CN208771117U - A kind of feeding device of type smoke pollutant removal tower - Google Patents
A kind of feeding device of type smoke pollutant removal tower Download PDFInfo
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- CN208771117U CN208771117U CN201821079102.7U CN201821079102U CN208771117U CN 208771117 U CN208771117 U CN 208771117U CN 201821079102 U CN201821079102 U CN 201821079102U CN 208771117 U CN208771117 U CN 208771117U
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Abstract
The utility model relates to a kind of feeding devices of type smoke pollutant removal tower; belong to gas pollutant removing processing technology field, solve scavenger in the prior art in removing tower serious wear, dusting is big, the secondary recovery that is unfavorable for scavenger utilizes and the technical issues of environmental protection.The utility model provides a kind of conveying device of removing tower, including removal unit lattice, feeding-passage, transmission mechanism and tapping channel；Removal unit lattice are rectangular-shape, and an opposite of removal unit lattice is gas permeability cavernous structure, and lap is air impermeability seal shape structure；Removal unit lattice are entered in removing tower by feeding-passage, reach removing tower tower bottom by removing column overhead by transmission mechanism, then be discharged by tapping channel.By the way that scavenger is packed into fixed removal unit lattice, and scavenger is replaced by the movement of control removal unit lattice, alleviates the abrasion of scavenger, the secondary recovery for improving scavenger utilizes, to reduce the use cost of scavenger.
Description
Technical field
The utility model relates to gas pollutant removing processing technology field more particularly to a kind of type smoke pollutant removal towers
Feeding device.
Background technique
Currently, the feed way of existing continuous charging removing tower are as follows: directly scavenger is added in removing tower from top,
Granular scavenger is from the top of removing tower slowly to flows, and particle is in continuous charging, continuous flowing, continuous pulp discharge
It will cause the abrasion of scavenger in the process, general wear rate is higher than 3%, causes scavenger dusting big in this way, be unfavorable for scavenger
Secondary recovery, be also unfavorable for ambient enviroment protection.
Utility model content
In view of above-mentioned analysis, the utility model is intended to provide a kind of feeding device of type smoke pollutant removal tower, to
Existing scavenger serious wear in removing tower is solved, the secondary recovery utilization that scavenger dusting is big, is unfavorable for scavenger is caused
And the technical issues of environmental protection.
The purpose of this utility model is mainly achieved through the following technical solutions:
The utility model provides a kind of feeding device of type smoke pollutant removal tower, including removal unit lattice and at least two pass
Motivation structure；Removal unit lattice are rectangular-shape, and removal unit lattice include the first face and the second face, and the first face and the second face are opposition
Face and be for gas permeability cavernous structure, other two opposite is air impermeability seal shape structure；Removal unit lattice bottom is extremely
It is equipped with a groove less, groove two sides are projection cube structure, and middle part is cavity structure；Transmission mechanism include supporting block, support rod and
Driver, supporting block are set on support rod and are slidably connected with support rod；Support rod be set to Ta Nei and with removing tower tower body axis
Direction is parallel；Driver is set in supporting block and controls with supporting block and connects；Supporting block has holding state and contraction state；
When supporting block is in holding state, the extension end of supporting block supports removal unit lattice bottom surface；
When supporting block is in contraction state, supporting block is contracted in transmission mechanism.
Preferably, in removal unit lattice on horizontal and vertical direction respectively at least provided with a unit intermediate plate.
Preferably, unit intermediate plate is ventilative permeability cavernous structure.
Preferably, feeding device is additionally provided with feeding-passage, feeding-passage include charging flue track, charging expansion rail,
First valve and the second valve；Feeding-passage is set to the top-side of removing tower, and charging flue track is located at feeding-passage bottom surface,
First valve and the second valve are respectively arranged on feeding-passage.
Preferably, feeding device is additionally provided with tapping channel, and tapping channel includes discharging track, third valve and the 4th valve
Door；Tapping channel is set to removing tower bottom end side, and discharge guide is set to tapping channel bottom surface, third valve and the 4th valve difference
In discharging track.
Preferably, the first catch bar is respectively equipped between the first valve and the second valve and between the first valve and removing tower
With the second catch bar, the first catch bar and the second catch bar are each provided at charging flue track middle position；Third valve and removing
Third catch bar and the 4th catch bar, third catch bar and the 4th are respectively equipped between tower and between third valve and the 4th valve
Drag strut is set among discharging track.
Preferably, the first catch bar to the 4th catch bar is connected separately with horizontal drive motor and vertical driving motor, the
One catch bar to the 4th catch bar can correspond to horizontally and vertically moving in section at it.
Preferably, the two sides of removing tower are respectively equipped with gas feed and gas vent, gas feed and gas vent difference
Equipped with airscoop shroud and air leaving cover, airscoop shroud and air leaving cover are connected to the gas permeability cavernous structure of removal unit lattice.
Preferably, the bottom and top of removing tower are respectively equipped with gas feed and gas vent, and gas feed and gas go out
Mouth is respectively equipped with airscoop shroud and air leaving cover, airscoop shroud and air leaving cover respectively with it is ventilative on the first face of removal unit lattice and the second face
Property cavernous structure is connected.
Preferably, scavenger is equipped in removal unit lattice；Scavenger is blocky scavenger；Blocky scavenger has for removing
Evil gas.
Compared with prior art, the utility model has the following beneficial effects:
The utility model provides the removal unit lattice in a kind of removal unit lattice for being placed with scavenger and removing tower
Feeding device, firstly, the use of the new type being seated in scavenger creativeness in removal unit lattice, and pass through control removal unit
The fill process of scavenger in removing tower, blanking process and discharging process are realized in the movement of lattice, to realize the timely of scavenger
Replacement；In view of the direct landfill of traditional scavenger is in removing tower, is contacted with pernicious gas and have the defects that insufficient, make to remove
The adsorption function of agent cannot efficiently use, in addition, the harmful substance in gas can not also be adsorbed completely, cause from removing tower
The gas of interior discharge can not qualified discharge, may there are problems that pollute environment；And the use of the new type places scavenger
In in removal unit lattice, and the vertical unit intermediate plates of three cross of setting three in removal unit lattice, and net is set on unit intermediate plate
Scavenger is seated in the lattice in the smaller space of difference in removal unit lattice, makes to exist between scavenger by eye, unit intermediate plate
Certain gap guarantees the voidage of removal unit lattice, comes into full contact with scavenger with the gas to contain hazardous substance, most important
A bit, unit intermediate plate can reduce the mutual abrasion between scavenger, can mention the secondary returning yield of scavenger so simultaneously
Removing cost is reduced, it is final to reduce fume treatment cost.On the other hand, the feeding device structure of entire removing tower is simple, automatically
Change degree is high, easily operated, has great application prospect.
It in the utility model, can also be combined with each other between above-mentioned each technical solution, to realize more preferably combination sides
Case.Other feature and advantage of the utility model will illustrate in the following description, also, certain advantages can be from specification
It becomes apparent, or is understood and implementing the utility model.The purpose of this utility model and other advantages can pass through
It is achieved and obtained in specifically noted content in bright book, claims and attached drawing.
Detailed description of the invention
Attached drawing is only used for showing the purpose of specific embodiment, and is not considered as limitations of the present invention, entire
In attached drawing, identical reference symbol indicates identical component.
Fig. 1-1 is the feeding device structural schematic diagram of removing tower shown in the utility model embodiment one
Fig. 1-2 is removing tower Section A-A structural schematic diagram shown in the utility model embodiment one
Fig. 2-1 is the removal unit lattice structural schematic diagram of the utility model embodiment one
Fig. 2-2 is the removal unit lattice section B-B structural schematic diagram of the utility model embodiment one
Fig. 2-3 is the removal unit lattice C direction structure schematic diagram of the utility model embodiment one
Fig. 2-4 is the removal unit lattice D direction structure schematic diagram of the utility model embodiment one
Fig. 2-5 is the removal unit lattice E direction structure schematic diagram of the utility model embodiment one
Fig. 2-6 is the direction the removal unit lattice F structure schematic diagram of the utility model embodiment one
Fig. 3-1 is the schematic diagram 1 that charges in removing tower provided by the utility model
Fig. 3-2 is the schematic diagram 2 that charges in removing tower provided by the utility model
Fig. 3-3 is the schematic diagram 3 that charges in removing tower provided by the utility model
Fig. 3-4 is the schematic diagram 4 that charges in removing tower provided by the utility model
Fig. 3-5 is the schematic diagram 5 that charges in removing tower provided by the utility model
Fig. 3-6 is the schematic diagram 6 that charges in removing tower provided by the utility model
Fig. 3-7 is the schematic diagram 7 that charges in removing tower provided by the utility model
Fig. 4 is transmission mechanism schematic diagram provided by the utility model
Appended drawing reference:
1- removing tower；2- gas feed；3- gas vent；4- feeding-passage；5- tapping channel；The first valve of 6-；7-
Two valves；8- third valve；The 4th valve of 9-；10- removal unit lattice；11- scavenger；12- feeds flue track；13- charging
Expansion rail；14- discharging track；15- transmission mechanism；16- supporting block；17- unit intermediate plate；18- catch bar, 19- groove.
Specific embodiment
Specifically describe the preferred embodiment of the utility model with reference to the accompanying drawing, wherein attached drawing constitutes the application one
Point, and be used to illustrate the principles of the present invention together with the embodiments of the present invention, it is not intended to limit the utility model
Range.
The use of the new type provides a kind of feeding device of type smoke pollutant removal tower 1, including removal unit lattice 10 and extremely
Few two transmission mechanisms；Removal unit lattice 10 be rectangular-shape, removal unit lattice 10 include the first face and the second face, the first face and
Second face is opposite and is for gas permeability cavernous structure, and other two opposite is air impermeability seal shape structure；Removing
10 bottom of cell is projection cube structure at least provided with a groove 19,19 two sides of groove, and middle part is cavity structure；Driver
Structure includes supporting block, support rod and driver, and supporting block is set on support rod and is slidably connected with support rod；Support rod is set to tower
It is interior and parallel with 1 tower body axis direction of removing tower；Driver is set in supporting block and controls with supporting block and connects；Supporting block has
Holding state and contraction state；When supporting block is in holding state, the extension end of supporting block supports 10 bottom surface of removal unit lattice；
When supporting block is in contraction state, supporting block is contracted in transmission mechanism.
Illustratively, the use of the new type provides two kinds of removal unit lattice 10, the removal unit of the first seed type
For 10 structure of lattice as shown in Fig. 2-1 to Fig. 2-6, removal unit lattice 10 are rectangular-shape, and the face in the direction E, F is respectively the first face and the
Two faces, the first face and the second face are gas permeability cavernous structure, and the first face is air inlet face, and the second face is outlet face, such as band mesh
Steel plate structure；The top and bottom in the direction C, D of removal unit lattice 10 and another pair opposition side are air impermeability seal shape
Structure, such as the leakproofness steel plate structure without mesh；10 structure of removal unit lattice of second of type and the first removing are single
First lattice 10 are different, and removal unit lattice 10 are rectangular-shape, and the top and bottom in the direction C, D are respectively the first face and the second face, the
It is on one side gas permeability cavernous structure with the second face, the first face is air inlet face, and the second face is outlet face, such as the steel plate knot with mesh
Structure；Opposite and another set the opposition side in the direction E, F of removal unit lattice 10 are air impermeability seal shape structure, such as not
Leakproofness steel plate structure with mesh；It is emphasized that scavenger 11, which is placed in removal unit lattice 10, to protect
Card scavenger 11 is evenly distributed, and reduces the mutual abrasion between scavenger 11 to the greatest extent, while can also improve in removing tower 1
The stability of removal unit lattice 10, to improve removal efficiency.After scavenger 11, which removes harmful substance, reaches saturation, in order to
Above-mentioned removal unit lattice 10 can be replaced in time, enable removal unit lattice 10 are intermittent in removing tower 1 to transport vertically downward
It is dynamic, and fixing at any moment, for feeding device at least provided with two transmission mechanisms 15, the transmission device includes support rod, support
Block 16 and driver, the transmission device are equipped in removing tower 1, and the supporting block 16 is set on support rod and slides with support rod
Connection, the driver are set in removing tower 1 and control with supporting block 16 and connect；The support rod is set to Ta Nei and and removing tower
1 tower body axis direction is parallel.Illustratively, it as shown in Fig. 3-1 to Fig. 3-7 and Fig. 4, is set in removing tower 1 there are four transmission mechanism
15, drive mechanism is separately positioned on four sides of removing tower 1, the support rod in transmission mechanism 15 and 1 tower body axis direction of removing tower
In parallel, a supporting block 16 is respectively equipped on support rod, supporting block 16 connect with driver and controls its movement by driver,
Telescopic member is connected in supporting block 16, driver controls the flexible of supporting block 16 by control telescopic member；?
It removes in gas process, when not needing transmission mechanism 15, the supporting block 16 on four support rods can pass through scalable structure
Part full retraction is into transmission mechanism 15；When needing supporting block 16 to support removal unit lattice 10 and convey removal unit lattice 10,
Each driver controls each supporting block 16 by telescopic member and stretches out from transmission mechanism 15, the stretching of four supporting blocks 16
Part is contacted with 10 bottom surface of removal unit lattice, after supporting block 16 touches removal unit 10 bottom surface of lattice, four supporting blocks
16 hold removal unit lattice 10 from the four direction of the bottom surface of removal unit lattice 10 respectively, and adjusting transmission mechanism 15 makes four branch
Bracer 16 rises perhaps decline to make supporting block 16 drive the rising of removal unit lattice 10 or decline, and then make to support simultaneously
Block 16 plays the role of support and mobile removal unit lattice 10；It is emphasized that the extension of supporting block 16 and removing are single
First 10 bottom surface of lattice contact when, the groove 19 for encountering 10 bottom surface of removal unit lattice should be avoided, the groove 19 for block and charging and
In discharging track 14, slide removal unit lattice 10 on feed rail and discharging track 14, to realize replacement removing in time
The purpose of cell 10.
Firstly, it is necessary to explanation, the top and bottom of the removal unit lattice 10 of both types are than other four sides
Greatly, it the reason is that having more a part respectively on four side of the bottom surface of removal unit lattice 10, is set at that section of steel plate that wherein both sides have more
There is groove 19, as shown in Fig. 2-2,19 two sides of groove are projection cube structure, and centre is cavity structure, the chamber portion and energy of groove 19
It is enough stuck in charging flue track 12 and discharging track 14 and slides on；Secondly, when carrying out blanking process in removing tower 1
When, supporting block 16 is held four parts having more of removal unit lattice 10, is risen when supporting 10 bottom of removal unit lattice
Removal unit lattice 10 drop；Further more, it is each removal unit lattice because in removing tower 1 that the top surface of removal unit lattice 10 is bigger
10 need stacked, discharge in layer when placing, and the top surface of removal unit lattice 10 needs to support a removal unit
Lattice 10, in this way, multiple cells be layered in it is more stable in removing tower 1.
It should be noted that the transverse direction and longitudinal direction in removal unit lattice 10 are respectively equipped with three unit intermediate plates
17, unit intermediate plate 17 is similarly the steel plate with mesh, and the mesh aperture of unit intermediate plate 17 can be with removal unit lattice 10
First face is different with the mesh aperture on the second face, and removal unit lattice 10 are divided into multiple sub-boxes by unit intermediate plate 17, removes
Agent 11 is random to be placed in these grid, and scavenger 11 forms certain gap in these grid, and due to scavenger
11 surfaces inherently gap shape structure, therefore, scavenger 11 can carry out abundant in removal unit lattice 10 with pernicious gas
Contact.
In order to realize the automation charging of removing tower 1, the feeding device of removing tower 1 further includes feeding-passage 4, feeding-passage
4 include charging flue track 12, charging expansion rail 13, the first valve 6 and the second valve 7；Feeding-passage 4 is set to removing tower 1
Top side, charging flue track 12 be set to 4 bottom surface of feeding-passage, the first valve 6 and the second valve 7 are respectively arranged on charging
On channel 4, the first valve 6 and the second valve 7 cannot be opened simultaneously, and prevent flue gas in removing tower 1 from entering feeding-passage 4, in turn
From the discharge of 4 leading portion of feeding-passage.Illustratively, it is equipped with feeding-passage 4 in the top side of removing tower 1, at 4 bottom of feeding-passage
Portion is equipped with charging flue gas track, in charging flue gas track close to one end of removing tower 1, is equipped with charging expansion rail 13, charging is logical
Road 4 is equipped with the first valve 6 and the second valve 7, wherein the first valve 6 and the second valve 7 cannot open simultaneously, it is therefore an objective to be
It prevents gas from letting out, when needing to convey removal unit lattice 10 into removing tower 1, opens second valve 7, removal unit
Lattice 10 enter on the feed rail between the second valve 7 and the first valve 6, at this point, closing the second valve 7, open the first valve
Door 6, removal unit lattice 10 enter on the feed rail between the first valve 6 and removing tower 1；To allow removal unit lattice 10 into
Enter into removing tower 1, need to open charging expansion rail 13, it should be noted that the structure of charging expansion rail 13 is the same as charging
The structure of flue track 12 is identical, and feed expansion rail 13 can be retracted charging flue gas track in；When charging expansion rail
13 in extended state and extending in removing tower 1, and the removal unit lattice 10 between the first valve 6 and removing tower 1 can be with
It is entered in removing tower 1 along charging expansion rail 13, when 16 extension of supporting block in removing tower 1 supports removing simultaneously
After cell 10, at this point, charging expansion rail 13 present it is contraction-like, be retracted to charging flue track 12 in, and then realize removing
The fill process of the feeding device of tower 1.
Similarly, in order to realize that the automation of removing tower 1 discharges, the feeding device of removing tower 1 further includes tapping channel 4,
Tapping channel 4 includes discharging track 14, third valve 8 and the 4th valve 9；Tapping channel 4 is set to 1 bottom end side of removing tower, can
To be located at the same side with feeding-passage 4, discharging track 14 is set to 4 bottom surface of tapping channel, third valve 8 and the 4th valve 9 difference
In discharging track 14, third valve 8 and the 4th valve 9 cannot be opened simultaneously.Illustratively, as shown in Fig. 1-1 and Fig. 4,
It is equipped with tapping channel 4 in 1 bottom end of removing tower, tapping channel 4 and feeding-passage 4 are set to the same side, and 4 bottom surface of tapping channel is equipped with
Discharging track 14 is respectively equipped with third valve 8 and the 4th valve 9 it should be noted that discharging track 14 is not wrapped on tapping channel 4
Containing telescopic track, therefore, discharging track 14 extends to 1 bottom of removing tower, when removal unit lattice 10 enter it is de-
After 1 bottom of tower, and when needing to be discharged, the supporting block 16 of transmission mechanism 15 can be shunk can be in transmission mechanism 15, the removing list
The groove 19 and discharging track 14 on first 10 ground of lattice block and live, and move out along discharging track 14；Third valve 8 is opened,
Removal unit lattice 10 can enter third valve along discharging track 14 of the discharging track 14 between removing tower 1 and third valve 8
In discharging track 14 between door 8 and the 4th valve 9；Third valve 8 is closed at this time, opens the 4th valve 9, removal unit lattice 10
Removing tower 1 is discharged after the 4th valve 9 along discharging track 14；When one removal unit lattice 10 of discharge from removing tower 1
While, the feeding device of removing tower 1 will be input into removal unit lattice 10 to removing tower 1 by feeding-passage 4, protected
10 quantity of removal unit lattice in removing tower 1 is demonstrate,proved in a holding dynamic balance state.
In order to realize removal unit lattice 10 automatic feed, blanking and discharge, such as Fig. 1-2 in feeding device,
It is respectively equipped with the first catch bar and the second catch bar between one valve 6 and the second valve 7 and the first valve 6 and removing tower 1, first
Catch bar and the second catch bar are set among charging flue track 12；Third valve 8 and the 4th valve 9 and third valve 8 with
Third catch bar and the 4th catch bar are respectively equipped between removing tower 1, third catch bar and the 4th drag strut are set to discharging rail
Among road 14, it should be noted that third catch bar can be transported along discharging track 14 from removing tower 1 to third valve 8
Dynamic, this is different from the first catch bar, this is because the not set telescopic segment of tapping channel 4, but be directly arranged from 1 tower bottom of removing tower
Tapping channel 4, therefore third catch bar can be mobile in 1 tower bottom section of removing tower；First to fourth catch bar can correspond to area at it
It is interior to move horizontally and go up and down；There are also any it is emphasized that catch bar does not push removal unit lattice 10 in corresponding region
When mobile, the height of catch bar is lower than the bottom surface of cell, and catch bar pushes removal unit lattice 10 mobile in corresponding region
When, the height of catch bar is higher than the bottom surface of cell；Advanced when catch bar moves horizontally by horizontal drive motor driven；It pushes
Its movement is driven by vertical driving motor when bar lifting moving.Specifically, when feeding device needs conveying, the second valve is opened
7, removal unit lattice 10 are placed on feed rail, the second catch bar increases under the driving of vertical driving motor, height
More than the floor height of removal unit lattice 10；Horizontal drive motor is opened, the second catch bar is pushed from 10 rear of removal unit lattice
Removal unit lattice 10 advance along charging flue gas track, when the first valve 6, close the second valve 7, open the first valve
6, removal unit lattice 10 enter on the charging flue track 12 between 1 ontology of the first valve 6 and removing tower, should at this point, being set to
First catch bar of segment continues to push removal unit lattice 10 along charging flue gas track advance, when removing tower 1, charging
Extended state is presented in expansion rail 13, and removal unit lattice 10 arrive on charging expansion rail 13, and pass through charging expansion rail 13
Into in removing tower 1, the supporting block 16 for being now in contraction state is stretched out from transmission mechanism 15 to be come, from removal unit lattice
The four direction of 10 bottom surfaces supports removal unit lattice 10 respectively, and driver is by control supporting block 16 by removal unit lattice 10
It props up and, charging expansion rail 13 is contracted in feeding-passage 4, and removal unit lattice 10 then control supporting block 16 by driver
Removal unit lattice 10 are placed in 1 bottom of removing tower, are placed in removing tower 1 if having removal unit lattice 10 in removing tower 1
The top of top layer's removal unit lattice 10；If filling removal unit lattice 10 in removing tower 1 not yet, driver rises to removing
Prepare to transport next removal unit lattice 10 at the top of tower 1, repeat above procedure, until filling removal unit lattice 10 in removing tower 1；
When filling the arrival removing saturation state of scavenger 11 in removal unit lattice 10 and removal unit lattice 10 in removing tower 1, need
These removal unit lattice 10 are discharged, supporting block 16 first will be other in addition to a removal unit lattice 10 of lowermost layer in removing tower 1
Removal unit lattice 10 lift, then using third catch bar by the removal unit lattice 10 of 1 bottom of removing tower promote removing tower 1 with
In discharging track 14 between third valve 8, open third valve 8, using the 4th catch bar push the removal unit lattice 10 into
Enter in the discharging track 14 between third valve 8 and the 4th valve 9, close third valve 8 and opens the 4th valve 9, the removing
Cell 10 is discharged, release tower lowermost layer removal unit lattice 10 be discharged after, driver is by other removings in removing tower 1
Cell 10 is displaced downwardly to 1 bottom of removing tower, then repeats feed step, and into removing tower 1, it is single to move into a removing for top layer
First lattice 10, automatic feed, blanking and the discharging process of the final feeding device for realizing removing tower 1.
For next removal unit lattice 10 for ensuring to put in charging, between the first valve 6 and the second valve 7, first
Spacing between valve 6 and removing tower 1, between third valve 8 and the 4th valve 9 and between third valve 8 and removing tower 1 is big
In the length of removal unit lattice 10.
Similarly, in order in charging and discharging, it is ensured that feeding-passage 4 and tapping channel 4 can set aside concerns one
The longitudinal section of removal unit lattice 10, removal unit lattice 10, feeding-passage 4 and tapping channel 4 that the utility model uses is square
Shape, and the longitudinal section area of feeding-passage 4 and tapping channel 4 is greater than the longitudinal section area of removal unit lattice 10.
In order to remove the harmful substance in gas, gas feed 2 can be respectively equipped in the two sides of removing tower 1 and gas goes out
Mouthfuls 3, gas feed 2 and gas vent 3 are respectively equipped with airscoop shroud and air leaving cover, airscoop shroud and air leaving cover and removal unit lattice 10
The connection of gas permeability cavernous structure.Specifically, it is equipped with gas feed 2 in the side of removing tower 1, the other side is equipped with gas vent 3, gas
Body import 2 is made of advection section and expansion segment, and gas vent 3 is made of advection section and contraction section, and the expansion segment of gas feed 2 is
Import gas hood, the contraction section of gas vent 3 are outlet gas hood；Import gas hood and export gas hood upper edge and feeding-passage 4 away from
Height from the removal unit lattice 10 for being greater than first seed type；Import gas hood and the lower edge and tapping channel 4 for exporting gas hood
Distance be greater than a removal unit lattice 10 height.It is removed when containing hazardous substance gas from gas feed 2 and the first seed type
After mesh on 10 side steel plate of cell enters the removal unit lattice 10, the gas and the removal unit lattice 10 that contain hazardous substance
Interior scavenger 11 comes into full contact with, and after scavenger 11 sponges a part of harmful substance, by removing, treated that gas passes through
Unit intermediate plate 17, the 10 another side steel plate of removal unit lattice mesh after enter next first seed type removal unit
Lattice 10 likewise, the scavenger 11 in the removal unit lattice 10 absorbs the harmful substance in gas again, and carry out gas removal
Processing, after the removing of the removal unit lattice 10 of multiple first seed types processing, gas passes through the last one first seed type
The steel plate meshes of removal unit lattice 10 enter gas vent 3, and removing tower 1 is left by gas vent 3, to complete gas
Removing processing.
In addition, the tower top and tower of removing tower 1 can also be arranged in the gas feed 2 of the utility model and 3 tunnel of gas vent
Bottom, the top and bottom of removing tower 1 are respectively equipped with gas feed 2 and gas vent 3, and gas feed 2 and gas vent 3 are set respectively
There are airscoop shroud and air leaving cover, airscoop shroud and air leaving cover are connected to the gas permeability cavernous structure of removal unit lattice 10 respectively.It is exemplary
Ground is respectively equipped with gas feed 2 and gas vent 3 in 1 bottom and top of removing tower, and gas inlet is by advection section and expansion
Section is constituted；Gas vent 3 is made of serrated end and advection section；The expansion segment of gas feed 2 is import gas hood, gas vent 3
Contraction section is outlet gas hood；In 1 bottom of removing tower, the gas that contains hazardous substance passes through gas feed 2 and Second Type removal unit
Mesh on 10 bottom steel plate of lattice enters in the removal unit lattice 10 and is adequately contacted with scavenger 11, and scavenger 11 is inhaled
Receive fall a part of harmful substance after, gas can by the mesh on the steel plate of 10 top surface of removal unit lattice, into it above
The removal unit lattice 10 of Second Type, gas carry out sufficiently with the scavenger 11 in the removal unit lattice 10 of the Second Type again
Contact, after sponging a part of harmful substance, repeats the above process, into the de- of the Second Type above the removal unit lattice 10
Except cell 10, until reach the outlet gas hood at 1 top of removing tower, it is de- to be finally completed gas for discharge removing treated gas
Except treatment process.
For the harmful substance in efficient removal gas, the scavenger 11 in the utility model uses activated coke, activated coke
For cylinder.Diameter is 10-12mm, is highly 10-15mm.It, can be with it should be noted that scavenger 11 is other than activated coke
Using the blocky scavenger 11 such as antichlor, deoxidier, the shape of scavenger 11 can be regular shape, be also possible to irregular shape
Shape.
Embodiment 1
In conjunction with Fig. 1-1 to Fig. 1-2, Fig. 2-1 to Fig. 2-6, Fig. 3-1 to Fig. 3-7 and Fig. 4, the present embodiment uses the first type
The removal unit lattice 10 of type carry out removing processing, and the face that gas feed 2 and gas vent 3 are connected with tower body is steel plate, steel plate
Mesh diameter be 5mm；Gas feed 2 and gas vent 3 are separately positioned on 1 two sides of removing tower, and gas is in removing tower 1
Horizontal direction flowing.As shown in Fig. 2-1 to Fig. 2-6, the present embodiment is interior equipped with 3 using the removal unit lattice 10 of the first seed type
Vertical 3 horizontal unit intermediate plate 17, unit intermediate plate 17 are the steel plate with mesh, mesh diameter 8mm；E in removal unit lattice 10,
The side in the direction F is the steel plate with mesh, and mesh diameter 8mm, the side in remaining direction is the sealing steel plate of air impermeability.Gas
Body scavenger 11 selects activated coke, and activated coke is cylinder, and diameter 10mm is highly 12mm.SO at gas feed 22Content
For 600mg/m3。
The specific implementation process of the feeding device of removing tower 1 mainly includes following three step:
S1. the fill process of feeding device；S2. the blanking process of feeding device；S3. the discharging process of feeding device；Its
In:
S1. the fill process of feeding device:
When feeding device needs conveying, the second valve 7 is opened, removal unit lattice 10 are placed on feed rail, the
Two catch bars 18 increase under the driving of vertical driving motor, when its height is more than the floor height of removal unit lattice 10, open
Horizontal drive motor is opened, the second catch bar 18 pushes removal unit lattice 10 along charging flue gas track from 10 rear of removal unit lattice
Advance, when the first valve 6, closes the second valve 7, open the first valve 6, removal unit lattice 10 enter the first valve
On charging flue track 12 between 6 and 1 ontology of removing tower, at this point, the first catch bar 18 for being set to the segment is vertically driving
It is increased under the driving of dynamic motor, when its height is more than the floor height of removal unit lattice 10, unlatching horizontal drive motor, first
Catch bar 18 continues to push removal unit lattice 10 along charging flue gas track advance, when near removing tower 1, charging expansion rail
13 stretch out from charging flue gas track, extended state are presented, removal unit lattice 10 are transitioned into charging by charging flue track 12 and stretch
On contracting track 13, and entered in removing tower 1 by charging expansion rail 13, four supporting blocks 16 for being now in contraction state are divided
It does not stretch out and from four support rods, support removal unit lattice 10 respectively from four sides of 10 bottom surface of removal unit lattice, be driven
After device is supported removal unit lattice 10 by control supporting block 16, charging expansion rail 13 is retracted to charging flue track 12
It is interior, to realize the feed step during removing means conveying.
S2. the blanking process of feeding device:
The removal unit lattice 10 come are conveyed into from 1 feeding-passage 4 of removing tower to be supported by four supporting blocks 16, and
Removal unit lattice 10 are placed in 1 bottom of removing tower by driver control supporting block 16, as shown in Fig. 3-1 to Fig. 3-2；If
Has the top that removal unit lattice 10 are then placed on top layer's removal unit lattice 10 in removing tower 1 in removing tower 1；If in removing tower 1
There are no removal unit lattice 10 are filled, then driver rises to 1 top of removing tower, prepares to transport next removal unit lattice 10,
Above procedure is repeated, until removal unit lattice 10 are filled in removing tower 1, as shown in Fig. 3-3.After filling removal unit lattice 10, contain
SO2After gas is from mesh on 10 side steel plate of gas feed 2 and the first seed type removal unit lattice into the removal unit lattice 10,
Contain SO2Gas come into full contact with the scavenger 11 in the removal unit lattice 10, scavenger 11 sponges a part of SO2Afterwards, it passes through
It crosses removing treated gas and passes through that enter its after the mesh of unit intermediate plate 17, the 10 another side steel plate of removal unit lattice right
The removal unit lattice 10 of next first seed type of side, likewise, the scavenger 11 in the removal unit lattice 10 absorbs again
Harmful substance in gas, and gas removal processing is carried out, at the removing of the removal unit lattice 10 by multiple first seed types
After reason, the steel plate mesh that gas passes through the removal unit lattice 10 of the last one the first seed type enters gas vent 3, and passes through
Gas hood discharge is exported, to complete gas removal treatment process.
S3. the discharging process of feeding device:
The scavenger 11 in removal unit lattice 10 and removal unit lattice 10 is filled in removing tower 1 reaches removing saturation state
When, need to be discharged these removal unit lattice 10, supporting block 16 will first remove a removal unit lattice 10 of lowermost layer in removing tower 1
Outer other removal unit lattice 10 lift, as shown in Fig. 3-4 to Fig. 3-5；Then using third catch bar 18 by removing tower 1 most
The removal unit lattice 10 of bottom promote in the discharging track 14 between removing tower 1 and third valve 8, open third valve 8, utilize
4th catch bar 18 pushes the removal unit lattice 10 to enter in the discharging track 14 between third valve 8 and the 4th valve 9, closes
Third valve 8 simultaneously opens the 4th valve 9, which is discharged, and the removal unit lattice 10 for releasing tower lowermost layer are arranged
After out, other removal unit lattice 10 in removing tower 1 are displaced downwardly to 1 bottom of removing tower by driver, as seen in figures 3-6；Then
Feed step is repeated, top layer moves into a removal unit lattice 10 into removing tower 1, as shown in fig. 3 to 7；It is final to realize removing
Automatic feed, blanking and the discharging process of the feeding device of tower 1.
In the present embodiment, the specific time of 10 inlet and outlet removing tower 1 of removal unit lattice according to scavenger 11 more
It changes and is set.
SO at gas feed 2 in the present embodiment2Content is 600mg/m3, after 1 desulfurization of removing tower, at gas vent 3
SO in gas2Content is 15mg/m3。
Activated coke is a cycle from feeding-passage 4 is entered to being discharged from tapping channel 4, in one cycle, each de-
Except the activated coke wear rate in cell 10 is less than 0.05%.
The method can also be used in the use of other scavengers 11, for example, the bulk scavenger 11 such as antichlor, deoxidier.?
This different illustration.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in
Change or replacement, should be covered within the scope of the utility model.
Claims (10)
1. a kind of feeding device of type smoke pollutant removal tower, which is characterized in that be driven including removal unit lattice and at least two
Mechanism；
The removal unit lattice are rectangular-shape, and the removal unit lattice include the first face and the second face, first face and the
Two faces are opposite and are gas permeability cavernous structure, and other two opposite is air impermeability seal shape structure；The removing
Cell bottom is projection cube structure at least provided with a groove, the groove two sides, and middle part is cavity structure；
The transmission mechanism includes supporting block, support rod and driver, and the supporting block is set on support rod and slides with support rod
Dynamic connection；The support rod is set to Ta Nei and parallel with removing tower tower body axis direction；The driver is set in supporting block simultaneously
It controls and connects with supporting block；The supporting block has holding state and contraction state；
When the supporting block is in holding state, the extension end of the supporting block supports removal unit lattice bottom surface；
When the supporting block is in contraction state, the supporting block is contracted in transmission mechanism.
2. feeding device according to claim 1, which is characterized in that in the removal unit lattice on horizontal and vertical direction
Respectively at least provided with a unit intermediate plate.
3. feeding device according to claim 2, which is characterized in that the unit intermediate plate is the ventilative poroid knot of permeability
Structure.
4. feeding device according to claim 3, which is characterized in that the feeding device is additionally provided with feeding-passage, described
Feeding-passage includes charging flue track, charging expansion rail, the first valve and the second valve；The feeding-passage is set to removing
The top-side of tower, charging flue track are located at feeding-passage bottom surface, and the first valve and the second valve are respectively arranged on feeding-passage
On.
5. feeding device according to claim 4, which is characterized in that the feeding device is additionally provided with tapping channel, described
Tapping channel includes discharging track, third valve and the 4th valve；The tapping channel is set to removing tower bottom end side, and discharging is led
Rail is set to tapping channel bottom surface, and third valve and the 4th valve are respectively arranged in discharging track.
6. feeding device according to claim 5, which is characterized in that between first valve and the second valve and first
The first catch bar and the second catch bar are respectively equipped between valve and removing tower, first catch bar and the second catch bar are all provided with
In charging flue track middle position；It is set respectively between the third valve and removing tower and between third valve and the 4th valve
There are third catch bar and the 4th catch bar, the third catch bar and the 4th drag strut are set among discharging track.
7. feeding device according to claim 6, which is characterized in that first catch bar to the 4th catch bar connects respectively
It is connected to horizontal drive motor and vertical driving motor, first catch bar to the 4th catch bar can correspond in section at it
Horizontally and vertically move.
8. feeding device according to claim 7, which is characterized in that the two sides of the removing tower are respectively equipped with gas feed
And gas vent, the gas feed and gas vent are respectively equipped with airscoop shroud and air leaving cover, the airscoop shroud and air leaving cover with
The gas permeability cavernous structure of removal unit lattice is connected to.
9. feeding device according to claim 7, which is characterized in that the bottom and top of the removing tower are respectively equipped with gas
Body import and gas vent, the gas feed and gas vent are respectively equipped with airscoop shroud and air leaving cover, the airscoop shroud and go out
Gas hood is connected with the gas permeability cavernous structure on the first face of removal unit lattice and the second face respectively.
10. feeding device according to claim 8 or claim 9, which is characterized in that be equipped with scavenger in the removal unit lattice；
The scavenger is blocky scavenger；The bulk scavenger is for removing pernicious gas.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821079102.7U CN208771117U (en) | 2018-07-09 | 2018-07-09 | A kind of feeding device of type smoke pollutant removal tower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821079102.7U CN208771117U (en) | 2018-07-09 | 2018-07-09 | A kind of feeding device of type smoke pollutant removal tower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208771117U true CN208771117U (en) | 2019-04-23 |
Family
ID=66153767
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821079102.7U Active CN208771117U (en) | 2018-07-09 | 2018-07-09 | A kind of feeding device of type smoke pollutant removal tower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208771117U (en) |
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2018
- 2018-07-09 CN CN201821079102.7U patent/CN208771117U/en active Active
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