51, An air inlet honeycomb duct 524, and deflector 523 is formed between the diapire of deflector 523 and casing 40 End and the second sidewall 53 between be formed with gap, by air inlet honeycomb duct 524 with air guide channel even Logical.Time in VOC gas importing casing 40, the VOC gas introducing casing 40 inner bottom part is led along air inlet Runner 524 flows into the space, bottom of two hang plates 521 forming "eight" shape, and gas is along two The bottom surface of hang plate 521 flows up, and the open top being then passed through "eight" shape flows to level The bottom of plate 522, gas is divided into two bursts of both sides to clearing heat in QI system space 512 along the bottom of horizontal plate 522 Flowing, subsequently into the space, bottom of two hang plates 521 to upper level "eight" shape, so Flow up step by step, until after the bottom of the horizontal plate 522 of top divides two plumes to go out, gas from The opening 41 on casing 40 top flows out.The gradient formed between hang plate 521 and horizontal plane selects Between 10 degree to 45 degree, be preferably chosen as 30 degree, accordingly, hang plate 521 with its above Horizontal plate 522 between formed angle be 60 degree.When gas flows in air guide channel, simultaneously The nutritional solution in clearing heat in QI system space 512 can be driven to flow from bottom to top, and from clearing heat in QI system space 512 Top flow back into backflow space 511 in, nutritional solution is entered to air inlet honeycomb duct by space 511 of refluxing 524, flow back into bottom in clearing heat in QI system space 512, so circulate.

Microbial inoculant coating is coated on the bottom surface of aeroscopic plate, at aeroscopic plate bottom surface microbe inoculation Form microbiologic population's layer.Microbial inoculant coating main component is to bite VOC fungus and partly have altogether The prokaryote composition of raw relation, allocates structure by a certain percentage according to the gas ingredients of different polluter Becoming, this utility model microbial inoculant coating mainly uses compound carbon-based nano bed (coating).Due to VOC gas density is relatively low, introduces VOC gas rising edge aeroscopic plate in nutritional solution of box bottom Bottom surface is moved, and i.e. flows into the bottom surface of horizontal plate 522 from hang plate 521 bottom surface, then along horizontal plate 522 bottom surfaces are moved, and subsequently into the bottom surface of last layer hang plate 521, so, VOC gas is all the time Flow along aeroscopic plate 52 bottom surface.

Microbial nutrition component is arranged on the end face of aeroscopic plate 52, in microbial inoculant coating Microorganism provide nutrient, for microbial reproduction, cultivation.Containing trace ore deposit in microbial nutrition component Material, saccharide and for stable and accelerate the enzyme preparation of microbiologic population's metabolism, VOC is considered as micro- Biological nutriment.Nutrient solution prescription can be directly placed at aeroscopic plate end face, or aeroscopic plate end face is arranged Accommodating device, such as grid or test tube, is respectively implanted microbial nutrition component in accommodating device.

Admission line 60 is arranged on the first side wall 42 of casing 40, one end of admission line 60 with Extraneous suction nozzle connects, and in the other end stretches into casing and extend bottom backflow clearing heat in QI system structure 50, and enters Conductance runner 524 connects.

When using air-treatment box structure, the microbial nutrient solution accommodating height in casing 40 is back 2/3 position of stream clearing heat in QI system structure height.By admission line 60, VOC air is directed into Gas passage, the VOC in air is bitten by the coating of VOC air contact aeroscopic plate bottom surface by microorganism Removing, and VOC air driven microbial nutrient solution flows along air guide channel, nutritional solution is through backflow Box bottom is flowed back in space so that nutritional solution is at casing internal circulation flow.The concrete mistake of nutritional solution effect Cheng Wei, there is to activate activation with the microorganism of attachment in nutritional solution, VOC is split by common generation Solving effect, after VOC cracking, solution is lysate, and after using Preset Time, splitting action declines When maybe can not act on, by outage 451 waste discharge.

Exhaust fan 32 is arranged on opening 41 position of air-treatment box structure, in order to will be from opening 41 The air discharged is discharged, and exhaust fan 32 includes exhaustor.Further, in exhaustor, installation is free Gas detector, processes table 10, air-treatment pipe 20 and air-treatment with detection through air trapping The VOC content of the air after case 30 process, detects and shows in real time the various data of detection in real time, Realize air treatment equipment system being controlled in real time and feeding back Detection results in time.

Refer to Figure 11,12, this utility model is for the VOC air treatment equipment system of production line The second preferred embodiment of air-treatment case, including casing 70, backflow clearing heat in QI system structure 80 and enter Feed channel 90.

The top of casing 70 is formed with opening 71, is equipped with microbial nutrient solution in casing 70.This In preferably implementing, casing 70 is chosen as the rectangular box of hollow, including being positioned at the first of casing both sides Sidewall 72 and the second sidewall 73, it is positioned at the roof 74 at casing top and is positioned at the end of box bottom Wall 75.Air inlet pipe installing hole 721 is offered on the first side wall 72.Open described in offering on roof 74 Mouth 71.Outage 751 is offered on diapire 75.

Backflow clearing heat in QI system structure 80 be arranged in casing 70, backflow clearing heat in QI system structure 80 include a dividing plate 81, Some aeroscopic plates 82, microbial inoculant coating and microbial nutrition component.

Incorporated by reference to refering to Figure 13, Figure 14, dividing plate 81 casing 70 is divided into a backflow space 811 with One clearing heat in QI system space 812, dividing plate 81 both sides are solidly connected to the forward and backward of casing in the present embodiment specifically On end wall, between the inner surface of the bottom of dividing plate 81 and the diapire of casing 70, there is certain gap, Forming backflow space 811 between dividing plate 81 and the first side wall 72, backflow gap, space 811 is less, Liquid backflow box bottom for casing top.Clearing heat in QI system is formed between dividing plate 81 and the second sidewall 73 Space 812, forms air guide channel for assembling some aeroscopic plates 82.

Some aeroscopic plates 82 are alternately installed and aeroscopic plate 82 on the relative sidewall in 812 liang of clearing heat in QI system space Relatively its one end being connected with sidewall is inclined upwardly default angle, so formation one in clearing heat in QI system space The air guide channel prolonged in complications.In the present embodiment, aeroscopic plate 82 is rectangular slab, and aeroscopic plate 82 can divide For some first aeroscopic plates being fixed in abreast on dividing plate 81, and it is fixed in the second sidewall abreast Some second aeroscopic plates on 73, the first aeroscopic plate and the second aeroscopic plate be arranged alternately, specifically, One end of first aeroscopic plate is solidly connected on dividing plate 81, and the other end extends and to updip to the second sidewall 73 The angle preset, the other end of the first aeroscopic plate is not connected to the second sidewall 73, with the second sidewall 73 Between form first and breathe freely gap 821；Accordingly, one end of the second aeroscopic plate is solidly connected to the second sidewall On 73 and be positioned at first and breathe freely the height preset above gap 821, the other end of the second aeroscopic plate to The angle that dividing plate 81 extends and presets to updip, the other end of the second aeroscopic plate is not connected to dividing plate 81, And form second between dividing plate 81 to breathe freely gap 822.According to above-mentioned mounting means, alternately pacify successively Fill aeroscopic plate, and the front and rear sides of aeroscopic plate is respectively fixed on the forward and backward end wall of casing, as This, will form described air guide channel, it is illustrated that in, introduce the VOC gas of box bottom along the first inducing QI Plate bottom surface channel flow, flows into the second aeroscopic plate bottom surface passage after the first air-guiding gap 221, The bottom surface passage of the first aeroscopic plate of last layer is flowed into after the second air-guiding gap 222.So, draw Lead VOC gas to flow along air guide channel, make the gas of introducing from the bottom of casing after air guide channel Shed at the opening 71 of casing.It is appreciated that the first aeroscopic plate updip or the second aeroscopic plate updip The gradient formed may be the same or different, and the gradient selects between 10 degree to 45 degree, is preferably chosen as 30 degree.Between first aeroscopic plate end and the second sidewall 73 first gap 821 of breathing freely is led with second Between gas plate end and dividing plate 81 second gap 822 of breathing freely may be the same or different, it is preferred that choosing For identical.

When VOC gas flows in air guide channel, the nutritional solution in casing can be driven to flow to back simultaneously The top of stream clearing heat in QI system structure, for the ease of nutritional solution in top landing to backflow space 811, top Aeroscopic plate be set to the first aeroscopic plate of being connected with dividing plate 81, so, the first inducing QI of top The end face of plate forms one and is easy to the domatic of nutritional solution downslide, sliding along the first aeroscopic plate end face for nutritional solution Drop down onto backflow space 811.If the aeroscopic plate of top is set to second be connected with the second sidewall 31 Aeroscopic plate, then be not easy to the nutritional solution from air guide channel flows out and circulate glibly, to whole casing Stress stationarity impacted.Additionally, released by gas surge for the ease of air guide channel end Put, the ventilative gap of least significant end (saturating between corresponding top the first aeroscopic plate and the second sidewall 73 Gas gap) gap width is more than ventilative gap (corresponding lowermost end the first aeroscopic plate during lowermost end air inlet And the ventilative gap between the second sidewall 73).

Further, so that the impulsive force of casing both sides is put down by the gas gone out from air guide channel Weighing apparatus, this utility model also provides for a kind of backflow clearing heat in QI system structure strengthening balance-impact power.Refer to figure 16, Figure 17, under the ventilative gap between corresponding top the first aeroscopic plate and the second sidewall 73 Side install a feeder current pipe 85, feeder current pipe 85 be communicated to the bottom in casing, so, at nutritional solution be Gas is when air guide channel end is gone out, and a nutritional solution part is by flowing through back from the first aeroscopic plate top side Fluid space 811 to casing inner bottom part, another part directly flows back to the bottom of casing by feeder current pipe 85, So, the balance of casing both sides stress can be strengthened.In the present embodiment, feeder current pipe 85 uses straight-through Pipe, can be one or side by side some, each feeder current pipe 85 penetrates some aeroscopic plates even The bottom being connected in casing.

Microbial inoculant coating is coated on the bottom surface of aeroscopic plate, and microbial nutrition component is arranged on aeroscopic plate End face.VOC gas flows into second from the first aeroscopic plate bottom surface after the first air-guiding gap 221 The bottom surface of aeroscopic plate, then moves along the second aeroscopic plate bottom surface, laggard through the second air-guiding gap 222 Entering the bottom surface of last layer the first aeroscopic plate, VOC gas flows along aeroscopic plate bottom surface all the time.Admission line 90 are arranged on the first side wall of casing, and one end of air inlet pipe 30 is connected with extraneous suction nozzle, another End stretches in casing and extends the lower section of aeroscopic plate bottom backflow clearing heat in QI system structure 80, with air guide channel Connection.

Refer to Figure 15, when using the air-treatment case of the second preferred embodiment, microbial nutrient solution Accommodating height in casing 70 is 2/3 position of backflow clearing heat in QI system structure height.Pass through air inlet pipe VOC air is directed into air guide channel by road 90, and the coating of VOC air contact aeroscopic plate bottom surface is passed through VOC in air is bitten and removes by microorganism, and VOC air driven microbial nutrient solution is along inducing QI Channel flow, nutritional solution flows back to box bottom through backflow space and feeder current pipe 85 so that nutrition Liquid is at casing internal circulation flow.

Further, can in casing in backflow clearing heat in QI system structure 80 top one VOC adsorption plate is installed, To strengthen the removal to VOC.

This utility model VOC air treatment equipment system include air trapping process table 10 process, empty The process of three processes that gas disposal pipe 20 processes and air-treatment case 30 processes, air trapping Process table 10 is processed as physical absorption and combines chemical light catalytic treatment, and air-treatment pipe 20 is chemical light Catalytic treatment, air-treatment case 30 is biological technical finesse, according on production line to VOC air Composition or the requirement of degree for the treatment of, optional merely through a process or the combination of any several process, As being that single air trapping process table 10 processes, single air-treatment pipe 20 processes, single Only air-treatment case 30 processes, or air trapping processes table 10 and combines with air-treatment pipe 20 Process, or air trapping processes table 10, air-treatment pipe 20 and air-treatment case 30 three's phase In conjunction with processing.It is appreciated that and processes table 10, air-treatment pipe 20 and air at air trapping The inlet and outlet for the treatment of box 30 all can install air detection instrument.

Additionally, air-treatment box structure provides the technology path that a brand-new VOC processes, utilize Through preferably special with acclimated microorganism flora and one containing microbial lytic liquid with Fold the backflow clearing heat in QI system structure of labyrinth-like, it is ensured that organic exhaust gas can fill with the lysate containing microorganism Tap is touched, thus thoroughly decomposes having an opportunity and become harmless carbon dioxide and water, and clearance is permissible Reach more than 98%, it is possible in the case of not updating lysate, play a role in keeping 3 months. By the organic exhaust gas inlet and outlet at air-treatment box structure, organic exhaust gas on-line monitoring is installed Device, it is possible to be directly observed organic exhaust gas changing value before improvement and after improvement, and by wired Or wireless mode uploads to remote monitoring platform.Treatment effect is checked, it is provided that reliably for administration section Data are supported.The emissions data of the VOC before and after being processed by synchronization monitoring, and upload to data center Analyzed, thus realized air large database concept, realize discharge charge for supervision and air regulation provides Foundation.Native system operation costs are the lowest, and the power consumption of the most only tens watts, lysate is more Cycle of changing is more than 3 months, and low cost, overall cost is the 1/3 of existing processing means, Management is safeguarded the easiest.

The above, be only preferred embodiment of the present utility model, not makees this utility model Any pro forma restriction, although this utility model is disclosed above with preferred embodiment, but not In order to limit this utility model, any those skilled in the art, without departing from this utility model In the range of technical scheme, when the technology contents of available the disclosure above makes a little change or is modified to With the Equivalent embodiments of change, as long as being without departing from technical solutions of the utility model content, according to this reality By novel technical spirit, within spirit of the present utility model and principle, above example is made Any simple amendment, equivalent and improvement etc., all still fall within technical solutions of the utility model Within protection domain.

Claims (9)

1. an air-treatment case (30), including air-washer (31), it is characterised in that wash described in: Device of air (31) includes casing (40), backflow clearing heat in QI system structure (50) and admission line (60), It is equipped with microbial nutrient solution in casing (40), roof (44) offers described opening (41), In backflow clearing heat in QI system structure (50) is arranged on casing (40), backflow clearing heat in QI system structure (50) include one every Plate (51), some aeroscopic plates (52), microbial inoculant coating and microbial nutrition component, described Dividing plate (51) will be divided into a backflow space (511) and a clearing heat in QI system space (512) in casing (40), Aeroscopic plate (52) includes hang plate (521) and horizontal plate (522), and hang plate (521) two is biphase It is arranged on over the ground on the sidewall of clearing heat in QI system space (512), in " eight " font, and in clearing heat in QI system space (512) installing step by step along short transverse in, horizontal plate (522) is arranged on two hang plates of every one-level (521) top, block on the top of " eight " font and has a certain distance with this top, Thus the both sides in clearing heat in QI system space (512) form the air guide channel prolonged in complications, hang plate (521) It is furnished with microbial inoculant coating, hang plate (521) and horizontal plate with the coated on bottom side of horizontal plate (522) (522) end face is equipped with microbial nutrition component, and admission line (60) penetrates in casing (40) Bottom and be connected to the bottom of air guide channel, air is directed into air guide channel through admission line (60), The coating of VOC air contact hang plate (521) and horizontal plate (522) bottom surface will by microorganism VOC in air bites and removes, and air driven microbial nutrient solution flows along air guide channel and passes through Casing (40) bottom is flowed back in backflow space (511) so that nutritional solution circulates in casing (40) Flowing.

Air-treatment case (30) the most according to claim 1, it is characterised in that: described microorganism is sought The nutrient solution accommodating height in casing (40) is 2/3 position of backflow clearing heat in QI system structure height.

Air-treatment case (30) the most according to claim 1, it is characterised in that: described clearing heat in QI system space (512) bottom in arranges a deflector (523) and is vertically connected to the bottom of dividing plate (51), An air inlet honeycomb duct (524) is formed between the diapire of deflector (523) and casing (40), and It is formed with gap, by air inlet between end and the sidewall (53) in clearing heat in QI system space of deflector (523) Honeycomb duct (524) connects with air guide channel.

Air-treatment case (30) the most according to claim 1, it is characterised in that: described hang plate (521) And the angle formed between the horizontal plate (522) above it is 60 degree.

Air-treatment case (30) the most according to claim 1, it is characterised in that: include being arranged on sky The exhaust fan (32) of opening (41) position of gas disposal box structure.

Air-treatment case (30) the most according to claim 5, it is characterised in that: described exhaust fan (32) Including exhaustor, air detection instrument is installed in exhaustor.

7. an air-treatment case (30), including casing (70), backflow clearing heat in QI system structure (80) and enter Feed channel (90), it is characterised in that: casing (70) top is formed with opening (71), casing (70) Inside being equipped with microbial nutrient solution, backflow clearing heat in QI system structure (80) is arranged in casing (70), backflow Clearing heat in QI system structure (80) includes a dividing plate (81) and some aeroscopic plates (82), described dividing plate (81) Casing (70) is divided into a backflow space (811) and a clearing heat in QI system space (812), aeroscopic plate (22) Its one end being connected with sidewall relatively is inclined upwardly, and it is empty that some aeroscopic plates (82) are alternately mounted on clearing heat in QI system The interior air guide channel forming the polyline shaped prolonged, the coated on bottom side of aeroscopic plate (82) is furnished with microorganism and connects Planting coating, the end face of aeroscopic plate (82) is equipped with microbial nutrition component, and admission line (90) penetrates Casing inner bottom part and be connected to the bottom of air guide channel, air is directed into through admission line (90) Gas passage, the coating of VOC air contact aeroscopic plate (82) bottom surface passes through microorganism by air VOC bites and removes, and air driven microbial nutrient solution flows along air guide channel and passes through backflow space (811) casing (70) bottom is flowed back to so that nutritional solution is at casing (70) internal circulation flow.

Air-treatment case (30) the most according to claim 7, it is characterised in that: described microorganism connects Plant coating and use compound carbon-based nano bed.

9. the VOC air treatment equipment system for production line, it is characterised in that: include some Air trapping processes table (10), some air-treatment pipes (20), and claim 1 to 8 is arbitrary Air-treatment case (30) described in Xiang, some air trappings process table (10) and collect VOC air And the VOC air collected is carried out first order process, air-treatment pipe (20) connects air trapping Process table (10), import the air after air trapping processes table (10) process and carry out second level process, And the air after two stage treatment is sent to air-treatment case (30), carry out third level process.