CN205235717U - Air drying equipment - Google Patents

Air drying equipment Download PDF

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Publication number
CN205235717U
CN205235717U CN201520988457.8U CN201520988457U CN205235717U CN 205235717 U CN205235717 U CN 205235717U CN 201520988457 U CN201520988457 U CN 201520988457U CN 205235717 U CN205235717 U CN 205235717U
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China
Prior art keywords
gas guide
guide board
drying equipment
framework
air drying
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CN201520988457.8U
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Chinese (zh)
Inventor
方昱迪
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Suzhou Badger Co Ltd
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Suzhou Badger Co Ltd
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Priority to CN201520988457.8U priority Critical patent/CN205235717U/en
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Abstract

The utility model relates to an air drying equipment, including box and water trap, the box is equipped with air inlet, air outlet and inspection socket, baffle, delivery port, water trap includes the framework, the framework bottom is equipped with the apopore, inside is equipped with gaseous guiding device, gaseous guiding device comprises the gaseous guide plate of plural number row, gaseous guide plate is by half round tube composition of complex root opening, it is equipped with airflow channel to have between the gaseous guide plate of adjacent row of different radical opening semicircles pipes, the baffle is equipped with the apopore with water trap bottom surface contact department. The utility model discloses set up gaseous guide plate in core component water trap framework, the airflow channel of formation exerts an influence to gas flow, has increased the gas flow route to can make gaseous the stagnation spin, thereby get rid of moisture effectively at the inside vortex air current that leads to the fact of device, the clearance surpasses 95%, far above present complicated water trap's efficiency, is favorable to the industrialization to be used.

Description

Air drying equipment
Technical field
The utility model belongs to environmental protection equipment field, is specifically related to a kind of air drying equipment, can be for gasThe dry processing of body.
Background technology
Along with the development of modern industry, the impact that dust causes environment and the mankind's health is day by day tightHeavy, effectively administer dust pollution, purify the mankind's living environment, become proprietary common recognition. In addition nearNational serious to environmental protection pay attention to day by day and global warming phenomenon over year, in order to advocate carbon reduction, environmental protectionIndustry is flourish, and in order to safeguard production environment cleaning, cleaning in time, by the place of dust pollution, is carriedAdvocate dustless working environment. So dust arrester arises at the historic moment, at present dust arrester be not only widely used in metallurgy,Udst separation and the material of the non-fiber industry dust of various industrial and mining enterprises such as building materials, machinery, chemical industry, mineRecovery in, and be mainly widely used in electronics production industry.
Along with the continuous intensification of countries in the world process of industrialization, SO2、NOXPollute and exceeded smoke contaminationFor the first pollutant of atmospheric environment. It is in the world that flue gas desulfurization (FGD) is different from other desulfurization methodsThe sulfur method of unique large-scale commercial application is control of acid rain and SO2That pollutes is the most effective and mainThe technological means of wanting. In wet processing, the heat problem again of flue gas directly affects the throwing of whole FGD techniqueMoney. Because the general temperature of flue gas after wet processing desulfurization lower (45 DEG C), mostly below dew point,If directly enter chimney without heating again, easily form acid mist, corrosion chimney, is also unfavorable for flue gasDiffusion. So wet FGD device is typically equipped with flue gas reheat system. At present, apply and more beRegeneration (revolution) the formula flue gas heat exchanger (GGH) of technical maturation. GGH price is more expensive, accounts for whole FGDThe ratio of technology investment is higher. In recent years, MIT develops and a kind ofly saves without leakage typeGGH, has solved smoke spillage problem preferably, but price is still higher. The exploitation of front German SHU companyGo out the new technology of a kind of GGH of saving and chimney, it is arranged on whole FGD device the cooling tower of power plantIn, utilize electric power plant circulating water waste heat to heat flue gas, ruuning situation is good, is the very promising side of oneMethod.
Wet fuel gas desulfurizing technology flow process, form and the mechanism of countries in the world are similar, are mainly to useLime stone (CaCO3), lime (CaO) or sodium carbonate (Na2CO3) etc. slurries make washing agent, in reaction towerFlue gas is washed, thereby remove the SO in flue gas2. This technique history of existing 50 years, processConstantly after Improvement and perfection, technology comparative maturity, and there is desulfuration efficiency high (90%～98%), machinePool-size is large, and coal adaptability is strong, and the lower and byproduct of operating cost is the advantage such as recovery easily. According to Environmental Protection in AmericaThe statistics of office (EPA), the whole America thermal power plant adopts in wet desulfurizer, and wet type lime method accounts for 39.6%,Limestone-based process accounts for 47.4%, two method and accounts for altogether 87%; Two alkaline process account for 4.1%, and sodium carbonate method accounts for 3.1%. InThe thermal power plant of state, steel mill, more than 90% adopt wet type lime/lime stone-gypsum method flue gas desulfurization technique flow process.But process countries and regions early in the desulfurization such as TaiWan, China, Japan, substantially adopt the desulfurization of magnesium method, account forTo more than 95%.
At present the plate that dewaters mostly on the market is the angle type plate that dewaters, but this old-fashioned plate that dewaters can only be realized unidirectional gasBody dehumidification function, reaches the effect on moisture extraction of higher level if want, or when extremely causing steaming in production processWhen vapour amount exceeds standard, this dihedral plate weak tendency that just seems that dewaters, or even a mantis trying to obstruct a chariot, in order to reach desirableEffect on moisture extraction, just has to carry and adds one group or the many groups plate that dewaters, and not only makes production cost greatly improve,And increased the superseded frequency of product, and produce more production rubbish, environment is caused to certain pollution,Not also not environmental protection of low-carbon (LC). In order to solve at present like product inefficiency, not green lacking on the marketFall into, in the urgent need to designing a kind of new and effective de-watering apparatus.
Summary of the invention
The purpose of this utility model is to provide a kind of air drying equipment, for workshop cleaner ventilation ductRoad, effectively removes the moisture in gas, is conducive to environmental protection development.
For reaching above-mentioned utility model object, the technical solution adopted in the utility model is: a kind of air is dryEquipment, comprises casing and de-watering apparatus; Described casing is provided with air intake, air outlet slit and inspection socket;In described casing, bottom is provided with dividing plate; Described dividing plate and tank floor form fluid passage; At the bottom of described casingPortion is provided with delivery port; The upper end of described de-watering apparatus is arranged on casing top, and the other end is arranged on dividing plate;Described de-watering apparatus comprises framework; Described framework bottom is provided with apopore; Described framework inside is provided with gas and leadsStream device; Described air flow guiding device is made up of several column gas guide board; Described gas guide board is by plural numberRoot open semi pipe composition; In described every row gas guide board, the opening of open semi pipe is towards unanimously; InstituteState in adjacent columns gas guide board, the opening of open semi pipe is towards the opposite; Described adjacent columns gas guide boardIn, the radical of open semi pipe is identical or differ 1; With the adjacent columns gas of different radical open semi pipesBetween body deflector, be provided with gas channel; Described dividing plate and contact position, de-watering apparatus bottom surface are provided with apopore.
In the utility model, the state when location expression of casing is its commercial Application, the framework of de-watering apparatusThere are four face structures, according to installment state, be divided into end face, bottom surface, two sidewalls, two of not blockingFace is gas inlet and outlet. Wet gas is by simultaneously entering, and through air flow guiding device, dry gas is by another sideGo out, moisture is effectively removed, dirty along open semi pipe, flows out from framework apopore; On dividing plateBe provided with the apopore mating with framework apopore, so, water droplet can flow along semi-circular tube from de-watering apparatusEnter in the fluid passage road between dividing plate and casing; Then discharge from the delivery port of bottom half, delivery port canTo take over drainage.
Open semi pipe have opening towards, in every row gas guide board of the utility model de-watering apparatus, openThe opening of mouthful semi-circular tube is towards the opening of all open semi pipes that unanimously refers to this row gas guide board of compositionMouth is high by efficiency towards consistent guarantee air-flow; In adjacent columns gas guide board, such as the 1st row and the 2nd row,The 2nd row and the 3rd row etc., the opening of open semi pipe is towards the opposite. Two openings are towards the opposite refers generally to itIn an opening Rotate 180 degree can overlap with another opening. In adjacent columns gas guide board, opening semicircleThe radical of pipe is identical or differ 1, such as the gas guide board to be arranged on framework side is the 1st row gasDeflector, is made up of 3 open semi pipes, and the 2nd row gas guide board is made up of 2 open semi pipes,The 3rd row gas guide board is made up of 2 open semi pipes.
The gas channel of air flow guiding device is formed by the gap between gas guide board, and the utility model is not phaseBetween adjacent row gas guide board, be all provided with gas channel, between the adjacent columns gas guide board with different radicalsBe provided with gas channel, such as the 1st row gas guide board is made up of 3 open semi pipes, the 2nd row gas is ledStream plate is made up of 2 open semi pipes, and the 3rd row gas guide board is made up of 2 open semi pipes, theBetween 1 row gas guide board and the 2nd row gas flow guiding, be provided with gas channel, the 2nd row gas guide board andBetween 3 row gas guide boards, do not establish gas channel, gas can be effectively mobile like this, can too fastly not pass through againDe-watering apparatus, reaches better water removal effect.
All open semi pipes of the utility model de-watering apparatus are in the same size, are provided with the adjacent columns of gas channelIn gas guide board, the bottom surface of all open semi pipes is positioned at same vertical plane, can reach good ventilationWater removal effect. The bottom surface of open semi pipe is that face at diameter place.
Preferably, be positioned at same with edge and the framework edge of the many gas guide boards of open semi pipe radicalVertical plane is opening with the edge of the few gas guide board of open semi pipe radical and the distance at framework edgeThe radius of semi-circular tube. Taking in framework as in, outside framework is outward, the edge of gas guide board refers to this gas of compositionLimit of outermost of an open semi pipe of ragged edge of body deflector, every row gas guide board has two limitsEdge.
Bottom half is provided with mount pad, can easily air drying equipment of the present utility model be arranged on to carBetween on cleaner air pipeline. Air intake is funnel-form, can expand contacting of air and de-watering apparatusArea makes air-flow velocity be unlikely to too urgent simultaneously.
Because technique scheme is used, the utility model compared with prior art has following advantages:
1. the utility model discloses a kind of new air drying equipment first, is exclusively used in cleaner and ventilatesIn pipeline, core component de-watering apparatus arranges gas guide board in framework, and the gas channel of formation is to gasFlow and exert an influence, increased gas flow paths, and can cause eddy airstream in device inside, make gasBody is stagnated and is spinned, thereby effectively removes moisture, and moisture removal rate reaches more than 95%, multiple far above existingThe efficiency of assorted de-watering apparatus.
2. the disclosed air drying equipment of the utility model, prepares uncomplicatedly, and relatively prior art is more simpleSingle, assembly life-span is long, without replacing, gas guide board can be one-body molded by mould, cuts into needsSize can be used, and water removal effect is good, has obtained beyond thought effect; And avoid prior art pairThe waste of material, is conducive to industrial applications.
Brief description of the drawings
Fig. 1 is the structural representation of air drying equipment;
Fig. 2 is de-watering apparatus structural representation;
Fig. 3 is de-watering apparatus cross-sectional structure schematic diagram;
Fig. 4 is the structural representation of de-watering apparatus split shed semi-circular tube;
Wherein, casing 1, de-watering apparatus 2, air intake 3, air outlet slit 4, inspection socket 5, dividing plate 6,Delivery port 7, mount pad 8, framework 21, air flow guiding device 22, framework edge 23, gas guide board24, the edge 27 of open semi pipe 25, gas channel 26, the 1st row gas guide board, the 2nd row gasThe edge 28 of body deflector.
Detailed description of the invention
Below in conjunction with accompanying drawing and embodiment, the utility model is further described:
Embodiment mono-
Referring to accompanying drawing 1, air drying equipment comprises casing 1 and two de-watering apparatus 2; Casing is provided with skyGas entrance 3, air outlet slit 4 and inspection socket 5, dividing plate 6, delivery port 7; Dividing plate and tank floor formFluid passage, dividing plate is provided with the apopore matching with de-watering apparatus bottom apopore; The upper end peace of de-watering apparatusBe contained in casing top, the other end is arranged on dividing plate; Bottom half is provided with mount pad 8, can be easily byIt is arranged on the cleaner air pipeline of workshop. Air intake is funnel-form, can expand air and dewaterThe contact area of device makes air-flow velocity be unlikely to too urgent simultaneously, and arrow is airflow direction.
Referring to accompanying drawing 2, de-watering apparatus 2 comprises framework 21 and air flow guiding device 22, and framework is according to installationState, is divided into end face, bottom surface, two sidewalls; End face is sealing surface, and bottom surface is provided with osculum, other twoDoes not block individual relative side, and the one side of airintake direction is gas access, and the one side relative with airintake direction isGas vent. Air flow guiding device is made up of gas guide board 24, gas flow guiding plate height and framework sideHighly consistent; Gas guide board is made up of open semi pipe 25, with the many gas of open semi pipe radicalThe edge of deflector and framework edge 23 are positioned at same vertical plane, with the few gas of open semi pipe radicalThe distance at the edge of deflector and framework edge is the radius of open semi pipe.
Referring to accompanying drawing 3, be de-watering apparatus cross-sectional structure schematic diagram, framework does not indicate; Air flow guiding device22 are made up of 12 row gas guide boards 24, and wherein the 1st row gas guide board is by 3 open semi pipes 25Composition, the 2nd row gas guide board is made up of 2 open semi pipes, the 1st row gas guide board and the 2nd rowThe semicircular opening of gas guide board is relative, leads with the 2nd row gas thereby form gas channel 26, the 1 rowIn stream plate, the bottom surface of all open semi pipes is positioned at same vertical plane, the edge of the 1st row gas guide board27 are positioned at same vertical plane with framework edge, the edge 28 of the 2nd row gas guide board and the distance at framework edgeFrom the radius that is open semi pipe; The 3rd row gas guide board is made up of 2 open semi pipes, and these row are openedOpening and the 2nd row opening of mouth semi-circular tube are opposing, and circumscribed bonding by glue, so the 2nd row gas is ledBetween stream plate and the 3rd row gas guide board, do not establish gas channel; The similar arrangement of all the other row gas guide boards.
Referring to accompanying drawing 4, be the structural representation of open semi pipe 25, in this air drying equipment, allOpen semi pipe is in the same size; The 1st row gas guide board is made up of 3 open semi pipes, the 2nd row gasDeflector is made up of 2 open semi pipes, the semicircle of the 1st row gas guide board and the 2nd row gas guide boardOpening is relative, thereby forms gas channel, in the 1st row and the 2nd row gas guide board, and all opening semicirclesThe bottom surface of pipe is positioned at same vertical plane, and the edge of the 1st row gas guide board and framework edge are positioned at same verticalFace, the distance at the edge of the 2nd row gas guide board and framework edge is the radius of open semi pipe, so instituteThere is gas guide board to be all positioned at framework, and can effectively form gas channel, in efficient water-removing, can notSlow down air-flow velocity.
When work, wet gas is entered by air intake, carries out cold through the air flow guiding device of de-watering apparatusBut, flowed out and removed moisture by the osculum of bottom, dry gas is exported by air outlet slit. Gas like thisCan be effectively mobile, again can be not too fast by de-watering apparatus, moisture is effectively removed, along opening semicircleManage dirtyly, flow to the fluid passage road between dividing plate and casing from apopore; Then going out from bottom halfDischarge at the mouth of a river, reaches better water removal effect.
Embodiment bis-
Referring to accompanying drawing 2, compared with embodiment mono-, air drying equipment agent structure is constant, comprise casing withAnd two de-watering apparatus; Casing is provided with air intake, air outlet slit and inspection socket, dividing plate, delivery port;Wherein air flow guiding device is made up of 18 row gas guide boards, gas guide board by 7 open semi pipes or6 open semi pipe compositions of person, go for more large-scale cleaner.
Be example taking power plant, in power plant, by the dust separation in dusty gas, in liquid, collision is condensed,The tiny dust material in material footpath can be water-soluble by water smoke, reaches dedusting for the first time and desulfurization; After this enter cylindrical shell,Dust in flue gas and SO2Limewash reacting generating salt with pond, completes sweetening process for the second time;Carry out gas-water separation through vane dewatering, water flows to pond through tapping pipe, and makes flue gas complete dedusting for the third timeWith desulfurization, finally enter air drying equipment, to remove the moisture in gas, purified gas is through windMachine enters atmosphere. Through repeatedly actual measurement, air drying equipment moisture removal rate of the present utility model reachesMore than 95%.

Claims (8)

1. an air drying equipment, comprises casing and de-watering apparatus; Described casing be provided with air intake,Air outlet slit and inspection socket; In described casing, bottom is provided with dividing plate; Described dividing plate and tank floor formFluid passage; Described bottom half is provided with delivery port; The upper end of described de-watering apparatus is arranged on casing top,The other end is arranged on dividing plate; Described de-watering apparatus comprises framework; Described framework bottom is provided with apopore; InstituteState framework inside and be provided with air flow guiding device; Described air flow guiding device is made up of several column gas guide board;Described gas guide board is made up of complex root open semi pipe; In described every row gas guide board, opening semicircleThe opening of pipe is towards unanimously; In described adjacent columns gas guide board, the opening of open semi pipe is towards the opposite;In described adjacent columns gas guide board, the radical of open semi pipe is identical or differ 1; Open with different radicalsBetween the adjacent columns gas guide board of mouth semi-circular tube, be provided with gas channel; Described dividing plate and de-watering apparatus bottom surface connectSynapsis is provided with apopore.
2. air drying equipment according to claim 1, is characterized in that: described bottom half is provided with peaceDress seat.
3. air drying equipment according to claim 1, is characterized in that: in described de-watering apparatus, establishHave in the adjacent columns gas guide board of gas channel, the bottom surface of all open semi pipes is positioned at same vertical plane.
4. air drying equipment according to claim 1, is characterized in that: in described de-watering apparatus, and instituteThere is open semi pipe in the same size.
5. air drying equipment according to claim 1, is characterized in that: in described de-watering apparatus, and bandThere are edge and the framework edge of the gas guide board that open semi pipe radical is many to be positioned at same vertical plane.
6. air drying equipment according to claim 1, is characterized in that: in described de-watering apparatus, and bandHaving the edge of the gas guide board that open semi pipe radical is few and the distance at framework edge is half of open semi pipeFootpath.
7. air drying equipment according to claim 1, is characterized in that: described air drying equipment bagDraw together two de-watering apparatus.
8. air drying equipment according to claim 1, is characterized in that: described air intake is funnelShape.
CN201520988457.8U 2015-12-01 2015-12-01 Air drying equipment Active CN205235717U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520988457.8U CN205235717U (en) 2015-12-01 2015-12-01 Air drying equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520988457.8U CN205235717U (en) 2015-12-01 2015-12-01 Air drying equipment

Publications (1)

Publication Number Publication Date
CN205235717U true CN205235717U (en) 2016-05-18

Family

ID=55934798

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520988457.8U Active CN205235717U (en) 2015-12-01 2015-12-01 Air drying equipment

Country Status (1)

Country Link
CN (1) CN205235717U (en)

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