CN207871862U - A kind of gas absorption capturing device - Google Patents
A kind of gas absorption capturing device Download PDFInfo
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- CN207871862U CN207871862U CN201820000526.3U CN201820000526U CN207871862U CN 207871862 U CN207871862 U CN 207871862U CN 201820000526 U CN201820000526 U CN 201820000526U CN 207871862 U CN207871862 U CN 207871862U
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- liquid
- tank body
- tube
- controller
- gas
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Abstract
The utility model discloses a kind of gas absorption capturing devices, are made of escape pipe, liquid-level controller, head cover, outlet tube, sponge adsorbent equipment, inlet tube, filter screen, fluid cushion area, liquid outlet groove, aeration tube, gas absorption area, collection chamber, air inlet pipe, check-valves, force (forcing) pump, controller, conducting wire, tank body, check-valves and liquid distribution plate；Force (forcing) pump is controlled by controller, is flowed from bottom to top in adsorption tanks to control absorption liquid, the absorption liquid of overflow is flowed out by outlet tube through go out liquid house steward at the top of adsorption tanks；It is delivered gas in adsorption tanks by aeration tube, during rising, is adsorbed and collected by sponge adsorbent equipment, and carry out subsequent processing；Gas not to be adsorbed excludes to collect after in collection chamber collecting through escape pipe, and carries out subsequent processing, meanwhile, the inside and outside air pressure balance of tank body is adjusted by escape pipe.
Description
Technical field
The device that the utility model is related to a kind of in laboratory or actual production for adsorbing and trapping ease of solubility gas.
Background technology
In recent years, due to industrial expansion and social progress, industrial waste gas is more and more, the dioxy discharged such as chemical fertilizer factory
Change nitrogen, hydrogen sulfide, the sulfur dioxide of smeltery's discharge, carbon monoxide, carbon dioxide etc..Industrial waste gas is to the destruction of environment
It is well-known.These substances enter the internal of people by different approach respiratory tracts, and some directly generates harm, and some also has
Cumulative effect, the more serious health for endangering people of meeting.Currently, industry is mainly three kinds to the administering method of industrial waste gas.The
First, absorption process, is exactly so that exhaust gas is contacted with liquid, in admixture of gas using the pollutant in liquid handling flue gas exhaust gas
One or more components are dissolved in liquid, achieve the purpose that purification.Such method device therefor is miscellaneous absorption tower.
Due to various toxic and harmful gas properties difference, different solubility cannot fundamentally solve the problems, such as to remove exhaust gas.Second
It is dynamic wave against spray rinsing method, enters in the reverse jet tube of straight barrel type from top to bottom from industrial smoke, and absorbing liquid is from bottom to top
Injection, inversely contacts with gas, and froth zone is formed in tower, and flue gas passes through foam contacting, and absorbing liquid constantly recycles.It is anti-according to user
It reflects, such method operating cost is high, and still emission is in air.The third is electron radiation-chemicalpurification, utilizes height
Each component in the activation of energy electron ray, ionization, cracking exhaust gas, to which the series of chemical such as oxidation occur, by pollutant
It is converted into non-polluting object.Such method is equally of high cost, cannot be widely accepted, it is difficult to promotion and implementation.To solve above-mentioned ask
Topic, therefore, the utility model develop a kind of gas absorption capturing device, and the apparatus structure is simple, economic and environment-friendly, make convenient for promoting
With.
Invention content
The purpose of this utility model is that exploitation one kind is used to adsorbing and trapping ease of solubility in laboratory or actual production
The device of gas, device low manufacture cost, operation is easy, applied widely, uses and promotes convenient for universal.
To achieve the goals above, the agent structure of the utility model includes escape pipe, liquid-level controller, head cover, goes out liquid
Pipe, sponge adsorbent equipment, inlet tube, filter screen, fluid cushion area, liquid outlet groove, aeration tube, gas absorption area, collection chamber, top
Solarization air cap, bottom solarization air cap, inlet manifold, air inlet, check-valves, force (forcing) pump, controller, conducting wire, tank body, check-valves and cloth liquid
Board group at：One tank body is set, one inlet tube is set in the bottom of tank body, a check-valves is set before inlet tube,
One force (forcing) pump is set before check-valves, and a filter screen is arranged in the inlet tube exit in tank body, at the bottom of tank body
A liquid distribution plate is installed in portion, and tank body is divided into fluid cushion area and gas adsorption zone two parts, is opened on liquid distribution plate by liquid distribution plate
Liquid bath is set out, a piece aeration tube is set in the top of each liquid outlet groove, the solarization air cap at the top of the setting of the upper surface of aeration tube,
Bottom solarization air cap is set in the lower surface of aeration tube, compared with the solarization air cap of top, the arrangement and arrangement of bottom solarization air cap are relatively dilute
It dredges.One check-valves is all set on each aeration tube on the outside of tank body, an inlet manifold is set, air inlet is passed through
It is connected with aeration tube, in the top of aeration tube sponge adsorbent equipment arranged in a crossed manner, an outlet tube is set above tank body, in tank
A head cover is arranged in the top of body, and a fluid level controller, arch head cover and fluid level controller is arranged in the lower part of arch head cover
A collection chamber is enclosed, fluid level controller is connected by conducting wire with controller, and controller is connected by conducting wire with force (forcing) pump, when
Liquid level in tank body after controller is connected to the alarm signal of liquid-level controller, refers to more than after liquid-level controller to force (forcing) pump transmission
It enables, by adjusting the uninterrupted of force (forcing) pump or opening, stop controlling the liquid in tank body, prevents liquid from largely entering gas collection
Room.One escape pipe is set at the top of arch head cover, for excluding the residual gas after adsorbing and trapping.
Sponge adsorbent equipment is by going out liquid branch pipe, liquid collection opening, collecting pipe, control shaft, cavernous body, motor, transmission device and hair
Tubule forms, wherein transmission device is made of driven gear and driving gear；One driving gear is set, in driving gear
A driven gear is all arranged in both sides respectively, one control shaft of rigidity installation on each driven gear, in each control
One cavernous body is all installed, two cavernous bodies are in inverted v-shaped on axis.The positive and negative rotation of driving gear can drive driven gear
Rotation, and then by the swing of control shaft drive cavernous body, to realize that the inverted v-shaped structure that two cavernous bodies enclose is opened
And closure.Some capillaries are set in each cavernous body, and many ventholes, all capillaries is arranged in capillary surface
It is connected with collecting pipe by liquid collection opening, all by going out liquid branch pipe, to import out liquid total for the outlet tube on all collecting pipe and tank body
Pipe is collected by go out liquid house steward and is discharged.Motor, the quantity of motor and the sponge adsorbent equipment of tank interior are installed in the outside of tank body
It corresponds, by the shaft of motor after transmission device adjusts rotating speed, is rigidly connected with driving gear, the positive and negative rotation of motor
The positive and negative rotation of driving gear can be driven, and then controls the inverted v-shaped structure opening and closing that two cavernous bodies enclose.
When carrying out gas absorption trapping work, absorption liquid is filled in tank body, adsorbs the liquid level liquid level of liquid
Controller flushes, and force (forcing) pump is controlled by controller, and to control the flowing of absorption liquid, the absorption liquid in fluid cushion room is logical
It crosses liquid outlet groove and enters adsorption tanks, flowed from bottom to top in adsorption tanks, the absorption liquid of overflow is at the top of adsorption tanks by going out
Liquid pipe is flowed out through go out liquid house steward, and carries out subsequent processing；By the driving gear of sponge adsorbent equipment and driven gear by sponge
Body is adjusted to best angle, meanwhile, delivered gas in adsorption tanks by aeration tube, and by solarization air cap come accelerate gas with
The mixing of liquid is adsorbed and is collected by sponge adsorbent equipment during gas rises with absorption liquid in adsorption tanks, sea
Absorption liquid in continuous body successively through capillary, collecting pipe, go out liquid branch pipe and go out liquid house steward flows out, and carry out subsequent processing；Not
The gas adsorbed excludes to collect after in collection chamber collecting through escape pipe, and carries out subsequent processing, meanwhile, by escape pipe come
Adjust the inside and outside air pressure balance of tank body.
Description of the drawings
Fig. 1 is the agent structure principle schematic of the utility model.
Fig. 2 is the agent structure A-A sectional views of the utility model.
Fig. 3 is the aeration tube vertical view of the utility model.
Fig. 4 is the aeration tube upward view of the utility model.
Fig. 5 is the agent structure B-B sectional views of the utility model.
Fig. 6 is the sponge adsorbent equipment principle schematic diagram of the utility model.
Fig. 7 is the sponge adsorbent equipment side view of the utility model.
Specific implementation mode
It is further described below in conjunction with the accompanying drawings and by embodiment.
Embodiment：
The agent structure of the present embodiment includes escape pipe 1, liquid-level controller 2, head cover 3, outlet tube 4, sponge adsorbent equipment
5, inlet tube 6, filter screen 7, fluid cushion area 8, liquid outlet groove 9, aeration tube 10, gas absorption area 11, collection chamber 12, top aeration
Hole 21, bottom solarization air cap 22, inlet manifold 26, air inlet 27, check-valves 28, force (forcing) pump 29, controller 30, conducting wire 31, tank body
32, check-valves 33 and liquid distribution plate 34 form：The steel tank 32 of 3000cm wide 2000cm high 3000cm one long is set, in tank body
The steel inlet tube 6 of a diameter 30cm is arranged in 32 bottom, a check-valves 33 is arranged before inlet tube 6, in non-return
The force (forcing) pump 29 of 50cm wide 50cm high 50cm one long is set before valve 33,6 exit of the inlet tube setting in tank body 32
The steel filter net 7 of one diameter 30cm installs the steel cloth of 3000cm wide 2000cm thickness 2cm one long in the bottom of tank body 32
Tank body 32 is divided into 11 two parts of fluid cushion area 8 and gas adsorption zone, is opened up on liquid distribution plate 34 by liquid plate 34, liquid distribution plate 34
The liquid outlet groove 9 of 1600cm wide 20cm six long is arranged a root long 1800cm diameters 25cm's in the top of each liquid outlet groove 9
Steel aeration tube 10 is set in the top solarization air cap 21 of the upper surface of aeration tube 10 setting diameter 3cm in the lower surface of aeration tube 10
The bottom solarization air cap 22 for setting diameter 3.5cm, compared with top solarization air cap 21, the arrangement and arrangement of bottom solarization air cap 22 are relatively sparse
Some.A check-valves 28 is all set on each aeration tube 10 in 32 outside of tank body, the air inlet of a diameter 50cm is set
Manifold 26 is connected by the air inlet 27 of diameter 25cm with aeration tube 10,17 arranged in a crossed manner long in the top of aeration tube 10
The steel outlet tube 4 of a diameter 30cm is arranged, in tank body in the sponge adsorbent equipment 5 of 1900cm wide 30cm above tank body 32
The arc steel head cover 3 of an arc length 4000cm high 50cm is arranged in 32 top, and in the lower part of arch head cover 3, setting is one long
The fluid level controller 2 of 3000cm wide 20cm, arch head cover 3 and fluid level controller 2 enclose a collection chamber 12, fluid level controller
2 are connected by conducting wire 31 with the controller 30 of long 1000cm wide 500cm high 1000cm, and controller 30 passes through conducting wire 31 and force (forcing) pump
29 are connected, after the liquid level in tank body 32 is more than liquid-level controller 2, after controller 30 is connected to the alarm signal of liquid-level controller 2,
It transmits and instructs to force (forcing) pump 29, by adjusting the uninterrupted of force (forcing) pump 29 or opening, stop controlling the liquid in tank body 32, prevent
Liquid largely enters collection chamber 12.The escape pipe 1 of one diameter 45cm is set at the top of arch head cover 3, for excluding to pass through
Cross the later residual gas of adsorbing and trapping.
Sponge adsorbent equipment 5 by go out liquid branch pipe 14, liquid collection opening 15, collecting pipe 16, control shaft 17, cavernous body 18, motor 19,
Transmission device 20 and capillary 23 form, wherein transmission device 20 is made of driven gear 24 and driving gear 25；Setting one
The steel driven gear of a diameter 4cm is all arranged in the both sides of driving gear respectively for the steel driving gear 25 of diameter 8cm
24, rigidity installs the steel control shaft 17 of 3cm wide 4cm one long on each driven gear 24, in each control shaft 17
On the cavernous body 18 of 1900cm wide 10cm one long is all installed, two cavernous bodies 18 are in inverted v-shaped.The positive and negative rotation of driving gear 25
The dynamic rotation that can drive driven gear 24, and then by the swing of the drive cavernous body 18 of control shaft 14, to realize two seas
The inverted v-shaped structure opening and closing that continuous body 18 encloses.Some long 15cm diameters 2cm are set in each cavernous body 18
Steel capillary 23, many ventholes, the liquid collection opening 15 that all capillaries 23 pass through diameter 2cm is arranged in 23 surface of capillary
It is connected with the steel collecting pipe 16 of diameter 3cm, the outlet tube 4 on all collecting pipe 16 and tank body 32 all passes through diameter 5cm's
Steel goes out the steel go out liquid house steward 13 that liquid branch pipe 14 imports diameter 45cm, is collected and is discharged by go out liquid house steward 13.In the outer of tank body 32
The steel motor 19 of 17 diameter 6cm is installed in side, and the quantity of motor 19 and the sponge adsorbent equipment 5 one inside tank body 32 are a pair of
It answers, by the shaft of motor 19 after transmission device 20 adjusts rotating speed, is rigidly connected with driving gear 25, the positive and negative rotation of motor 19
Kinetic energy drives the positive and negative rotation of driving gear 25, and then controls the inverted v-shaped structure open and close that two cavernous bodies 18 enclose
It closes.
When carrying out gas absorption trapping work, absorption liquid is filled in tank body 32, adsorbs the liquid level liquid of liquid
Face controller 2 flushes, and force (forcing) pump 29 is controlled by controller 30, to control the flowing of absorption liquid, the suction in liquid damper chamber 8
Attached liquid body enters adsorption tanks 11 by liquid outlet groove 9, is flowed from bottom to top in adsorption tanks 11, the absorption liquid of overflow is in adsorption tanks
11 top is flowed out by outlet tube 4 through go out liquid house steward 13, and carries out subsequent processing；Pass through the driving tooth of sponge adsorbent equipment 5
Cavernous body 18 is adjusted to best angle by wheel 25 and driven gear 24, meanwhile, adsorption tanks are delivered gas to by aeration tube 10
In 11, and accelerate the mixing of gas and liquid by solarization air cap, in the mistake that gas rises with absorption liquid in adsorption tanks 11
Cheng Zhong, by sponge adsorbent equipment 5 adsorb and collect, the absorption liquid in cavernous body 18 successively through capillary 23, collecting pipe 16, go out
Liquid branch pipe 14 and go out liquid house steward 13 flow out, and carry out subsequent processing；Gas not to be adsorbed collect in collection chamber 12 after through going out
Tracheae 1 excludes to collect, and carries out subsequent processing, meanwhile, 32 inside and outside air pressure balance of tank body is adjusted by escape pipe 1.
Claims (2)
1. a kind of gas absorption capturing device, which is characterized in that inhaled by escape pipe, liquid-level controller, head cover, outlet tube, sponge
Adsorption device, inlet tube, filter screen, fluid cushion area, liquid outlet groove, aeration tube, gas absorption area, collection chamber, top solarization air cap, bottom
Portion's solarization air cap, inlet manifold, air inlet, check-valves, force (forcing) pump, controller, conducting wire, tank body, check-valves and liquid distribution plate composition：If
A tank body is set, one inlet tube is set in the bottom of tank body, a check-valves is set before inlet tube, in check-valves
A force (forcing) pump is arranged in front, and a filter screen is arranged in the inlet tube exit in tank body, and one is installed in the bottom of tank body
Tank body is divided into fluid cushion area and gas adsorption zone two parts, liquid outlet groove is opened up on liquid distribution plate by liquid distribution plate, liquid distribution plate,
An aeration tube is arranged in the top of each liquid outlet groove, the solarization air cap at the top of the setting of the upper surface of aeration tube, in aeration tube
Bottom solarization air cap is arranged in lower surface, and compared with the solarization air cap of top, the arrangement and arrangement of bottom solarization air cap are relatively more sparse；In tank
A check-valves is all set on each aeration tube of external side, an inlet manifold is set, air inlet and aeration tube phase are passed through
Even, in the top of aeration tube sponge adsorbent equipment arranged in a crossed manner, an outlet tube is set above tank body, is set at the top of tank body
A head cover is set, one fluid level controller is set in the lower part of arch head cover, arch head cover and fluid level controller enclose one
Collection chamber, fluid level controller are connected by conducting wire with controller, and controller is connected by conducting wire with force (forcing) pump, when the liquid in tank body
It after controller is connected to the alarm signal of liquid-level controller, transmits and instructs to force (forcing) pump, pass through adjusting more than after liquid-level controller in face
The uninterrupted of force (forcing) pump is opened, stops, to control the liquid in tank body, preventing liquid from largely entering collection chamber；In arch head cover
Top be arranged an escape pipe, for excluding the residual gas after adsorbing and trapping.
2. a kind of gas absorption capturing device according to claim 1, which is characterized in that sponge adsorbent equipment is by going out liquid branch
Pipe, liquid collection opening, collecting pipe, control shaft, cavernous body, motor, transmission device and capillary composition, wherein transmission device is by driven
Gear and driving gear composition；One driving gear is set, one driven gear is all set respectively in the both sides of driving gear,
One control shaft of rigidity installation, installs a cavernous body, two sponges in each control shaft on each driven gear
Body is in inverted v-shaped；The positive and negative rotation of driving gear can drive the rotation of driven gear, and then drive cavernous body by control shaft
Swing, to realize the inverted v-shaped structure opening and closing that enclose of two cavernous bodies；It is arranged in each cavernous body
Many ventholes are arranged in some capillaries, capillary surface, and all capillaries are connected by liquid collection opening with collecting pipe, all
Outlet tube on collecting pipe and tank body all imports go out liquid house steward by going out liquid branch pipe, is collected and is discharged by go out liquid house steward；In tank body
Motor is installed in outside, and the quantity of motor and the sponge adsorbent equipment of tank interior correspond, by the shaft of motor by transmission
It after device adjusts rotating speed, is rigidly connected with driving gear, the positive and negative rotation of motor can drive the positive and negative rotation of driving gear, in turn
The inverted v-shaped structure opening and closing that two cavernous bodies of control enclose.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820000526.3U CN207871862U (en) | 2018-01-02 | 2018-01-02 | A kind of gas absorption capturing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820000526.3U CN207871862U (en) | 2018-01-02 | 2018-01-02 | A kind of gas absorption capturing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207871862U true CN207871862U (en) | 2018-09-18 |
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ID=63505568
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820000526.3U Expired - Fee Related CN207871862U (en) | 2018-01-02 | 2018-01-02 | A kind of gas absorption capturing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207871862U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108079750A (en) * | 2018-01-02 | 2018-05-29 | 青岛理工大学 | A kind of gas absorption capturing device |
-
2018
- 2018-01-02 CN CN201820000526.3U patent/CN207871862U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108079750A (en) * | 2018-01-02 | 2018-05-29 | 青岛理工大学 | A kind of gas absorption capturing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180918 Termination date: 20220102 |
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| CF01 | Termination of patent right due to non-payment of annual fee |