CN209271110U - A kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption - Google Patents
A kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption Download PDFInfo
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- CN209271110U CN209271110U CN201822115034.1U CN201822115034U CN209271110U CN 209271110 U CN209271110 U CN 209271110U CN 201822115034 U CN201822115034 U CN 201822115034U CN 209271110 U CN209271110 U CN 209271110U
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Abstract
The utility model discloses a kind of organic waste gas catalytic combustion cleaning equipments being concentrated using activated carbon adsorption, belong to exhaust-gas treatment field, including activated carbon adsorption case, pyrolysis case, active carbon foldback case and catalysis combustion box, spiral active carbon slideway is equipped in activated carbon adsorption case, venthole is evenly distributed on active carbon slideway, activated carbon adsorption case inner bottom surface is connect by discharge nozzle with pyrolysis case；The upper and lower side of active carbon foldback case is connected to activated carbon adsorption case and pyrolysis case respectively, and spiral feeding feed track is equipped in active carbon foldback case；Escape pipe side is equipped with the muffler for being connected to discharge nozzle；It is pyrolyzed in case side wall and is equipped with heating chamber, heat-absorbing chamber, the external air blower in heat-absorbing chamber side lower end are equipped in active carbon foldback case side wall, another upper lateral part of heat-absorbing chamber is equipped with the heat return pipe being connected to heating chamber；Shaft one and shaft two are driven by a rotary electric machine.The transfer of the active carbon of the utility model is more convenient, and sustainable absorption, and exhaust gas can be adsorbed repeatedly, and thermal energy can make full use of.
Description
Technical field
The utility model relates to exhaust-gas treatment fields, are specifically related to a kind of organic exhaust gas being concentrated using activated carbon adsorption
Catalysis burning cleaning equipment.
Background technique
Many kinds of in the administering method to organic exhaust gas both at home and abroad, feature is different, there are commonly absorption method, absorption process,
Condensation method, combustion method, catalysis method etc..The organic substance in activated carbon adsorption organic exhaust gas can be used in absorption method, by organic substance
Concentration converges in active carbon, then so that organic substance is overflowed active carbon, the activity after desorption by pyrolysis desorption active carbon
Charcoal can re-apply in adsorbing mechanism；Production by Catalytic Combustion Process is to be made in organic exhaust gas using suitable catalyst in systems
Organic substance oxygenolysis at a lower temperature.Catalytic combustion technology is that recent decades increasingly compel environmental protection and energy-efficient requirement
The new technique to come into being under the situation cut.The method major advantage has: 1. initiation temperature is low, and low energy consumption；2. handling
High-efficient, without secondary pollution wide to organic concentration and component process range, low energy consumption for starting, and can recycle the part heat of output
Can, required equipment volume is small, low cost.
Currently, using in the equipment of active carbon adsorption and Production by Catalytic Combustion Process, active carbon is de- in adsorbing mechanism and pyrolysis
Mutual transfer between random structure is more inconvenient, and lasting absorption work of the active carbon relatively difficult to achieve to exhaust gas, the absorption of exhaust gas
Treatment effeciency is lower；Exhaust gas is adsorbed merely through a wheel, and the adsorption treatment effect of exhaust gas is relatively poor；Band in active carbon after pyrolysis
Some heats are not able to achieve recycling, and thermal energy fails to make full use of.
Utility model content
1. technical problems to be solved
The technical problem to be solved by the present invention is to provide a kind of organic exhaust gas using activated carbon adsorption concentration to urge
Change burning cleaning equipment, transfer of the active carbon between adsorbing mechanism and pyrolysis desorption mechanism is more convenient, and realizes work
Lasting absorption work of the property charcoal to exhaust gas, and exhaust gas can be adsorbed repeatedly, also achieved and made full use of to thermal energy.
2. technical solution
To solve the above problems, the utility model adopts the following technical scheme:
A kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption, including activated carbon adsorption case, heat
It solves case and catalysis combustion box, the activated carbon adsorption case is connected separately with air inlet pipe and an air outlet pipe, the pyrolysis case passes through exhaust
Pipe connection catalysis combustion box, the catalysis combustion box are equipped with thermal energy recovery tube connection pyrolysis case；
Central axes are equipped with shaft one in the activated carbon adsorption case, and spiral winded type is set from top to bottom in the shaft one
Active charcoal slideway is evenly distributed with the venthole that bore is less than active carbon on the active carbon slideway；The activated carbon adsorption case
Inner bottom surface side connects discharge nozzle, and gradually high to periphery at discharge nozzle place, and the air inlet pipe is connected under activated carbon adsorption case
Portion, the escape pipe are connected to activated carbon adsorption box top, and the escape pipe side, which is connected with, is connected to returning for discharge nozzle side
Tracheae, one end of the muffler connection escape pipe are equipped with suction ventilator, and the escape pipe, which is equipped with, to be located on muffler junction
The check valve of side, the discharge nozzle are equipped with the valve being located at below muffler junction；The air inlet pipe connection active carbon is inhaled
One end that one end of attached case connects discharge nozzle with muffler is equipped with strainer；
The pyrolysis case is connected to discharge nozzle lower end, is equipped with heating chamber, the thermal energy recovery tube in the pyrolysis case side wall
It is connected to heating chamber, bottom is equipped with the slide plate being obliquely installed in the pyrolysis case, and the slide plate periphery attaches pyrolysis case side wall, institute
The bottom end side charging line with outward extension of slide plate is stated, the charging line is equipped with valve；The pyrolysis case side is set
The lower end of active charcoal foldback case, the active carbon foldback case is connected to charging line, and the upper end of the active carbon foldback case is equipped with
The feed supplement pipeline being connected to activated carbon adsorption case top, central axes are equipped with shaft two in the active carbon foldback case, and described turn
Axis two is equipped with the feeding feed track being spirally wound in shaft two from bottom to top, uniform cloth in the plate face of the feeding feed track
It is parallel to the baffle of its width direction, is equipped with heat-absorbing chamber, heat-absorbing chamber side lower end in the active carbon foldback case side wall
It is circumscribed with air blower, another upper lateral part of heat-absorbing chamber is equipped with the heat return pipe being connected to heating chamber, and the heat return pipe is equipped with court
The check valve opened to pyrolysis case；Active carbon is filled in the activated carbon adsorption case and active carbon foldback case；
One upper end of shaft passes through activated carbon adsorption box top and fixing sleeve and driven gear one is housed, in the shaft two
End is across active carbon foldback box top and fixing sleeve is equipped with the driven gear two concordant with driven gear one, the activated carbon adsorption
Rotary electric machine is equipped on box top, the output shaft of the rotary electric machine is arranged vertically upwards, and fixing sleeve is equipped on the output shaft
The driving gear engaged simultaneously with driven gear one and driven gear two.
Further, one end of the muffler connection discharge nozzle is obliquely installed upwards.Suction ventilator can be promoted to be extracted
Gas generate upward impulse force when entering discharge nozzle, be beneficial to prevent from the gas that air inlet pipe enters and be directly entered discharge nozzle；
Upward impulse force can also be generated to active carbon, prevent discharging blockage.
Further, the exhaust pipe is equipped with the unidirectional air pressure valve opened towards catalysis combustion box.Only when pyrolysis case
It is interior when generating certain gas, it can just wash unidirectional air pressure valve open, so as to prevent when organic exhaust gas concentration is too low, need a large amount of
Supplement the phenomenon that additional heat could maintain catalysis to react.And be able to achieve from controlling, reduce control amount.
Further, the shaft one and two lower end of shaft respectively correspond and extend to activated carbon adsorption case and active carbon foldback
Bottom in case, and junction is equipped with bearing.The rotational stability for being conducive to improve shaft one and shaft two, lives consequently facilitating ensureing
The running stability of property charcoal slideway and feeding feed track.
3. beneficial effect
(1) the utility model is equipped with active carbon slideway of the spiral wrap in shaft one in activated carbon adsorption case, living
Property charcoal adsorption box inner bottom surface side connect discharge nozzle, pyrolysis case be connected to discharge nozzle lower end.In, shaft one drives active carbon
Slideway rotation, can promote active carbon and moves down along active carbon slideway, then fall and enter in discharge nozzle from active carbon slideway,
Pyrolysis case is entered by activated carbon adsorption case convenient for the active carbon after absorption；The utility model is equipped with active carbon foldback case, active carbon
The upper and lower side of foldback case is respectively corresponded to be connected to activated carbon adsorption case and pyrolysis case, and spiral wrap is equipped in active carbon foldback case
Feeding feed track in shaft two.In, the active carbon after pyrolysis can enter active carbon foldback case lower end, then in shaft
Under the action of two drive the rotation of feeding feed track, active carbon can be lifted up along feeding feed track, on active carbon foldback case
Active carbon is discharged and send to activated carbon adsorption case by end, that is, the active carbon after realizing pyrolysis returns to active carbon by pyrolysis case and inhales
In attached case.It is evenly distributed with the venthole that bore is less than active carbon on active carbon slideway, is completely attached to convenient for exhaust gas and active carbon, gives up
Gas below active carbon slideway by being passed through, and the active carbon that first absorption reaches saturation is introduced into pyrolysis case, and the active carbon after desorption is through work
Property charcoal foldback case send to active carbon slide top, meet actual demand, constitute active carbon adsorbing mechanism and pyrolysis desorption machine
The circulation canal mutually shifted between structure, application value are higher.
(2) following for active carbon is constituted between the activated carbon adsorption case of the utility model, pyrolysis case and active carbon foldback case
Ring channel, then can guarantee activated carbon adsorption case always has more active carbon, then can apply to the situation that air inlet pipe continues air inlet,
Just lasting absorption work of the active carbon to exhaust gas is realized, may advantageously facilitate exhaust treatment efficiency.
(3) the utility model is equipped with the muffler for being connected to discharge nozzle side in escape pipe side, and muffler, which is equipped with, to be inhaled
Portion gas can be sucked in muffler and be sent to discharge nozzle, spray to active carbon by discharge nozzle under suction ventilator effect by blower
Box cavity is adsorbed, the gas for entering the inner cavity from air inlet pipe can be prevented to be directly entered discharge nozzle, meanwhile, it can dredge on discharge nozzle
Portion prevents activity carbon build-up at this, and active carbon is promoted to enter discharge nozzle.And part returns to active carbon by the gas once adsorbed
Bottom in adsorption box, continues second adsorption later, it might even be possible to back and forth repeatedly be adsorbed, can promote the purification effect of exhaust gas
Fruit.
(4) it is equipped with heating chamber in the pyrolysis case side wall of the utility model, thermal energy recovery tube will be catalyzed and generate in combustion box
Thermal energy leads to heating chamber, provides energy for active carbon pyrolysis, is easy to implement making full use of for thermal energy；In active carbon foldback case side wall
Equipped with heat-absorbing chamber, heat-absorbing chamber side lower end is circumscribed with air blower, and another upper lateral part of heat-absorbing chamber returns heat equipped with what is be connected to heating chamber
Pipe.Cold air can absorb the thermal energy that active carbon carries after pyrolysis in active carbon foldback case after entering heat-absorbing chamber, is changed into hot-air
Rise and pass through heat return pipe and enter heating chamber, further realizes and thermal energy is made full use of.
(5) shaft one of the utility model and two upper end of shaft fixed suit driven gear, and two driven gears respectively
It engages, that is, realizes by the mesh of two rotating mechanisms of a motor driven with a driving gear by rotary electric machine driving jointly
, it is beneficial to energy conservation.
To sum up, the active carbon of the utility model realizes following of mutually shifting between adsorbing mechanism and pyrolysis desorption mechanism
Ring channel, convenient for the transfer of active carbon；Lasting absorption work of the active carbon to exhaust gas is realized, may advantageously facilitate exhaust-gas treatment effect
Rate；Exhaust gas can be adsorbed repeatedly, and the clean-up effect of exhaust gas can be promoted；It also achieves and thermal energy is made full use of, be more advantageous to
Energy conservation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is activated carbon adsorption case 1 and the schematic diagram for being pyrolyzed case 2；
Fig. 3 is the schematic top plan view of active carbon slideway 10；
Fig. 4 is the structural schematic diagram of the plate face of feeding feed track 23.
Appended drawing reference: 1- activated carbon adsorption case, 2- are pyrolyzed case, and 3- is catalyzed combustion box, 4- active carbon foldback case, 5- air inlet
Pipe, 6- escape pipe, 7- exhaust pipe, 8- thermal energy recovery tube, 9- shaft one, 10- active carbon slideway, 11- venthole, 12- discharge nozzle,
13- muffler, 14- suction ventilator, 15- check valve, 16- valve, 17- strainer, 18- heating chamber, 19- slide plate, 20- charging line,
21- feed supplement pipeline, 22- shaft two, 23- feeding feed track, 24- heat-absorbing chamber, 25- air blower, 26- heat return pipe, 27- moving gear
One, 28- driven gear two, 29- rotary electric machine, 30- drive gear, the unidirectional air pressure valve of 31-, 32- bearing, 33- baffle.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
Embodiment
A kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption as shown in Figure 1, including activity
Charcoal adsorption box 1, pyrolysis case 2 and catalysis combustion box 3, the activated carbon adsorption case 1 are connected separately with air inlet pipe 5 and escape pipe 6, institute
Pyrolysis case 2 is stated by the connection catalysis combustion box 3 of exhaust pipe 7, the catalysis combustion box 3 is equipped with the connection pyrolysis case of thermal energy recovery tube 8
2；
As shown in Fig. 2, central axes are equipped with shaft 1 in the activated carbon adsorption case 1, in the shaft 1 on to
Lower spiral winded type is equipped with active carbon slideway 10, as shown in figure 3, being evenly distributed with bore on the active carbon slideway 10 is less than activity
The venthole 11 of charcoal convenient for the conveying of regular active carbon, while being also convenient for exhaust gas and contacting across active carbon slideway 10 with active carbon；
The 1 inner bottom surface side of activated carbon adsorption case connects discharge nozzle 12, and gradually high to periphery at 12 place of discharge nozzle, is convenient for active carbon
It can smoothly enter into discharge nozzle 12, the air inlet pipe 5 is connected to 1 lower part of activated carbon adsorption case, and the escape pipe 6 is connected to active carbon suction
Attached 1 top of case, 6 side of escape pipe are connected with the muffler 13 for being connected to 12 side of discharge nozzle, and the muffler 13 connects
One end of escape pipe 6 is equipped with suction ventilator 14, and the escape pipe 6 is equipped with the check valve 15 being located above 13 junction of muffler,
It can prevent suction ventilator 14 from sucking outside air；The discharge nozzle 12 is equipped with the valve 16 being located at below 13 junction of muffler,
Convenient for keeping the connection of muffler 13 when discharge nozzle 12 is not switched on；The air inlet pipe 5 connects the one of activated carbon adsorption case 1
One end that end and muffler 13 connect discharge nozzle 12 is equipped with strainer 17, can prevent active carbon from entering air inlet pipe 5 or muffler 13；
The pyrolysis case 2 is connected to 12 lower end of discharge nozzle, is equipped with heating chamber 18, the thermal energy in 2 side wall of pyrolysis case
Recovery tube 8 is connected to heating chamber 18, and bottom is equipped with the slide plate 19 being obliquely installed in the pyrolysis case 2, and 19 periphery of slide plate is pasted
Attached 2 side wall of pyrolysis case, convenient for active carbon guiding side to be discharged, the bottom end side of the slide plate 19 is with outward extension to be sent
Pipe material 20, the charging line 20 are equipped with valve 16；2 side of pyrolysis case is equipped with active carbon foldback case 4, the active carbon
The lower end of foldback case 4 is connected to charging line 20, and the upper end of the active carbon foldback case 4 is equipped with and 1 top of activated carbon adsorption case
The feed supplement pipeline 21 of connection, central axes are equipped with shaft 2 22 in the active carbon foldback case 4, the shaft 2 22 be equipped with by
The feeding feed track 23 being spirally wound on upwards down in shaft 2 22, as shown in figure 4, in the plate face of the feeding feed track 23
Even cloth is parallel to the baffle 33 (can prevent active carbon from gliding) of its width direction, sets in 4 side wall of active carbon foldback case
There is heat-absorbing chamber 24, the 24 side lower end of heat-absorbing chamber is circumscribed with air blower 25, and another upper lateral part of the heat-absorbing chamber 24 is equipped with and adds
The heat return pipe 26 that hot chamber 18 is connected to, the heat return pipe 26 are equipped with the check valve 15 opened towards pyrolysis case 2；The active carbon is inhaled
It is filled with active carbon in attached case 1 and active carbon foldback case 4, active carbon can be prevented in activated carbon adsorption case 1 not plan a successor phenomenon；
One 9 upper end of shaft passes through 1 top of activated carbon adsorption case and fixing sleeve is equipped with driven gear 1, the shaft
2 22 upper ends pass through 4 top of active carbon foldback case and fixing sleeve is equipped with the driven gear two 28 concordant with driven gear 1, institute
It states and is equipped with rotary electric machine 29 on 1 top of activated carbon adsorption case, the output shaft of the rotary electric machine 29 is arranged vertically upwards, and this is defeated
Fixing sleeve is equipped with the driving gear 30 engaged simultaneously with driven gear 1 and driven gear 2 28 on shaft.
In the present embodiment, one end that the muffler 13 connects discharge nozzle 12 is obliquely installed upwards.It can promote air draught
The gas that machine 14 is extracted generates upward impulse force when entering discharge nozzle 12, it is straight to be beneficial to prevent the gas entered from air inlet pipe 5
It taps into discharge nozzle 12；Upward impulse force can also be generated to active carbon, prevent discharge nozzle 12 from blocking.
In the present embodiment, the exhaust pipe 7 is equipped with the unidirectional air pressure valve 31 opened towards catalysis combustion box 3.Only
When generating certain gas in pyrolysis case 2, unidirectional air pressure valve 31 can be just washed open, so as to prevent when organic exhaust gas concentration is too low
When, need largely to supplement the phenomenon that additional heat could maintain catalysis to react.And be able to achieve from controlling, reduce control amount.
In the present embodiment, the shaft 1 and 2 22 lower end of shaft, which respectively correspond, extends to activated carbon adsorption case 1 and lives
Property charcoal foldback case 4 in bottom, and junction is equipped with bearing 32.Be conducive to improve the rotational stability of shaft 1 and shaft 2 22,
Consequently facilitating ensureing the running stability of active carbon slideway 10 and feeding feed track 23.
Above-mentioned concrete application process are as follows:
(1) activated carbon adsorption: exhaust gas to be processed is continued to be passed through activated carbon adsorption case 1 from air inlet pipe 5, is then opened out
Check valve 15 on tracheae 6, with the rising of 1 lower gas concentration of activated carbon adsorption case, the air pressure of 6 position of escape pipe compared with
Small, exhaust gas, which can rise to escape pipe 6, to be moved, and active carbon slideway 10 from level to level is passed through in moving process, is tightly held by activated carbon away
Organic substance, residual gas are discharged from escape pipe 6；Then the suction ventilator 14 on muffler 13 is opened, it will be in part escape pipe 6
Gas is pumped into muffler 13, and sprays to 1 inner cavity of activated carbon adsorption case by discharge nozzle 12, can prevent the gas entered from air inlet pipe 5
Body is directly entered discharge nozzle 12, meanwhile, 12 top of discharge nozzle can be dredged, activity carbon build-up at this is prevented, active carbon is promoted to enter
Discharge nozzle 12.And part returns to bottom in activated carbon adsorption case 1 by the gas once adsorbed, continues secondary suction later
It is attached, it might even be possible to back and forth repeatedly to be adsorbed, the clean-up effect of exhaust gas can be promoted.
(2) pyrolysis desorption: drive shaft 1 rotates, and drives active carbon slideway 10 to rotate, so that in activated carbon adsorption case 1
Active carbon not only move down under the effect of gravity, moved down under the promotion of active carbon slideway 10 more again, open discharge nozzle 12 on valve
Door 16, active carbon enters discharge nozzle 12, and falls into pyrolysis case 2, after a period of time, closes the valve 16 on discharge nozzle 12, opens
Dynamic pyrolysis case 2, heats active carbon, so that the organic substance of its absorption overflows active carbon, desorption is realized, to be desorbed substantially
After completely, organic gas is sent into catalysis combustion box 3, opens the valve 16 on charging line 20, the active carbon energy after desorption
Enter 4 lower part of active carbon foldback case along charging line 20；
(3) catalysis burning: the organic gas in catalysis combustion box 3 is changed into free of contamination inorganic matter after burning,
Containing more thermal energy, which is sent by thermal energy recovery tube 8 to the heating chamber 18 of pyrolysis case 2, realizes thermal energy
It makes full use of；
(4) active carbon foldback: the active carbon after desorption has partial heat energy, and drive shaft 2 22 rotates, and drives feeding defeated
23 rotations are sent, active carbon is above mentioned, in the process, starts air blower 25, sucks cold air, cold air enters heat-absorbing chamber 24
It can absorb the thermal energy that active carbon carries after pyrolysis in active carbon foldback case 4 afterwards, is changed into hot-air and rises and pass through heat return pipe 26
Into heating chamber 18, further realizes and thermal energy is made full use of.Cooling even active carbon after cooling is from active carbon foldback case 4
Upper end discharge, and returned in activated carbon adsorption case 1 along feed supplement pipeline 21, realize the recycling of active carbon.
As shown in the above, the active carbon of the utility model realizes phase between adsorbing mechanism and pyrolysis desorption mechanism
The circulation canal mutually shifted, convenient for the transfer of active carbon；Lasting absorption work of the active carbon to exhaust gas is realized, may advantageously facilitate
Exhaust treatment efficiency；Exhaust gas can be adsorbed repeatedly, and the clean-up effect of exhaust gas can be promoted；Also achieve the abundant benefit to thermal energy
With being more advantageous to energy conservation.
Those of ordinary skill in the art it should be appreciated that more than embodiment be intended merely to illustrate that this is practical new
Type, and be not used as the restriction to the utility model, as long as in the spirit of the utility model, to the above
Variation, the modification of embodiment will all be fallen in the scope of the claims of the utility model.
Claims (4)
1. a kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption, including activated carbon adsorption case (1), heat
Case (2) and catalysis combustion box (3) are solved, the activated carbon adsorption case (1) is connected separately with air inlet pipe (5) and escape pipe (6), described
Case (2) are pyrolyzed by exhaust pipe (7) connection catalysis combustion box (3), the catalysis combustion box (3) connects equipped with thermal energy recovery tube (8)
Connect pyrolysis case (2)；It is characterized in that, the interior central axes of the activated carbon adsorption case (1) are equipped with shaft one (9), the shaft one
(9) spiral winded type is equipped with active carbon slideway (10) from top to bottom on, and it is small to be evenly distributed with bore on the active carbon slideway (10)
In the venthole (11) of active carbon；Activated carbon adsorption case (1) the inner bottom surface side connects discharge nozzle (12), and discharge nozzle (12)
Gradually high to periphery at place, the air inlet pipe (5) is connected to activated carbon adsorption case (1) lower part, and the escape pipe (6) is connected to work
Property charcoal adsorption box (1) at the top of, escape pipe (6) side is connected with the muffler (13) for being connected to discharge nozzle (12) side, institute
The one end for stating muffler (13) connection escape pipe (6) is equipped with suction ventilator (14), and the escape pipe (6), which is equipped with, is located at muffler
(13) check valve above junction (15), the valve being equipped on the discharge nozzle (12) below muffler (13) junction
Door (16)；One end of muffler (13) connection discharge nozzle (12) is equipped with strainer (17)；
The pyrolysis case (2) is connected to discharge nozzle (12) lower end, is equipped with heating chamber (18) in pyrolysis case (2) side wall, described
Thermal energy recovery tube (8) is connected to heating chamber (18), and pyrolysis case (2) the interior bottom is equipped with the slide plate (19) being obliquely installed, the cunning
Plate (19) periphery attaches pyrolysis case (2) side wall, the bottom end side charging line with outward extension (20) of the slide plate (19)；
The pyrolysis case (2) side is equipped with active carbon foldback case (4), and the lower end and charging line (20) of the active carbon foldback case (4) are even
Logical, the upper end of the active carbon foldback case (4) is equipped with the feed supplement pipeline (21) being connected to activated carbon adsorption case (1) top, described
Charging line (20) is equipped with valve (16)；The interior central axes of the active carbon foldback case (4) be equipped with shaft two (22), described turn
Axis two (22) is equipped with the feeding feed track (23) being spirally wound in shaft two (22) from bottom to top, the feeding feed track
(23) it is evenly distributed with the baffle (33) for being parallel to its width direction in plate face, is equipped in active carbon foldback case (4) side wall
Heat-absorbing chamber (24), heat-absorbing chamber (24) side lower end are circumscribed with air blower (25), another upper lateral part of the heat-absorbing chamber (24) be equipped with
The heat return pipe (26) of heating chamber (18) connection, the heat return pipe (26) are equipped with the check valve (15) opened towards pyrolysis case (2)；
Active carbon is filled in the activated carbon adsorption case (1) and active carbon foldback case (4)；
Shaft one (9) upper end pass through activated carbon adsorption case (1) at the top of and fixing sleeve be equipped with driven gear one (27), described turn
Axis two (22) upper end passes through at the top of active carbon foldback case (4) and fixing sleeve is equipped with the driven gear concordant with driven gear one (27)
Two (28), at the top of the activated carbon adsorption case (1) on be equipped with rotary electric machine (29), the output shaft of the rotary electric machine (29) is vertical
It sets up, and fixing sleeve is equipped with the driving engaged simultaneously with driven gear one (27) and driven gear two (28) on the output shaft
Gear (30).
2. a kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption according to claim 1,
It is characterized in that, one end of muffler (13) connection discharge nozzle (12) is obliquely installed upwards.
3. a kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption according to claim 1,
It is characterized in that, the exhaust pipe (7) is equipped with the unidirectional air pressure valve (31) opened towards catalysis combustion box (3).
4. a kind of organic waste gas catalytic combustion cleaning equipment being concentrated using activated carbon adsorption according to claim 1,
It is characterized in that, the shaft one (9) and shaft two (22) lower end, which respectively correspond, extends to activated carbon adsorption case (1) and active carbon returns
Case (4) interior bottom is sent, and junction is equipped with bearing (32).
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| CN110585857A (en) * | 2019-10-11 | 2019-12-20 | 安徽天顺环保设备股份有限公司 | Dry flue gas desulfurization and denitrification device |
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| CN114699879A (en) * | 2022-03-28 | 2022-07-05 | 昆山工统环保科技有限公司 | Activated carbon adsorption device for catalytic combustion gas adsorption |
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| CN110585857A (en) * | 2019-10-11 | 2019-12-20 | 安徽天顺环保设备股份有限公司 | Dry flue gas desulfurization and denitrification device |
| CN110585857B (en) * | 2019-10-11 | 2021-11-19 | 安徽天顺环保设备股份有限公司 | Dry flue gas desulfurization and denitrification device |
| CN111550792A (en) * | 2020-03-26 | 2020-08-18 | 安徽紫荆花壁纸股份有限公司 | Waste treatment comprehensive utilization system and method for wallpaper processing |
| CN113413725A (en) * | 2021-06-03 | 2021-09-21 | 南大环境规划设计研究院(江苏)有限公司 | A purifier for VOCs in waste gas |
| CN113413725B (en) * | 2021-06-03 | 2023-02-03 | 南大环境规划设计研究院(江苏)有限公司 | A purifier for VOCs in waste gas |
| CN114699879A (en) * | 2022-03-28 | 2022-07-05 | 昆山工统环保科技有限公司 | Activated carbon adsorption device for catalytic combustion gas adsorption |
| CN116966716A (en) * | 2023-09-01 | 2023-10-31 | 河北华飞工程设计有限公司 | Tail gas treatment equipment for petrochemical industry |
| CN116966716B (en) * | 2023-09-01 | 2024-03-26 | 河北华飞工程设计有限公司 | Tail gas treatment equipment for petrochemical industry |
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