CN208194081U - Heavy duty detergent garbage power plant incineration tail gas processing system - Google Patents
Heavy duty detergent garbage power plant incineration tail gas processing system Download PDFInfo
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- CN208194081U CN208194081U CN201820536086.3U CN201820536086U CN208194081U CN 208194081 U CN208194081 U CN 208194081U CN 201820536086 U CN201820536086 U CN 201820536086U CN 208194081 U CN208194081 U CN 208194081U
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Abstract
The utility model discloses heavy duty detergent garbage power plant incineration tail gas processing systems, it includes support frame, is equipped with water tank on support frame；Water tank is respectively arranged with coupling tube and outlet pipe on top and bottom；It is provided with water inlet pipe on water tank side face, divides gas tank and controller；Divide on gas tank and is provided with multiple bronchuses connecting with gas main；It is provided with filtering layer in water tank, is provided with multiple chimney filters below filtering layer；Gas flow transducer is provided in coupling tube, coupling tube one end is connected with mixing tank；Mixing tank side is connected with radiation box by connecting tube；Mixing tube is set between coupling tube and connecting tube, interior electrode, ceramic tube, external electrode and heat dissipating layer are successively socketed with outside mixing tube；It is provided with ozone outlet pipe above coupling tube, ozone outlet pipe one end is provided with flow-disturbing head；Oxygen tank is connected with below mixing tank；Electron synchrotron is connected at the top of radiation box.The utility model can not only improve removal efficiency, also have the advantages that good dedusting effect, easy to use and easy to clean.
Description
Technical field
The utility model relates to a kind of exhaust treatment systems, especially heavy duty detergent garbage power plant incineration tail gas processing system
System.
Background technique
It include various sour gas, flue dust, toxic gas etc. in the tail gas that waste incineration generates, if do not located
Reason is directly discharged in atmosphere, and very big damage is not only caused to environment, can also threaten the health of the mankind, and is wherein needed most
Processing is exactly flue dust and dioxin；Conventional rubbish burns power plant and mainly uses dust-extraction unit to incineration tail gas dust treatment
Flue dust is dusted processing, and most common of them is exactly bag filter, but bag filter is in use, due to gas
Fast speed is flowed, causes flue dust of short duration compared with the time of contact of filter bag, can not sufficiently remove the flue dust in tail gas, dedusting effect
Fruit is poor；And after a period of operation, the dust adsorbed on filter bag may block filter bag, need to stop working, and utilize
Pulse spraying equipment cleans filter bag, and it is more inconvenient to clean；And active powdered carbon is mainly used to the removing method of dioxin
Agent carries out primary attachment to it, then carries out second adsorption by bag filter, to reach the purpose of removal dioxin, this side
In method, not only operate it is more complex, but also active carbon pulvis therein be by pipeline spray into tail gas aggregate device in, active powdered carbon
Agent straying quatity number and the uniformity that is mixed with tail gas of active carbon pulvis can all influence the removal efficiency of dioxin, removing effect
Rate is lower.Therefore, that there is dust removing effects in existing exhaust gas processing device is poor, removal efficiency is lower and cleaning is more inconvenient
The problem of.
Utility model content
The purpose of the utility model is to provide a kind of heavy duty detergent garbage power plant incineration tail gas processing systems.This is practical
It is novel to improve removal efficiency, also have the advantages that good dedusting effect and easy to clean.
The technical solution of the utility model includes: heavy duty detergent garbage power plant incineration tail gas processing system, including support frame, support
Water tank is installed on frame；It is provided with coupling tube on water tank top surface, outlet pipe is provided on the bottom surface of water tank, is equipped on outlet pipe
First electrically-controlled valve；It is provided with water inlet pipe on the one side of water tank, a point gas tank is provided with below water inlet pipe, is set above water inlet pipe
It is equipped with controller；Divide on gas tank and be provided with gas main, multiple bronchuses are connected on gas main, are provided on each bronchus
Second electrically-controlled valve；It is provided with filtering layer in the water tank, is provided with multiple chimney filters below filtering layer；Air-flow is provided in the coupling tube
Sensor, coupling tube one end are connected with mixing tank；Mixing tank side is provided with radiation box, is equipped between mixing tank and radiation box
Connecting tube；It is provided with the mixing tube in mixing tank between coupling tube and connecting tube, interior electrode is socketed with outside mixing tube；Interior electricity
It is extremely outer to be socketed with external electrode, it is provided with ceramic tube on the inside of external electrode, is provided with heat dissipating layer on the outside of external electrode；The coupling tube
Top is provided with ozone outlet pipe, and one end of ozone outlet pipe is provided with flow-disturbing head；Oxygen inlet pipe, oxygen are provided with below the connecting tube
Third electrically-controlled valve is provided on gas inlet pipe；Oxygen inlet pipe one end is connected with oxygen tank, and oxygen tank is arranged on the support frame；The spoke
It penetrates box top and is provided with radiation window, electron synchrotron is connected on radiation window, is provided with out in radiation box one side wall
Tracheae；First electrically-controlled valve, the second electrically-controlled valve, gas flow transducer, third electrically-controlled valve and electron synchrotron with control
Device connection.
With in incineration tail gas processing system, the chimney filter is connected to heavy duty detergent garbage power plant above-mentioned with bronchus；The filter
Multiple air holes are equipped on layer and each chimney filter.
With in incineration tail gas processing system, the flow-disturbing head is arranged in coupling tube heavy duty detergent garbage power plant above-mentioned.
Heavy duty detergent garbage power plant above-mentioned is provided with water level on one inner sidewall of water tank in incineration tail gas processing system
Sensor, water level sensor are connect with controller.
For heavy duty detergent garbage power plant above-mentioned in incineration tail gas processing system, the mixing tube is wave-shaped.
Compared with prior art, the utility model improves existing exhaust treatment system, divides gas tank by setting, divides gas
Be provided with main trachea and bronchus in case, shunt tail gas, by filtering layer, be provided with multiple chimney filters in filtering layer, chimney filter with
Bronchus connection, ensure that tail gas enters in water tank, and multiple air holes are provided on the surface of filtering layer and chimney filter, ensure that tail
Flue dust in gas can be contacted sufficiently with water, so that the water in water tank be made to adsorb flue dust, improve dust removing effects；It is smelly by being arranged
Oxygen outlet pipe and flow-disturbing head, flow-disturbing head are arranged in air inlet pipe, and the ozone generated is enable to be sufficiently mixed with tail gas；Pass through setting
Electron synchrotron and radiation window, the electron beam that electron synchrotron generates can enter radiation box by radiation window
It is interior, to carry out radiation treatment to the tail gas for carrying out ozone treatment, removal efficiency is not only increased, and will not generate secondary
For pollution；The unlatching that outlet valve and valve are controlled by controller, not only enables the speed of entire purification process adjust, convenient
It uses, additionally it is possible to realize that Auto-drainage cleans, it is easy to clean；Entire vent gas treatment process is controlled by setting controller simultaneously,
It is convenient to use.In addition, the utility model also passes through setting water level sensor, prevents the hypervolia in water tank and influence to arrange
Gas has further facilitated use；It is wavy by the way that mixing tube to be arranged to, increase the reaction time of ozone and tail gas.Therefore,
The utility model can not only improve removal efficiency, also have the advantages that good dedusting effect, easy to use and easy to clean.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the side view of water tank；
Fig. 3 is filtering layer surface texture schematic diagram；
Fig. 4 is chimney filter surface texture schematic diagram；
Fig. 5 is the partial enlarged view in Fig. 1 at A；
Fig. 6 is the partial enlarged view in Fig. 1 at B；
Fig. 7 is the partial enlarged view in Fig. 1 at C；
Fig. 8 is the control principle drawing of the utility model.
The label in accompanying drawing is: 1- support frame, 2- water tank, 3- coupling tube, 4- outlet pipe, the first electrically-controlled valve of 5-, 6- water inlet
Pipe, 7- divide gas tank, 8- controller, 9- gas main, 10- bronchus, the second electrically-controlled valve of 11-, 12- filtering layer, 13- chimney filter, 14- air-flow
Sensor, 15- mixing tank, 16- radiation box, 17- connecting tube, 18- mixing tube, electrode in 19-, 20- external electrode, 21- ceramic tube,
22- heat dissipating layer, 23- ozone outlet pipe, 24- flow-disturbing head, 25- oxygen inlet pipe, 26- third electrically-controlled valve, 27- oxygen tank, 28- rediation aperture
Mouthful, 29- electron synchrotron, 30- escape pipe, 31- air hole, 32- water level sensor.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model
The foundation of limitation.
Embodiment.Heavy duty detergent garbage power plant incineration tail gas processing system, constitute as shown in Fig. 1 to Fig. 8 include support frame 1,
Water tank 2 is installed on support frame 1；It is provided with coupling tube 3 on 2 top surface of water tank, outlet pipe 4 is provided on the bottom surface of water tank 2, is discharged
First electrically-controlled valve 5 is installed on pipe 4；Water inlet pipe 6 is provided on the one side of water tank 2, the lower section of water inlet pipe 6 is provided with a point gas tank
7, the top of water inlet pipe 6 is provided with controller 8；Divide on gas tank 7 and be provided with gas main 9, multiple bronchuses are connected on gas main 9
10, the second electrically-controlled valve 11 is provided on each bronchus 10；It is provided with filtering layer 12 in the water tank 2, is arranged below filtering layer 12
There are multiple chimney filters 13；Gas flow transducer 14 is provided in the coupling tube 3,3 one end of coupling tube is connected with mixing tank 15；Mixing tank
15 sides are provided with radiation box 16, and connecting tube 17 is equipped between mixing tank 15 and radiation box 16；Coupling tube 3 and connecting tube 17 it
Between be provided with the mixing tube 18 in mixing tank 15, interior electrode 19 is socketed with outside mixing tube 18；It is socketed with outside interior electrode 19 outer
Electrode 20, the inside of external electrode 20 are provided with ceramic tube 21, and the outside of external electrode 20 is provided with heat dissipating layer 22；The coupling tube 3
Top is provided with ozone outlet pipe 23, and one end of ozone outlet pipe 23 is provided with flow-disturbing head 24；It is arranged below the connecting tube 17 aerobic
Gas inlet pipe 25 is provided with third electrically-controlled valve 26 on oxygen inlet pipe 25；25 one end of oxygen inlet pipe is connected with oxygen tank 27, oxygen tank 27
It is arranged on support frame 1；It is provided with radiation window 28 at the top of the radiation box 16, is connected with electronic synchronizer on radiation window 28 and adds
Fast device 29 is provided with escape pipe 30 in 16 one side wall of radiation box；First electrically-controlled valve 5, the second electrically-controlled valve 11, gas flow transducer
14, third electrically-controlled valve 26 and electron synchrotron 29 are connect with controller 8.
The chimney filter 13 is connected to bronchus 10；Multiple air holes 31 are equipped on the filtering layer 12 and each chimney filter 13；
The flow-disturbing head 24 is arranged in coupling tube 3；Water level sensor 32, water level sensor are provided on 2 one inner sidewall of water tank
32 connect with controller 8；The mixing tube 18 is wave-shaped.
Working principle: before start-up operation, whole device is first connected into upper external power supply, then opens controller 8, controller
Gas flow transducer 14 is controlled after 8 startings and water level sensor 32 is opened；Then it is poured water in water tank 2 by water inlet pipe 6, while water
The water level numerical signal that level sensor 32 can will test is sent to controller 8, controller 8 can after receiving water level signal with
Setting value is compared, and when the water level value detected reaches upper limit warning numerical value, controller 8 can be sounded an alarm, and remind and stop
It pours water；After controller 8 sounds an alarm, and after continuous 5 water level values that detect of water level sensor 32 are constant always, controller
8 will control the second electrically-controlled valve 11 opening, start to carry out purification flue dust work；After second electrically-controlled valve 11 is opened, cooled tail
Gas can be further separated into bronchus 10 by main tracheae 9, then be entered in chimney filter 13 by bronchus 10；When tail gas enters chimney filter
After in 13, the flue dust in tail gas can come into full contact with the water in chimney filter 13 to be adsorbed with water, and is once filtered；Simultaneously in chimney filter 13
The tail gas being inside cleaned can emerge from the air hole 31 on chimney filter 13, be withed outside chimney filter 13 while while up moving
Water carry out secondary Contact-sorption, finally appear from the air hole 31 on filtering layer 12 and finally overflowed from the water surface；Carried out multiple mistake
Tail gas after filter can be discharged after overflowing in water by coupling tube 3.
After having gas entrance in coupling tube 3, gas flow transducer 14 will detect airstream data and be sent to controller
8, controller 8 controls external power supply after receiving the data that gas flow transducer 14 is sent and is passed through to interior electrode 19 and external electrode 20
High-voltage electricity, while controlling the opening of third electrically-controlled valve 26；It can be therebetween after interior electrode 19 and external electrode 20 lead to high-voltage electricity
Corona discharge is formed between lightening gap, and after third electrically-controlled valve 26 is opened, oxygen tank 27 can be led to oxygen by oxygen inlet pipe 25
Enter in the discharging gap between interior electrode 19 and external electrode 20, the excitation into the oxygen in discharging gap by electronics obtains energy
Amount, and elastic collision is generated each other, polymerization forms ozone, and the ozone of generation can enter in ozone outlet pipe 23, then pass through flow-disturbing
First 24 are sufficiently mixed with the tail gas in coupling tube 3, since the oxidisability of ozone can decompose part dioxin；Tail gas with it is smelly
The mixed gas of oxygen is reacted in mixing tube 18 on one side, on one side toward movement at connecting tube 17, subsequently into radiation box 16；Work as tail
After gas enters radiation box 16, controller 8 controls electron synchrotron 29 and opens, and electron synchrotron 29 is made to generate electronics
The electron beam of beam, generation can carry out electron beam irradiation to the gas in radiation box 16 by radiation window 28, thus will be with ozone
The dioxin that left behind after reaction resolves into innocuous gas completely, and the tail gas for being finally reached discharge standard can be from 30 row of escape pipe
It puts into atmosphere, this will not generate secondary pollution in the process.
When needing to replace the water in water tank 2, first passes through controller 8 and control out the first electrically-controlled valve 5 opening, make water
Water in case 2 is flowed out from outlet pipe 4, while the water level value real-time detection in water tank 2 can be issued controller by water level sensor 32
8；When the water level value that water level sensor 32 detects reaches lower limit warning value, controller 8 can be sounded an alarm, and control after 5 seconds
The closing of the first electrically-controlled valve 5 is produced, is then poured water in water tank 2 by water inlet pipe 6 again, so that it may reuse.
Claims (5)
1. heavy duty detergent garbage power plant incineration tail gas processing system, it is characterised in that: including support frame (1), support frame is pacified on (1)
Equipped with water tank (2)；It is provided with coupling tube (3), is provided on the bottom surface of water tank (2) outlet pipe (4) on water tank (2) top surface, is discharged
The first electrically-controlled valve (5) are installed on pipe (4)；It is provided on the one side of water tank (2) water inlet pipe (6), water inlet pipe is set below (6)
It is equipped with a point gas tank (7), controller (8) is provided with above water inlet pipe (6)；Divide on gas tank (7) and is provided with gas main (9), total gas
It is connected with multiple bronchuses (10) on pipe (9), is provided with the second electrically-controlled valve (11) on each bronchus (10)；The water tank
(2) it is provided with filtering layer (12) in, is provided with multiple chimney filters (13) below filtering layer (12)；Air-flow is provided in the coupling tube (3)
Sensor (14), coupling tube (3) one end are connected with mixing tank (15)；Mixing tank (15) side is provided with radiation box (16), mixing
Connecting tube (17) are installed between case (15) and radiation box (16)；It is provided with to be located between coupling tube (3) and connecting tube (17) and mix
Mixing tube (18) in mould assembling (15), mixing tube (18) are socketed with interior electrode (19) outside；External electrode is socketed with outside interior electrode (19)
(20), it is provided with ceramic tube (21) on the inside of external electrode (20), heat dissipating layer (22) is provided on the outside of external electrode (20)；The mistake
It crosses above pipe (3) and is provided with ozone outlet pipe (23), one end of ozone outlet pipe (23) is provided with flow-disturbing head (24)；The connecting tube
(17) lower section is provided with oxygen inlet pipe (25), and third electrically-controlled valve (26) are provided on oxygen inlet pipe (25)；Oxygen inlet pipe (25) one
End is connected with oxygen tank (27), and oxygen tank (27) is arranged on support frame (1)；Rediation aperture is provided at the top of the radiation box (16)
Mouthful (28) are connected with electron synchrotron (29) on radiation window (28), are provided with escape pipe in radiation box (16) one side wall
(30)；First electrically-controlled valve (5), the second electrically-controlled valve (11), gas flow transducer (14), third electrically-controlled valve (26) and electronic synchronizer
Accelerator (29) is connect with controller (8).
2. heavy duty detergent garbage power plant incineration tail gas processing system according to claim 1, it is characterised in that: the chimney filter
(13) it is connected to bronchus (10)；Multiple air holes (31) are equipped on the filtering layer (12) and each chimney filter (13).
3. heavy duty detergent garbage power plant incineration tail gas processing system according to claim 1, it is characterised in that: the flow-disturbing
Head (24) setting is in coupling tube (3).
4. heavy duty detergent garbage power plant incineration tail gas processing system according to claim 1, it is characterised in that: the water tank
It is provided on (2) one inner sidewalls water level sensor (32), water level sensor (32) is connect with controller (8).
5. heavy duty detergent garbage power plant incineration tail gas processing system according to claim 1,2,3 or 4, it is characterised in that:
The mixing tube (18) is wave-shaped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820536086.3U CN208194081U (en) | 2018-04-16 | 2018-04-16 | Heavy duty detergent garbage power plant incineration tail gas processing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820536086.3U CN208194081U (en) | 2018-04-16 | 2018-04-16 | Heavy duty detergent garbage power plant incineration tail gas processing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208194081U true CN208194081U (en) | 2018-12-07 |
Family
ID=64523320
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820536086.3U Active CN208194081U (en) | 2018-04-16 | 2018-04-16 | Heavy duty detergent garbage power plant incineration tail gas processing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208194081U (en) |
-
2018
- 2018-04-16 CN CN201820536086.3U patent/CN208194081U/en active Active
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