CN208406432U - A kind of wet scrubber - Google Patents
A kind of wet scrubber Download PDFInfo
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- CN208406432U CN208406432U CN201820640778.2U CN201820640778U CN208406432U CN 208406432 U CN208406432 U CN 208406432U CN 201820640778 U CN201820640778 U CN 201820640778U CN 208406432 U CN208406432 U CN 208406432U
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- removing box
- centrifugal pan
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Abstract
The utility model relates to field of environment protection equipment, specifically a kind of wet scrubber, including support column, dust-removing box, ash-collecting cone hopper, driving shaft is installed in dust-removing box, driving shaft is successively arranged a point water ring disk from top to bottom, water inlet lid, centrifugal pan, water inlet lid and centrifugal pan are bowl-type, the bowl-type groove composition centrifugation cavity that the two is recessed inwardly, water inlet lid and centrifugal pan edge are equipped with gap, water ring disk is divided to cover on driving shaft, the annular cavity around driving shaft is equipped in it, water ring disk and water inlet lid spaced winding driving shaft axial array is divided there are multiple weep pipes, weep pipe one end is connected to water ring disk interior circular annular cavity is divided, other end extends into the centrifugation cavity of water cover and centrifugal pan composition, centrifugal pan periphery is equipped with an annular and impacts ring flat-plate.The utility model using centrifugal force throw away water droplet strike to impact ring flat-plate on form miniature water mist, water consumption is small, good dedusting effect.
Description
Technical field
The utility model relates to field of environment protection equipment, in particular to a kind of wet scrubbers.
Background technique
Deduster is equipment that dust is separated from flue gas deduster or cleaner.Deduster is boiler
And common environmental protection facility in industrial production.Currently, common deduster includes dry-type mechanical deduster, wet scrubber,
Granulosa deduster, sack cleaner, electric precipitator etc., from water consumption, power consumption, dust removing effects etc., it respectively has the characteristics that it.
Existing wet scrubber is generally by water after uniformly shunting, and gas flows from the bottom up, and high-pressure nozzle is then
Water mist is sprayed from top to bottom, and the grit in captured gas, to dedusting by the way of directly spraying, water consumption is big, gas
In grit cannot be captured completely by water mist, dust removing effects are not very excellent.How above-mentioned technical problem is solved, becomes ability
The direction that field technique personnel make great efforts.
Utility model content
Based on problem above, the utility model provides a kind of wet scrubber.The utility model is thrown away using centrifugal force
Water droplet strike to impact ring flat-plate on form miniature water mist, water consumption is small, good dedusting effect.
In order to solve the above technical problems, the technical solution adopted in the utility model is as follows:
A kind of wet scrubber, including support column, dust-removing box, ash-collecting cone hopper, dust-removing box are installed on the support columns, collection
Grey cone bucket is connected to dust-removing box lower end, and driving shaft is equipped in dust-removing box, and driving shaft is successively arranged a point water ring from top to bottom
Disk, water inlet lid, centrifugal pan, water inlet lid and centrifugal pan are bowl-type, the bowl-type groove composition centrifugation cavity that the two is recessed inwardly, into
Water cover and centrifugal pan edge are equipped with gap, and water ring disk is divided to cover on driving shaft, the interior annular cavity being equipped with around driving shaft,
Point water ring disk and water inlet lid spaced winding driving shaft axial array have multiple weep pipes, weep pipe one end and divide water ring disk interior circular annular
Cavity connection, other end extend into the centrifugation cavity of water cover and centrifugal pan composition, and centrifugal pan periphery is equipped with an annular
Ring flat-plate is impacted, divides water ring disk not to be directly connected to driving shaft with water inlet lid, both is fixedly connected by connecting column, centrifugal pan
It is fixed on driving shaft and is rotated with driving shaft.
In the present invention, a certain amount of water is passed through to dividing in water ring disk interior circular annular cavity, divide in water ring disk
Water around multiple weep pipes of driving shaft axial array by uniformly instilling in the centrifugation cavity that water inlet lid is formed with centrifugal pan, high speed
Driving shaft is rotated, the water in centrifugation cavity that centrifugal pan is formed water inlet lid with centrifugal turntable due to high speed rotation is by bowl-type groove
Bottom is got rid of gradually to bowl-type recess edge, and the water being centrifuged in cavity is dispersed in bowl-type groove by centrifugal force and forms pellicular water
Film, then thin layer ripples are thrown out of in impact to impact ring flat-plate by the edge of centrifugal pan, form the water mist of refinement, final dedusting
Grit in the gas of box house is sufficiently mixed effect using the inertial collision of water mist and particle or using water and grit
And other effect arrested particles make particle increase settle down, and fall into the ash-collecting cone hopper of dust-removing box lower end, realize dedusting mesh
's.The utility model using centrifugal force throw away water droplet strike to impact ring flat-plate on form miniature water mist, water consumption is small, dust removing effects
It is good.
As a preferred mode, dust-removing box is additionally provided with lower capping and upper capping, and lower capping passes through fixed link and removes
Dirt cabinet wall face is fixedly connected, and upper capping is fixedly connected with dust-removing box inner wall, and upper capping and lower capping are cone,
Both opening is oppositely arranged and all devices between water ring disk and centrifugal pan will be divided to be wrapped in the internal cavities of the two, upper envelope
Lid and lower capping opening are equipped with gap, and the aperture slots and water inlet lid of upper capping and lower capping and the gap of centrifugal pan edge exist
In same horizontal line, divide water ring disk by dividing hydropexis bar to be fixedly connected with upper capping inner wall.
As a preferred mode, strainer is installed between the aperture slots of upper capping and lower capping.
As a preferred mode, be also equipped with air inlet pipe on dust-removing box, air inlet pipe protrude into inside lower capping again from
It is stretched out at the conical tip of lower capping.
As a preferred mode, exhaust pipe is installed on dust-removing box, exhaust pipe level height be higher than upper capping and
The aperture slots of lower capping.
As a preferred mode, the lateral surface of dust-removing box is equipped with motor, and driving shaft stretches out outside dust-removing box simultaneously
Belt wheel is installed in its extension end, motor output shaft is connect with belt wheel by belt.
As a preferred mode, it is equipped with water tank and water-delivery pump at the top of dust-removing box, water-delivery pump and divides inside water ring disk
Annular cavity is connected to by water-supply-pipe.
As a preferred mode, ash-collecting cone hopper exit is equipped with closing valve.
Compared with prior art, the utility model has the beneficial effects that
(1) the utility model using centrifugal force throw away water droplet strike to impact ring flat-plate on form miniature water mist, water consumption is small,
Good dedusting effect；
(2) the utility model dust-removing box is additionally provided with lower capping and upper capping, and lower capping passes through fixed link and dust-removing box
Inner wall is fixedly connected, and upper capping is fixedly connected with dust-removing box inner wall, and upper capping and lower capping are cone, both
Opening be oppositely arranged and all devices between water ring disk and centrifugal pan will be divided both to be wrapped in internal cavities in, upper capping and under
Capping opening is equipped with gap, and the aperture slots and water inlet lid of upper capping and lower capping and the gap of centrifugal pan edge are in same water
On horizontal line, divide water ring disk by dividing hydropexis bar to be fixedly connected with upper capping inner wall, dedusting gas is by lower capping and upper capping
Annular space between dust-removing box circulates upwards, just by the annular water mist that water inlet lid and centrifugal pan are thrown away, dusty gas
In grit by the complete adsorption and sedimentation of annular water mist, dedusting is more abundant；
(3) strainer is installed, water inlet lid and centrifugal pan are thrown away on the utility model between the aperture slots of capping and lower capping
Annular water mist first strike on strainer tentatively disperse after struck to impact ring flat-plate again, water droplet atomizing effect is more preferable；
(4) air inlet pipe is also equipped on the utility model dust-removing box, air inlet pipe protrudes into inside lower capping again from lower capping
Conical tip at stretch out, dusty gas by lower capping lower end center go out flow out, then be uniformly circulated to it is lower capping and it is upper capping and
In annular space between dust-removing box, the distribution of dedusting gas is more uniform, and dust removing effects are more uniform；
(5) exhaust pipe is installed, exhaust pipe level height is higher than upper capping and lower capping on the utility model dust-removing box
Aperture slots, dedusting gas by lower capping and upper capping dust-removing box between annular space circulated after dedusting upwards by being vented
Gas after pipe discharge cleaning, realizes the purpose of dedusting final vacuum；
(6) lateral surface of the utility model dust-removing box is equipped with motor, and it is outer and stretch at it that driving shaft stretches out dust-removing box
Outlet is equipped with belt wheel, and motor output shaft is connect with belt wheel by belt, and motor output shaft is connect with belt wheel by belt, motor
Driving shaft rotation is driven by belt and belt wheel, mechanization dedusting is realized, improves the mechanization degree of equipment；
(7) it is equipped with water tank and water-delivery pump at the top of the utility model dust-removing box, water-delivery pump and divides water ring disk interior circular annular
Cavity is connected to by water-supply-pipe, and water-delivery pump sucks water out of water tank and be injected into a point water ring disk interior circular annular by water-supply-pipe
In cavity, the purpose for being automatically injected water is realized；
(8) the utility model ash-collecting cone hopper exit is equipped with closing valve, after dedusting, can be pacified by cone bucket exit
Closing valve realization let out ash manipulation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the local A enlarged drawing in Fig. 1.
Wherein, 1 support column, 2 ash-collecting cone hoppers, 3 air inlet pipe, 4 dust-removing boxs, 5 fixed links, 6 lower cappings, 7 impact ring flat-plates, 8
Divide hydropexis bar, is covered on 9,10 motors, 11 belts, 12 belt wheels, 13 driving shafts, 14 water tanks, 15 water-delivery pumps, 16 water-supply-pipes, 17
Exhaust pipe, 18 points of water ring disks, 19 connecting columns, 20 water inlet lids, 21 strainers, 22 weep pipes, 23 centrifugal pans, 24 close valve.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.The embodiments of the present invention includes but unlimited
In the following example.
Embodiment 1:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
In this example, a certain amount of water is passed through to dividing in 18 interior circular annular cavity of water ring disk, divide in water ring disk 18
It is empty that water uniformly instills the centrifugation that water inlet lid 20 and centrifugal pan 23 form by multiple weep pipes 22 around 13 axial array of driving shaft
It is intracavitary, high-speed rotation driving shaft 13, the centrifugation cavity that centrifugal pan 23 is formed intake lid 20 and centrifugal turntable due to high speed rotation
Interior water is got rid of gradually by bowl-type bottom portion of groove to bowl-type recess edge, and the water being centrifuged in cavity is dispersed in bowl-type groove by centrifugal force
Interior and form thin layer moisture film, then thin layer ripples are thrown out of in impact to impact ring flat-plate 7 by the edge of centrifugal pan 23, are formed thin
The water mist of change, the grit in gas inside final dust-removing box 4 using the inertial collision of water mist and particle or using water and
The be sufficiently mixed effect and other effect arrested particles of grit make particle increase settle down, and fall into the collection of 4 lower end of dust-removing box
In grey cone bucket 2, dedusting purpose is realized.The utility model using centrifugal force throw away water droplet strike to impact ring flat-plate 7 on formed it is miniature
Water mist, water consumption is small, good dedusting effect.
Embodiment 2:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
Dust-removing box 4 is additionally provided with lower capping 6 and upper capping 9, and lower capping 6 is solid by fixed link 5 and 4 inner wall of dust-removing box
Fixed connection, upper capping 9 are fixedly connected with 4 inner wall of dust-removing box, and upper capping 9 and lower capping 6 are cone, both opening
Be oppositely arranged and all devices between water ring disk 18 and centrifugal pan 23 will be divided both to be wrapped in internal cavities in, upper capping 9 and
Lower 6 opening of capping is equipped with gap, the aperture slots and water inlet lid 20 and the seam of 23 edge of centrifugal pan of upper capping 9 and lower capping 6
Gap in the same horizontal line, divides water ring disk 18 by dividing hydropexis bar 85 to be fixedly connected with 9 inner walls of upper capping, dedusting gas by
Annular space between lower capping 6 and upper capping 9 and dust-removing box 4 circulates upwards, gets rid of just by water inlet lid 20 and centrifugal pan 23
Annular water mist out, for the grit in dusty gas by the complete adsorption and sedimentation of annular water mist, dedusting is more abundant.
The other parts of the present embodiment are same as the previously described embodiments, just repeat no more here.
Embodiment 3:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
Strainer 21 is installed between the aperture slots of upper capping 9 and lower capping 6, the annular that intake lid 20 and centrifugal pan 23 are thrown away
Water mist first strikes on strainer 21 tentatively disperse after struck to impact ring flat-plate 7 again, water droplet atomizing effect is more preferable.
The other parts of the present embodiment are same as the previously described embodiments, just repeat no more here.
Embodiment 4:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
Air inlet pipe 3 is also equipped on dust-removing box 4, air inlet pipe 3 protrudes into inside lower capping 6 again from the circular cone top of lower capping 6
It is stretched out at point, dusty gas is gone out to flow out by 6 lower end centers of lower capping, then is uniformly circulated to lower capping 6 and upper capping 9 and dust cleaning case
In annular space between body 4, the distribution of dedusting gas is more uniform, and dust removing effects are more uniform.
The other parts of the present embodiment are same as the previously described embodiments, just repeat no more here.
Embodiment 5:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
Exhaust pipe 17 is installed, 17 level height of exhaust pipe is higher than the opening of upper capping 9 and lower capping 6 on dust-removing box 4
Gap, dedusting gas are circulated after dedusting by the annular space between lower capping 6 and upper capping 9 and dust-removing box 4 by exhaust pipe upwards
Gas after 17 discharge cleanings, realizes the purpose of dedusting final vacuum.
The other parts of the present embodiment are same as the previously described embodiments, just repeat no more here.
Embodiment 6:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
The lateral surface of dust-removing box 4 is equipped with motor 10, and driving shaft 13 is stretched out outside dust-removing box 4 and installed in its extension end
There is belt wheel 12,10 output shaft of motor is connect with belt wheel 12 by belt 11, and 10 output shaft of motor is connected with belt wheel 12 by belt 11
It connects, motor 10 drives driving shaft 13 to rotate by belt 11 and belt wheel 12, realizes mechanization dedusting, improves the mechanization journey of equipment
Degree.
The other parts of the present embodiment are same as the previously described embodiments, just repeat no more here.
Embodiment 7:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
It is equipped with water tank 14 and water-delivery pump 15 at the top of dust-removing box 4, water-delivery pump 15 and divides water ring disk 18 interior circular annular cavity
It is connected to by water-supply-pipe 16, water-delivery pump 15 is sucked water out of water tank 14 and be injected into inside point water ring disk 18 by water-supply-pipe 16
In annular cavity, the purpose for being automatically injected water is realized.
The other parts of the present embodiment are same as the previously described embodiments, just repeat no more here.
Embodiment 8:
Referring to Fig. 1~2, a kind of wet scrubber, including support column 1, dust-removing box 4, ash-collecting cone hopper 2, dust-removing box 4 are pacified
On support column 1, ash-collecting cone hopper 2 is connected to 4 lower end of dust-removing box, and driving shaft 13, driving shaft 13 are equipped in dust-removing box 4
It is successively arranged a point water ring disk 18 from top to bottom, lid 20 of intaking, centrifugal pan 23, water inlet lid 20 and centrifugal pan 23 are bowl-type, the two
The bowl-type groove composition centrifugation cavity being recessed inwardly, water inlet lid 20 and 23 edge of centrifugal pan are equipped with gap, divide 18 sets of water ring disk
On driving shaft 13, the interior annular cavity being equipped with around driving shaft 13 divides water ring disk 18 and water inlet 20 spaced winding driving shaft 13 of lid
Axial array has multiple weep pipes 22, and 22 one end of weep pipe is connected to 18 interior circular annular cavity of water ring disk is divided, and other end is stretched
Enter in the centrifugation cavity formed into water lid 20 and centrifugal pan 23,23 periphery of centrifugal pan is equipped with an annular and impacts ring flat-plate 7, divides water
The ring disk 18 is not directly connected to driving shaft 13 with water inlet lid 20, both is fixedly connected by connecting column 19, and centrifugal pan 23 is solid
It is scheduled on driving shaft 13 and is rotated with driving shaft 13.
2 exit of ash-collecting cone hopper, which is equipped with, closes valve 24, can be by closing valve 24 that cone bucket exit is pacified after dedusting
Ash manipulation is let out in realization.
The other parts of the present embodiment are same as the previously described embodiments, just repeat no more here.
It as above is the embodiments of the present invention.Design parameter in above-described embodiment and embodiment is merely to clear
Utility model verification process is stated by Chu, not to limit the scope of patent protection of the utility model, the patent of the utility model
Protection scope is still subject to the claims, equivalent made by all specifications and accompanying drawing content with the utility model
Structure change similarly should be included in the protection scope of the utility model.
Claims (8)
1. a kind of wet scrubber, including support column (1), dust-removing box (4), ash-collecting cone hopper (2), it is characterised in that: described to remove
Dirt cabinet (4) is mounted on support column (1), and the ash-collecting cone hopper (2) is connected to dust-removing box (4) lower end, the dust-removing box
(4) it being equipped with driving shaft (13) in, the driving shaft (13) is successively arranged a point water ring disk (18) from top to bottom, and (20) are covered in water inlet,
Centrifugal pan (23), the water inlet lid (20) and centrifugal pan (23) are bowl-type, and the bowl-type groove that the two is recessed inwardly forms centrifugation
Cavity, the water inlet lid (20) and centrifugal pan (23) edge are equipped with gap, described that water ring disk (18) is divided to cover in driving shaft (13)
On, the interior annular cavity being equipped with around driving shaft (13) is described to divide water ring disk (18) and water inlet lid (20) spaced winding driving shaft
(13) axial array has multiple weep pipes (22), and described weep pipe (22) one end connects with water ring disk (18) interior circular annular cavity is divided
Logical, other end extends into the centrifugation cavity of water cover (20) and centrifugal pan (23) composition, centrifugal pan (23) periphery
It is described that water ring disk (18) is divided not to be directly connected to driving shaft (13) with water inlet lid (20) equipped with annular impact ring flat-plate (7),
The two is fixedly connected by connecting column (19), and the centrifugal pan (23) is fixed on driving shaft (13) to be rotated with driving shaft (13).
2. a kind of wet scrubber according to claim 1, it is characterised in that: the dust-removing box (4) is additionally provided with lower envelope
Lid (6) and upper capping (9), the lower capping (6) be fixedly connected by fixed link (5) with dust-removing box (4) inner wall, it is described on
Capping (9) is fixedly connected with dust-removing box (4) inner wall, and the upper capping (9) and lower capping (6) they are cone, both
Opening is oppositely arranged and is wrapped in all devices divided between water ring disk (18) and centrifugal pan (23) in the internal cavities of the two, institute
It states capping (9) and lower capping (6) opening is equipped with gap, the aperture slots and water inlet of the upper capping (9) and lower capping (6) are covered
(20) and the gap of centrifugal pan (23) edge in the same horizontal line, it is described to divide water ring disk (18) by dividing hydropexis bar (5)
It is fixedly connected with upper capping (9) inner wall.
3. a kind of wet scrubber according to claim 2, it is characterised in that: the upper capping (9) and lower capping (6)
Strainer (21) are installed between aperture slots.
4. a kind of wet scrubber according to claim 2, it is characterised in that: the dust-removing box (4) be also equipped with into
Tracheae (3), it is internal again from stretching from the conical tip of lower capping (6) that the air inlet pipe (3) protrudes into lower capping (6).
5. a kind of wet scrubber according to claim 2, it is characterised in that: the row of being equipped on the dust-removing box (4)
Tracheae (17), exhaust pipe (17) level height are higher than the aperture slots of upper capping (9) and lower capping (6).
6. a kind of wet scrubber according to claim 1, it is characterised in that: the lateral surface of the dust-removing box (4) is pacified
Equipped with motor (10), the driving shaft (13) stretches out dust-removing box (4) and is equipped with belt wheel (12), the electricity outside and in its extension end
Machine (10) output shaft is connect with belt wheel (12) by belt (11).
7. a kind of wet scrubber according to claim 1, it is characterised in that: be equipped with water at the top of the dust-removing box (4)
Case (14) and water-delivery pump (15), the water-delivery pump (15) are connected with water ring disk (18) interior circular annular cavity is divided by water-supply-pipe (16)
It is logical.
8. a kind of wet scrubber according to claim 1, it is characterised in that: ash-collecting cone hopper (2) the exit installation
Related valve closing (24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820640778.2U CN208406432U (en) | 2018-04-28 | 2018-04-28 | A kind of wet scrubber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820640778.2U CN208406432U (en) | 2018-04-28 | 2018-04-28 | A kind of wet scrubber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208406432U true CN208406432U (en) | 2019-01-22 |
Family
ID=65116803
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820640778.2U Expired - Fee Related CN208406432U (en) | 2018-04-28 | 2018-04-28 | A kind of wet scrubber |
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| Country | Link |
|---|---|
| CN (1) | CN208406432U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110496485A (en) * | 2019-09-09 | 2019-11-26 | 许靖宇 | A kind of rotation pipe wet scrubber |
| CN112755766A (en) * | 2020-12-17 | 2021-05-07 | 河北同晖环保工程有限公司 | Industrial waste gas desulfurization and purification equipment and purification method thereof |
-
2018
- 2018-04-28 CN CN201820640778.2U patent/CN208406432U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110496485A (en) * | 2019-09-09 | 2019-11-26 | 许靖宇 | A kind of rotation pipe wet scrubber |
| CN112755766A (en) * | 2020-12-17 | 2021-05-07 | 河北同晖环保工程有限公司 | Industrial waste gas desulfurization and purification equipment and purification method thereof |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20190122 Termination date: 20210428 |