CN209254441U - A kind of environmental protective type chemical plant waste gases processing unit - Google Patents
A kind of environmental protective type chemical plant waste gases processing unit Download PDFInfo
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- CN209254441U CN209254441U CN201821795266.XU CN201821795266U CN209254441U CN 209254441 U CN209254441 U CN 209254441U CN 201821795266 U CN201821795266 U CN 201821795266U CN 209254441 U CN209254441 U CN 209254441U
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Abstract
The utility model provides a kind of environmental protective type chemical plant waste gases processing unit, including exhaust inlet pipe, first air exhauster, deduster, first purification wall, first drain pipe, first drain pipe valve, antipriming pipe, first scale plate, first inlet tube, first feed liquor tube valve, first air exhauster switch, deduster switch, first water pumper switch, drain pipe in first, first water pumper, liquid suction pipe in first, second clarifier, drier, third purifies wall, detector switch, detector, display screen, porous active carbon slab, second clarifier exhaust outlet, atmosphere valve, first gas storage tank valve, second air exhauster switch, second air exhauster, air gauge, air accumulator, second gas storage tank valve, power supply line, downtake pipe and third air inlet pipe.The setting of this practical second clarifier, different solutions purification exhaust gas by several times can be realized using gas by realizing emission-control equipment recycling, solve the problems such as waste gas circulation purification pressure is big.
Description
Technical field
The utility model belongs to technical field of waste gas treatment more particularly to a kind of environmental protective type chemical plant waste gases processing dress
It sets.
Background technique
Laboratory is the place that experimenter carries out experimental analysis and scientific research activity, can be used in analytical methods each
Kind chemical kit drug, these reagents and drug often volatilize toxic, pernicious gas, the various chemistry in experimentation
Reaction can also generate exhaust gas.The source of exhaust gas mainly includes the volatile matter of reagent and sample, the intermediate product of analytic process, leakage
And the Standard Gases emptied and carrier gas etc., main component are organic exhaust gas (benzene homologues, ethyl alcohol, carbon tetrachloride, methane, second
Ether, aldehydes etc.) and inorganic waste gases (hydrogen chloride, hydrogen bromide, chlorine, ammonia etc.).In recent years, the pollution in laboratory is increasingly tight
Weight, wherein exhaust pollution problems attract attention further, if not handling or dealing with improperly, not only affect the work of experimenter
Make environment and its health, also seriously affects the living environment of nearby residents.Laboratory exhaust gas Prevention Technique also compares at present
Compared with shortage, laboratory inorganic waste gases are handled mainly by water mist or water curtain capturing technology, and organic waste-gas purification technique is mainly active
Carbon adsorption, solvent absorption, currently used processing method are to be discharged to outdoor by draught cupboard, ventilator cowling, ventilation fan etc., warp
It is discharged after Dilution air.This processing is no doubt to guarantee that indoor air quality, the effective of Protection room personnel health safety are done
Method, but the atmosphere around test block is polluted, directly influence the quality of ambient air.And draught cupboard usually takes up an area face
Product is larger, and some experimental facilities can not be put into draught cupboard, causes toxic and harmful gas discharge difficult.And at present poisonous and harmful
The adsorbent equipment of gas is mostly large scale equipment, for factory, can not be put into laboratory and use, and equipment cost is also relatively high, and
It is not that each school can largely be equipped with these hardware, in addition, the method handled exhaust gas also has an ozonization, but mistake
The ozone of amount makes one to be poisoned, and can make rubber product aging, thus, selecting method appropriate to be purified before exhaust gas discharge will
It is those skilled in the art's problem to be solved.
China Patent Publication No. is 104888596 A of CN, a kind of entitled laboratory exhaust gas processing dress of innovation and creation
It sets, including inlet duct, the first purification device, the second purification device, connecting tube, escape pipe, detector, controller；It leads
Tracheae imports exhaust gas into the first cabinet, the first air nozzle is distributed on gas-guide tube, and gas-guide tube can turn with respect to the first cabinet
Dynamic movement, can be stirred the first scavenging solution, while the spray head on inlet tube sprays the first scavenging solution into the first cabinet, by
First scavenging solution of pollution can be discharged from liquid outlet, and the first scavenging solution is constantly updated, and exhaust gas can come into full contact with the first scavenging solution,
Most of pernicious gas can be removed；Purified contaminated first scavenging solution can be discharged from liquid outlet to be handled；
Connecting tube imports the gas after carrying out primary purification in the second purification device, and gas comes into full contact with the second scavenging solution again, with
Remove the pernicious gas for failing purification.But there is gas can be recycled present in exhaust gas for existing device for processing laboratory waste gas
It is difficult to recycle, needs to be difficult to realize using different solutions gradation purification exhaust gas, waste gas circulation purifies the problems such as pressure problem is big.
Therefore, a kind of environmental protective type chemical plant waste gases processing unit is invented to be very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of environmental protective type chemical plant waste gases processing unit, with
Existing device for processing laboratory waste gas is solved there is gas can be recycled present in exhaust gas to be difficult to recycle, is needed using different molten
Purification exhaust gas is difficult to realize liquid by several times, and waste gas circulation purifies the problems such as pressure problem is big.At a kind of environmental protective type chemical plant waste gases
Manage device, including exhaust inlet pipe, the first air exhauster, deduster, the first purification wall, the first drain pipe, the first drain pipe valve
Door, antipriming pipe, the first scale plate, the first inlet tube, the first feed liquor tube valve, the first air exhauster switch, deduster switch, first
Water pumper switchs, drain pipe in first, the first water pumper, liquid suction pipe in first, the second clarifier, drier, third clarifier
Wall, detector switch, detector, display screen, porous active carbon slab, the second clarifier exhaust outlet, atmosphere valve, the
One gas storage tank valve, the second air exhauster switch, the second air exhauster, air gauge, air accumulator, the second gas storage tank valve, power supply line, the
One exhaust pipe and third air inlet pipe, the exhaust inlet pipe are connect by gas-guide tube with the first air exhauster；First air exhauster passes through
Gas-guide tube is connect with deduster, and the first air exhauster or the second air exhauster use HG-5500S air exhauster, and wherein deduster uses
MNT -070020 deduster；First drain pipe passes through and is connected to the first purification wall bottom；The first drain pipe valve
It is connected in the middle part of first drain pipe；First scale plate is inlaid in the first purification wall side；First inlet tube
Across being connected to the first purification wall side；The first feed liquor tube valve is connected in the middle part of the first inlet tube；Described first takes out
Mechanism of qi switch is inlaid at the top of the first purification wall and is connect by conducting wire with power supply line；The deduster switch is inlaid in first
It is connect at the top of purification wall and by conducting wire with power supply line；The first water pumper switch is inlaid at the top of the first purification wall simultaneously
It is connect by conducting wire with power supply line；Drain pipe passes through the first purification wall and connect with the first water pumper in described first；Described
One water pumper is bolted at the top of the first purification wall, and the first water pumper uses JET-G1 water pumper；Described first
Interior liquid suction pipe passes through the first purification wall and connect with the first water pumper；The drier is inlaid in the rear portion of the second clarifier, and
Drier uses KM-100 drier, wherein the second clarifier uses AC4072；The detector switch is inlaid in third
It is connect at the top of purification wall and by conducting wire with power supply line；The detector is inlaid in third clarifier pars intramuralis and passes through
Conducting wire and detector switch connect；The display screen is inlaid on the outside of third purification wall through signal transducting wire and gas
Detector connection, and detector uses DPJ-50 detector, wherein display screen uses LED display；It is described porous
Active carbon slab is threadedly secured to third clarifier pars intramuralis；The second clarifier exhaust outlet passes through third purification wall simultaneously
It is connect by conduit with atmosphere valve and the first gas storage tank valve；The second air exhauster switch is inlaid on the outside of air accumulator；Institute
The second air exhauster is stated to connect by conduit with air accumulator and the first gas storage tank valve；The air gauge is arranged in air accumulator side；
The second gas storage tank valve is connect by conduit with air accumulator and exhaust inlet pipe；The power supply line is inlaid in bottom；It is described
Downtake pipe is transmitted through the first purification wall and connect with the second clarifier；The third air inlet pipe is transmitted through third purification wall and does
Dry device connection.
The antipriming pipe using it is multiple and penetrate respectively setting first purification wall on the inside of and the second clarifier inside and
Including supervisor, looped pipeline and pore；The looped pipeline is inlaid in supervisor outside；The pore is provided on the outside of looped pipeline, is conducive to exhaust gas
It is come into full contact with treatment fluid, improves purification efficiency.
Second clarifier is used multiple and is switched including the second water pumper, drain pipe in second, the second water pumper, the
Three clarifier exhaust outlets, liquid suction pipe in second, antipriming pipe, the second draining valve, the second drain pipe, the second inlet tube, the second quarter
Spend plate, the second feed liquor tube valve and the second purification wall；The second water pumper switch is inlaid at the top of the second purification wall simultaneously
It is connect by conducting wire with power supply line；In described second drain pipe pass through second purification wall with connect；Second water pumper is logical
It crosses bolt and is fixed on the second purification wall bottom；The third clarifier exhaust outlet is provided with the second purification wall top；It is described
Liquid suction pipe passes through the second purification wall and connect with the second water pumper in second；Second scale plate is inlaid in the second purification wall
Side；Second inlet tube passes through the second purification wall top and connect with the second feed liquor tube valve；Second drain pipe is worn
It crosses the second purification wall bottom to connect with the second draining valve, making different solutions, purification exhaust gas is simple and convenient by several times.
Drier includes dry tube wall, dry nozzle and desiccant；The dry nozzle respectively with the second clarifier and
Three purification wall clampings, keep purified gas dry, discharge is smooth.
The deduster uses the deduster of model 1100W, prevents scavenging solution from being polluted by other elements.
Compared with prior art, the utility model has the following beneficial effects:
1. the setting of second clarifier of the utility model, realizes the dress for assembling different clarifiers for different exhaust gas
It sets, making different solutions, purification exhaust gas is simple and convenient by several times.
2. the setting of the air accumulator of the utility model, given up influence of the exhaust gas pressure to clarifier, when clarifier work
Stable smoothness.
3. the setting of the atmosphere valve of the utility model avoids pollution caused by waste gas purification is not exclusively discharged, to can
Gas recovery is blocked, and recyclable gas recycling is conducive to.
Detailed description of the invention
Fig. 1 is the utility model structure diagram.
Fig. 2 is the second clarifier structural schematic diagram of the utility model.
Fig. 3 is the antipriming pipe structural schematic diagram of the utility model.
Fig. 4 is the dryer configuration schematic diagram of the utility model.
In figure:
1- exhaust inlet pipe, the first air exhauster of 2-, 3- deduster, 4- first purify wall, the first drain pipe of 5-, 6- first
Drain tube valve, 7- antipriming pipe, 71- supervisor, 72- looped pipeline, 73- pore, the first scale plate of 8-, the first inlet tube of 9-, 10- first
Feed liquor tube valve, the first air exhauster of 11- switch, 12- deduster switch, the first water pumper of 13- switch, drain pipe in 14- first,
The first water pumper of 15-, liquid suction pipe in 16- first, the second clarifier of 17-, the second water pumper of 171- switch, drain in 172- second
It manages, the second air exhauster of 173-, 174- third clarifier exhaust outlet, liquid suction pipe in 175- second, the second draining valve of 177-, 178-
Second drain pipe, the second inlet tube of 179-, the second scale plate of 1710-, 1711- the second feed liquor tube valve, the second clarifier of 1712-
Wall, 18- drier, the dry tube wall of 181-, the dry nozzle of 182-, 183- desiccant, 19- third purify wall, 20- gas detection
Device switch, 21- detector, 22- display screen, 23- porous active carbon slab, 24- the second clarifier exhaust outlet, 25- atmos-valve
Door, 26- the first gas storage tank valve, the second air exhauster of 27- switch, the second air exhauster of 28-, 29- air gauge, 30- air accumulator, 31-
Second gas storage tank valve, 32- power supply line, 33- downtake pipe, 34- third air inlet pipe.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 to attached drawing 4
The utility model provides a kind of environmental protective type chemical plant waste gases processing unit, including exhaust inlet pipe 1, the first pumping
Machine 2, deduster 3, the first purification wall 4, the first drain pipe 5, the first drain pipe valve 6, antipriming pipe 7, the first scale plate 8, the
One inlet tube 9, the first feed liquor tube valve 10, the first air exhauster switch 11, deduster switch 12, the first water pumper switch 13, the
Drain pipe 14 in one, the first water pumper 15, liquid suction pipe 16 in first, the second clarifier 17, drier 18, third purify wall
19, detector switch 20, detector 21, display screen 22, porous active carbon slab 23, the second clarifier exhaust outlet 24,
Atmosphere valve 25, the first gas storage tank valve 26, the second air exhauster switch 27, the second air exhauster 28, air gauge 29, air accumulator 30,
Second gas storage tank valve 31, power supply line 32, downtake pipe 33 and third air inlet pipe 34, the exhaust inlet pipe 1 pass through air guide
Pipe is connect with the first air exhauster 2；First air exhauster 2 is connect by gas-guide tube with deduster 3, and the first air exhauster 2 or second is taken out
Mechanism of qi 28 uses HG-5500S air exhauster, and wherein deduster 3 uses MNT -070020 deduster；First drain pipe 5 passes through
It is connected to 4 bottom of the first purification wall；The first drain pipe valve 6 is connected to 5 middle part of the first drain pipe；Described first
Scale plate 8 is inlaid in 4 side of the first purification wall；First inlet tube 9 passes through and is connected to 4 side of the first purification wall；Institute
It states the first feed liquor tube valve 10 and is connected to 9 middle part of the first inlet tube；The first air exhauster switch 11 is inlaid in the first clarifier
4 top of wall is simultaneously connect by conducting wire with power supply line 32；The deduster switch 12 is inlaid in 4 top of the first purification wall and passes through
Conducting wire is connect with power supply line 32；The first water pumper switch 13 is inlaid in 4 top of the first purification wall and by conducting wire and electricity
Source line 32 connects；Drain pipe 14 passes through the first purification wall 4 and connect with the first water pumper 15 in described first；Described first draws water
Machine 15 is bolted on 4 top of the first purification wall, and the first water pumper 15 uses JET-G1 water pumper；In described first
Liquid suction pipe 16 passes through the first purification wall 4 and connect with the first water pumper 15；The drier 18 is inlaid in the second clarifier 17
Rear portion, and drier 18 uses KM-100 drier, wherein the second clarifier 17 uses AC4072；The detector switch
20 are inlaid in 19 top of third purification wall and are connect by conducting wire with power supply line 32；The detector 21 is inlaid in third
19 inside of purification wall is simultaneously connect by conducting wire with detector switch 20；The display screen 22 is inlaid in third purification wall
19 outsides are connect by signal transducting wire with detector 21, and detector 21 uses DPJ-50 detector,
Middle display screen 22 uses LED display；The porous active carbon slab 23 is threadedly secured to inside third purification wall 19；Institute
The second clarifier exhaust outlet 24 is stated across third purification wall 19 and by conduit and atmosphere valve 25 and the first gas storage tank valve
26 connections；The second air exhauster switch 27 is inlaid in 30 outside of air accumulator；Second air exhauster 28 passes through conduit and gas storage
Tank 30 and the connection of the first gas storage tank valve 26；The air gauge 29 is arranged in 30 side of air accumulator；The second gas storage tank valve
31 are connect by conduit with air accumulator 30 and exhaust inlet pipe 1；The power supply line 32 is inlaid in bottom；The downtake pipe 33
The first purification wall 4 is transmitted through to connect with the second clarifier 17；The third air inlet pipe 34 is transmitted through third purification wall 19 and drying
Device 18 connects.
The antipriming pipe 7 uses multiple and penetrates setting respectively in 4 inside of the first purification wall and the second clarifier 17
Portion and including supervisor 71, looped pipeline 72 and pore 73；The looped pipeline 72 is inlaid in 71 outside of supervisor；The pore 73 is provided with looped pipeline
72 outsides.
Second clarifier 17 is using multiple and including the second water pumper switch 171, drain pipe 172 in second, and second
Water pumper 173, third clarifier exhaust outlet 174, liquid suction pipe 175 in second, antipriming pipe 7, the second draining valve 177, second row
Liquid pipe 178, the second inlet tube 179, the second scale plate 1710, the second feed liquor tube valve 1711 and the second purification wall 1712；Institute
The second water pumper switch 171 is stated to be inlaid in 1712 top of the second purification wall and connect by conducting wire with power supply line 32；Described
In two drain pipe 172 pass through second purification wall 1712 with connect；It is net that second water pumper 173 is bolted on second
Change 1712 bottom of wall；The third clarifier exhaust outlet 174 is provided with 1712 top of the second purification wall；It is taken out in described second
Liquid pipe 175 passes through the second purification wall 1712 and connect with the second water pumper 173；It is net that second scale plate 1710 is inlaid in second
Change 1712 side of wall；Second inlet tube 179 passes through the second purification 1712 top of wall and the second feed liquor tube valve 1711
Connection；Second drain pipe 178 passes through the second purification 1712 bottom of wall and connect with the second draining valve 177.
Drier 18 includes dry tube wall 181, dry nozzle 182 and desiccant 183；The dry nozzle 182 respectively with
Second clarifier 17 and third purification wall 19 are clamped.
The deduster 3 uses the deduster of model 1100W.
Working principle
In the utility model, staff first sets of the second clarifier 17 according to the variety classes of exhaust gas and scavenging solution
Number then detects whether atmosphere valve, the first gas storage tank valve and the second gas storage tank valve 31 are in close state, and detection finishes
Afterwards, different types of scavenging solution is separately added into the first purification wall 4 and the by the first inlet tube 9 and the second inlet tube 179
In two purification walls 1712, then power supply line 32 is powered on, passes through the first air exhauster switch 11, deduster switch 12, the
One water pumper switch 13 and the second water pumper switch 171 start the first air exhauster 2, deduster 3, the first water pumper 15 and second and take out
Water dispenser 173, exhaust gas enter 3 dedusting of deduster by the first air exhauster 2, and dedusting terminates to enter antipriming pipe 7, and exhaust gas passes through antipriming pipe
7 pore 73 enters the first scavenging solution, ensure that coming into full contact with for exhaust gas and scavenging solution by pore 73, the first water pumper makes only
Change the dynamic exchange of liquid stream, ensure that purification efficiency, when exhaust gas passes through drier 18, desiccant 183 absorbs exhaust gas steam, then useless
Gas enters in third purification wall 19, by 23 adsorption cleaning exhaust gas of porous activated carbon version, is started by detector switch 20
The information of exhaust gas is sent to display screen 22 by signal transducting wire by detector 21, detector 21, and staff reads
Exhaust gas data information is taken, if air care can directly open atmosphere valve 25 and be discharged into atmosphere, if suffering from recoverable gas,
It can be stored with caisson, if unqualified, open the first gas storage tank valve 26, then start the by the second air exhauster switch 27
Two air exhausters 28 introduce exhaust gas into air accumulator, adjust the second gas storage tank valve 31 referring to air gauge 29, purify waste gas circulation, directly
It is finished to purification, scavenging solution is discharged by the first drain pipe 5 and the second drain pipe 178.
The opening in technical solutions of the utility model using technical solution described in the utility model or those skilled in the art
It gives, designs similar technical solution, and reach above-mentioned technical effect, be to fall into the protection scope of the utility model.
Claims (5)
1. a kind of environmental protective type chemical plant waste gases processing unit, it is characterised in that: including exhaust inlet pipe (1), the first air exhauster
(2), deduster (3), the first purification wall (4), the first drain pipe (5), the first drain pipe valve (6), antipriming pipe (7), first
Scale plate (8), the first inlet tube (9), the first feed liquor tube valve (10), the first air exhauster switch (11), and deduster switchs (12),
First water pumper switchs (13), drain pipe (14) in first, the first water pumper (15), liquid suction pipe (16) in first, the second purification
Device (17), drier (18), third purify wall (19), and detector switchs (20), detector (21), display screen
(22), porous active carbon slab (23), the second clarifier exhaust outlet (24), atmosphere valve (25), the first gas storage tank valve (26), the
Two air exhausters switch (27), the second air exhauster (28), air gauge (29), air accumulator (30), the second gas storage tank valve (31), power supply
Line (32), downtake pipe (33) and third air inlet pipe (34), the exhaust inlet pipe (1) pass through gas-guide tube and the first air exhauster
(2) it connects；First air exhauster (2) is connect by gas-guide tube with deduster (3), and the first air exhauster (2) or the second air exhauster
(28) HG-5500S air exhauster is used, wherein deduster (3) uses MNT -070020 deduster；First drain pipe (5) is worn
It crosses and is connected to first purification wall (4) bottom；The first drain pipe valve (6) is connected in the middle part of first drain pipe (5)；
First scale plate (8) is inlaid in first purification wall (4) side；First inlet tube (9), which passes through, is connected to first only
Change wall (4) side；The first feed liquor tube valve (10) is connected in the middle part of the first inlet tube (9)；First air exhauster is opened
(11) are closed to be inlaid at the top of the first purification wall (4) and connect by conducting wire with power supply line (32)；The deduster switchs (12)
It is inlaid at the top of the first purification wall (4) and is connect by conducting wire with power supply line (32)；The first water pumper switch (13) is embedding
It is connect at the top of the first purification wall (4) and through conducting wire with power supply line (32)；Drain pipe (14) passes through the in described first
One purification wall (4) is connect with the first water pumper (15)；First water pumper (15) is bolted on the first clarifier
At the top of wall (4), and the first water pumper (15) uses JET-G1 water pumper；Liquid suction pipe (16) passes through the first clarifier in described first
Wall (4) is connect with the first water pumper (15)；The drier (18) is inlaid in the rear portion of the second clarifier (17), and drier
(18) KM-100 drier is used, wherein the second clarifier (17) uses AC4072；The detector switch (20) is embedded in
It is connect at the top of third purification wall (19) and by conducting wire with power supply line (32)；The detector (21) is inlaid in third
Purification wall (19) is internal and is connect by conducting wire with detector switch (20)；It is net that the display screen (22) is inlaid in third
Change and connect by signal transducting wire with detector (21) on the outside of wall (19), and detector (21) uses DPJ-50 gas
Detector, wherein display screen (22) uses LED display；It is net that the porous active carbon slab (23) is threadedly secured to third
It is internal to change wall (19)；The second clarifier exhaust outlet (24) passes through third purification wall (19) and passes through conduit and atmos-valve
Door (25) and the connection of the first gas storage tank valve (26)；The second air exhauster switch (27) is inlaid on the outside of air accumulator (30)；Institute
The second air exhauster (28) are stated to connect by conduit with air accumulator (30) and the first gas storage tank valve (26)；The air gauge (29) sets
It sets in air accumulator (30) side；The second gas storage tank valve (31) passes through conduit and air accumulator (30) and exhaust inlet pipe (1)
Connection；The power supply line (32) is inlaid in bottom；The downtake pipe (33) is transmitted through the first purification wall (4) and the second purification
Device (17) connection；The third air inlet pipe (34) is transmitted through third purification wall (19) and connect with drier (18).
2. environmental protective type chemical plant waste gases processing unit as described in claim 1, it is characterised in that: the antipriming pipe (7) is adopted
With multiple and penetrate setting on the inside of the first purification wall (4) respectively and the second clarifier (17) are internal and including supervisor (71),
Looped pipeline (72) and pore (73)；The looped pipeline (72) is inlaid on the outside of supervisor (71)；The pore (73) is provided with looped pipeline (72)
Outside.
3. environmental protective type chemical plant waste gases processing unit as described in claim 1, it is characterised in that: second clarifier
(17) it uses multiple and switchs (171) including the second water pumper, drain pipe (172) in second, the second water pumper (173), third
Clarifier exhaust outlet (174), liquid suction pipe (175) in second, antipriming pipe (7), the second draining valve (177), the second drain pipe
(178), the second inlet tube (179), the second scale plate (1710), the second feed liquor tube valve (1711) and the second purification wall
(1712)；The second water pumper switch (171) is inlaid at the top of the second purification wall (1712) and by conducting wire and power supply line
(32) it connects；In described second drain pipe (172) pass through second purification wall (1712) with connect；Second water pumper
(173) it is bolted on second purification wall (1712) bottom；The third clarifier exhaust outlet (174) is provided with second
Purify wall (1712) top；Liquid suction pipe (175) passes through the second purification wall (1712) and the second water pumper in described second
(173) it connects；Second scale plate (1710) is inlaid in second purification wall (1712) side；Second inlet tube
(179) the second purification wall (1712) top is passed through to connect with the second feed liquor tube valve (1711)；Second drain pipe (178)
It is connect across the second purification wall (1712) bottom with the second draining valve (177).
4. environmental protective type chemical plant waste gases processing unit as claimed in claim 3, it is characterised in that: drier (18) includes dry
Dry tube wall (181), dry nozzle (182) and desiccant (183)；The dry nozzle (182) respectively with the second clarifier (17)
With third purification wall (19) clamping.
5. environmental protective type chemical plant waste gases processing unit as described in claim 1, it is characterised in that: the deduster (3) is adopted
With the deduster of model 1100W.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821795266.XU CN209254441U (en) | 2018-11-02 | 2018-11-02 | A kind of environmental protective type chemical plant waste gases processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821795266.XU CN209254441U (en) | 2018-11-02 | 2018-11-02 | A kind of environmental protective type chemical plant waste gases processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209254441U true CN209254441U (en) | 2019-08-16 |
Family
ID=67559482
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821795266.XU Expired - Fee Related CN209254441U (en) | 2018-11-02 | 2018-11-02 | A kind of environmental protective type chemical plant waste gases processing unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209254441U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112536076A (en) * | 2020-11-27 | 2021-03-23 | 山东欧普科贸有限公司 | Multifunctional test bed |
-
2018
- 2018-11-02 CN CN201821795266.XU patent/CN209254441U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112536076A (en) * | 2020-11-27 | 2021-03-23 | 山东欧普科贸有限公司 | Multifunctional test bed |
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