CN205740359U - A kind of preparation facilities of non-electric disinfection agent of chlorine dioxide - Google Patents
A kind of preparation facilities of non-electric disinfection agent of chlorine dioxide Download PDFInfo
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- CN205740359U CN205740359U CN201620722595.6U CN201620722595U CN205740359U CN 205740359 U CN205740359 U CN 205740359U CN 201620722595 U CN201620722595 U CN 201620722595U CN 205740359 U CN205740359 U CN 205740359U
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- reaction chamber
- batch meter
- valve
- quantifier
- breather
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Abstract
The utility model discloses the preparation facilities of a kind of non-electric disinfection agent of chlorine dioxide, including: housing, feed system, stirring system, response system, metering system and dosing system；Described response system includes reaction chamber, is positioned at reaction chamber liquidometer and the reaction chamber exhaustor of reaction chamber sidewall, and the reaction chamber outlet valve being connected reaction chamber bottom with batch meter；Metering system includes batch meter, the batch meter liquidometer breather being connected with reaction chamber exhaustor by batch meter, is positioned at the quantifier of batch meter, and the quantifier breather being connected by quantifier with reaction chamber exhaustor；Dosing system includes adding needle valve, visual glass tubing and adding valve, is sequentially connected with by pipeline, and one end is connected with quantifier, and another terminates toss area.This utility model uses the mode that gravimetric adds, and solves conventional chlorine dioxide preparation apparatus and must rely on a difficult problem for operation power, meets the demand of special occasions.
Description
Technical field
This utility model relates to the preparation facilities of a kind of disinfection agent of chlorine dioxide, is specifically related to a kind of not against operation power
The preparation realizing disinfection agent of chlorine dioxide and the device quantitatively added.
Background technology
Chlorine dioxide, as a kind of new disinfectant, has that bactericidal effect is good, consumption is few, effect is fast, bactericidal effect is lasting
Time is long, will not produce the advantages such as carcinogen, the most be widely used in water treatment field.
When chlorine dioxide uses as disinfectant, chlorine dioxide preparation apparatus is needed to be joined by dosing system pending
In water body, existing chlorine dioxide preparation apparatus generally uses power water hydrous water emitter to add, or uses dosing pump metering
Add, but no matter which kind of dosing method, the use scene of equipment is required for electricity consumption, in some remote countryside small water supplying factories, its
Electric power resource is nervous, and some inputs even without electric power.Therefore, for these special occasions, conventional chlorine dioxide system
Standby device is owing to must rely on electric power to run, and it is difficult to meet the system realizing chlorine dioxide in the event of a power failure
Standby, and the chlorine dioxide of preparation is carried out quantitative adding.
Therefore, in the case of offer being provided badly a kind of novel chlorine dioxide preparation apparatus not having electric power with satisfied remote districts
Water sterilization process demand.
Summary of the invention
For above-mentioned prior art, the purpose of this utility model provides preparation facilities and the system of a kind of disinfection agent of chlorine dioxide
Preparation Method.The mode using gravimetric to add, solves conventional chlorine dioxide preparation apparatus and must rely on the difficulty of operation power
Topic, meets the demand of special occasions.
For achieving the above object, this utility model adopts the following technical scheme that
A kind of preparation facilities of non-electric disinfection agent of chlorine dioxide, including:
Housing, feed system, stirring system, response system, metering system and dosing system；
Described feed system includes the charging aperture being located at reaction chamber top, and is positioned at the U-shaped trap below charging aperture；
Described stirring system includes the handle being located at outside reaction chamber and stretches to the shaft within reaction chamber, shaft
Bearing plug match with the shaft birdsmouth being positioned at bottom reaction chamber；
Described response system includes reaction chamber, is positioned at reaction chamber liquidometer and the reaction chamber exhaustor of reaction chamber sidewall, with
And the reaction chamber outlet valve that reaction chamber bottom is connected with batch meter；
Described metering system includes batch meter, the batch meter liquidometer ventilation being connected with reaction chamber exhaustor by batch meter
Pipe, described batch meter liquidometer breather is respectively equipped with batch meter breather valve and batch meter liquidometer, is positioned at batch meter
Quantifier, and the quantifier breather that quantifier is connected with reaction chamber exhaustor；
Described dosing system includes adding needle valve, visual glass tubing and adding valve, described in add needle valve, visual glass
Managing and add valve and be sequentially connected with by pipeline, one end is connected with quantifier, and another terminates toss area.
Described reaction chamber and batch meter are positioned at housing, and the sidewall of housing, higher than the top of reaction chamber, forms cofferdam.
Further, described charging aperture is the charging of two charging apertures with cover, respectively hydrochloric acid charging aperture and sodium chlorite
Mouthful, the diameter of charging aperture is more than 100mm；Supporting drainage screen it is provided with in charging aperture.Feed system of the present utility model is by setting
Put U-shaped trap and charging lid, can effectively prevent the chlorine dioxide generated to equipment external diffusion.
Described stirring system also includes the location-plate being connected with cofferdam, is positioned at the stirring wheel below location-plate, Yi Jiwei
Blade on shaft.
Described location-plate built-in tetrafluoro external member, can make agitator more lubricating and wear-resisting.
The periphery of described stirring wheel is provided with seal cage；Described seal cage has the effect of similar trap, it is possible to prevent dioxy
Change chlorine body to equipment external diffusion；Meanwhile, seal cage can also take-off in time releasing because chlorine dioxide is under specific condition
Decompose the pressure produced.
Further, the bottom of described reaction chamber is provided with reaction chamber exhaust-valve, and the bottom of batch meter is provided with batch meter emptying
Valve, the top of reaction chamber is provided with top board blow-off pipe, for discharging the waste liquid in cofferdam；The outlet of reaction chamber exhaust-valve, metering
The outlet of case exhaust-valve is connected with top board blow-off pipe, and after connection, the outlet of pipeline communicates with gutter.
Further, described reaction chamber exhaustor, quantifier breather and batch meter liquidometer breather and exhaust main
Being connected, the port of export of exhaust main communicates with outdoor.
Further, the sidewall of described reaction chamber is provided with purge valve, the external washing hose of import of purge valve.
Further, the bottom of described quantifier is provided with hole, passes in and out for the air in batch meter and medicinal liquid.
Utilizing said apparatus to carry out method prepared by disinfection agent of chlorine dioxide, step is:
Sodium chlorite solution and hydrochloric acid solution are joined in reaction chamber by charging aperture respectively, utilizes stirring system to mix
Uniformly, reaction generates ClO 2 solution；Open batch meter breather valve and reaction chamber outlet valve, and observe batch meter liquidometer,
Until liquid level closes above-mentioned valve after being raised to peak, fully opening batch meter outlet valve and add valve, regulation adds needle valve
Knob and observe the mobility status of solution in visual glass tubing and demarcate with measuring cup, until adding flow and the calculating of valve outlet port
Value is equal, completes staking-out work；Completely reacted disinfectant solution relies on gravity to be added to use by the batch meter metering demarcated
Point.
In said method, the mass concentration of described sodium chlorite solution is 2-4%, and the mass concentration of hydrochloric acid solution is 3-
6%.
In said method, the volume ratio that described sodium chlorite solution and hydrochloric acid solution add is 1:1.
The beneficial effects of the utility model:
(1) preparation facilities of disinfection agent of chlorine dioxide of the present utility model uses integral structure, open by design, performance
Safe and reliable, being particularly well-suited to rural area does not has the small water supplying factory sterilization of electric power to use, and solves conventional chlorine dioxide preparation dress
Put the difficult problem that must rely on operation power, meet the demand of special occasions.Can set different according to different use occasions
Add flow；Dependence gravimetric adds, it is not necessary to electric power, energy-conserving and environment-protective；Easy to install, operating cost is low.
(2) stirring system of this utility model device is equipped with liquid seal device, i.e. solves the problem that reactor stirring seals
Improve again the safety of equipment simultaneously.
(3) device of the present utility model uses integrated structure, and each parts combine in order, linking is tight, open
Formula designs, it is simple to maintenance, manufacturing cost is low, easy and simple to handle, can realize the most controlled adding.
Accompanying drawing explanation
Fig. 1: the structural representation of the preparation facilities of disinfection agent of chlorine dioxide of the present utility model；Wherein, 1. housing, 2. row
Gas house steward, 3. batch meter outlet valve, 4. add needle valve, 5. quantifier, 6. batch meter liquidometer, 7. batch meter breather valve, 8.
Reaction chamber outlet valve, 9. reaction chamber liquidometer, 10. batch meter liquidometer breather, 11. quantifier breathers, 12. reaction chamber rows
Trachea, 13. charging apertures, 14. cofferdam, 15. agitators, 16. seal cages, 17. drainage screens, 18.U type bend pipe, 19. purge valves, 20.
Reaction chamber, 21. shaft birdsmouths, 22. top board blow-off pipes, 23. batch meters, 24. reaction chamber exhaust-valves, 25. batch meter emptyings
Valve, 26. visual glass tubings, 27. add valve
The agitator structure schematic diagram of Fig. 2: the preparation facilities of disinfection agent of chlorine dioxide of the present utility model；Wherein, 15-1.
Shaft, 15-2. handle, 15-3. location-plate, 15-4. stirring wheel, 15-5. blade, 15-6. bearing plug.
The top structure partial schematic diagram of Fig. 3: the preparation facilities of disinfection agent of chlorine dioxide of the present utility model.
Detailed description of the invention
This utility model is further described, it should explanation in conjunction with the embodiments, following embodiment merely to
Explain this utility model, its content is not defined.
Embodiment 1:
A kind of preparation facilities of disinfection agent of chlorine dioxide, its structure is as it is shown in figure 1, include:
Housing 1, feed system, stirring system, response system, metering system and dosing system；
Described feed system includes the charging aperture 13 being located at reaction chamber 20 top, and be positioned at below charging aperture 13 U-shaped
Trap 18；Described charging aperture 13 is two charging apertures with cover, respectively hydrochloric acid charging aperture and sodium chlorite charging aperture, charging
The diameter of mouth 13 is more than 100mm；Supporting drainage screen 17 it is provided with in charging aperture 13.Feed system of the present utility model is by arranging
U-shaped trap 18 and charging lid, can effectively prevent the chlorine dioxide generated to equipment external diffusion.
Described stirring system (i.e. agitator 15) includes the handle 15-2 being located at outside reaction chamber 20 and stretches to reaction chamber
The bearing plug 15-6 of the shaft 15-1 within 20, shaft 15-1 and the shaft birdsmouth 21 being positioned at bottom reaction chamber 20
Match；
Agitator 15 also includes: the location-plate 15-3 being connected with cofferdam 14, is positioned at the stirring wheel below location-plate 15-3
15-4, and the blade 15-5 being positioned on shaft 15-1.
Described location-plate 15-3 built-in tetrafluoro external member, can make agitator more lubricating and wear-resisting.
The periphery of described stirring wheel 15-4 is provided with seal cage 16；Described seal cage 16 has the effect of similar trap, it is possible to
Prevent chlorine dioxide to equipment external diffusion；Meanwhile, seal cage 16 can also take-off in time releasing because chlorine dioxide exists
The pressure of generation is decomposed under specific condition.
Described response system includes reaction chamber 20, is positioned at reaction chamber liquidometer 9 and the reaction chamber aerofluxus of reaction chamber 20 sidewall
Pipe 12, and the reaction chamber outlet valve 8 that reaction chamber 20 bottom is connected with batch meter 23；Described reaction chamber 20 and batch meter 23
In housing 1, the sidewall of housing 1, higher than the top of reaction chamber 20, forms cofferdam 14.
Described metering system includes batch meter 23, the batch meter liquid level being connected with reaction chamber exhaustor 12 by batch meter 23
Meter breather 10, described batch meter liquidometer breather 10 is respectively equipped with batch meter breather valve 7 and batch meter liquidometer 6, position
Quantifier 5 in batch meter 23, and the quantifier breather 11 that quantifier 5 is connected with reaction chamber exhaustor 12；
Described dosing system includes adding needle valve 4, visual glass tubing 26 and adding valve 27, described in add needle valve 4, can
Depending on glass tubing 26 with add valve 27 and be sequentially connected with by pipeline, one end is connected with quantifier 5, and another terminates toss area.Add pin
Type valve 4 can any controlling opening of valve such that it is able to realize the most controlled adding.
The bottom of described reaction chamber 20 is provided with reaction chamber exhaust-valve 24, and the bottom of batch meter 23 is provided with batch meter exhaust-valve
25, the top of reaction chamber 20 is provided with top board blow-off pipe 22, for discharging the waste liquid in cofferdam 14；The outlet of reaction chamber exhaust-valve 24
Pipe, the outlet of batch meter exhaust-valve 25 are connected with top board blow-off pipe 22, and after connection, the outlet of pipeline communicates with gutter.
Described reaction chamber exhaustor 12, quantifier breather 11 and batch meter liquidometer breather 10 and exhaust main 2 phase
Even, the port of export of exhaust main 2 communicates with outdoor.
The sidewall of described reaction chamber 20 is provided with purge valve 19, the external washing hose of import of purge valve 19.
The bottom of described quantifier 5 is provided with hole, passes in and out for the air in batch meter 23 and medicinal liquid.Close on batch meter 23
Reaction chamber outlet valve 8 and batch meter breather valve 7 so that in batch meter 23, air and medicinal liquid can only be passed in and out by quantifier hole,
Therefore hole interface defines constant level, it is ensured that adding flow will not change along with the reduction of batch meter 23 liquid level.
Work process is as follows:
By observing response case liquidometer 9, by finite concentration sodium chlorite solution and hydrochloric acid solution in the ratio of 1:1 successively
In artificial addition reaction chamber 20, after utilizing agitator mixing, reaction generates ClO 2 solution.
Equipment runs front first it is ensured that all valves are closed, the chlorine dioxide generated according to real reaction thing
Solution concentration and the water water yield and the requirement of output water chlorine dioxide concentration, calculate the flow needing to add.
Open batch meter breather valve 7 and reaction chamber outlet valve 8 and observe batch meter liquidometer 6, until liquid level is raised to the highest
Closing above-mentioned valve after Dian, fully open batch meter outlet valve 3 and add valve 27, regulation adds the knob of needle valve 4 and observes
The mobility status of solution demarcating with measuring cup, until the flow adding valve 27 outlet is equal with value of calculation then in visual glass tubing 26
Complete staking-out work.
Completely reacted disinfectant solution relies on gravity to be added to use point by the batch meter metering demarcated.
Claims (7)
1. the preparation facilities of a non-electric disinfection agent of chlorine dioxide, it is characterised in that including:
Housing, feed system, stirring system, response system, metering system and dosing system；
Described feed system includes the charging aperture being located at reaction chamber top, and is positioned at the U-shaped trap below charging aperture；
Described stirring system includes the handle being located at outside reaction chamber and stretches to the shaft within reaction chamber, the axle of shaft
Socket joint head matches with the shaft birdsmouth being positioned at bottom reaction chamber；
Described response system includes reaction chamber, is positioned at reaction chamber liquidometer and the reaction chamber exhaustor of reaction chamber sidewall, and will
The reaction chamber outlet valve that reaction chamber bottom is connected with batch meter；
Described metering system includes batch meter, the batch meter liquidometer breather being connected with reaction chamber exhaustor by batch meter,
It is respectively equipped with batch meter breather valve and batch meter liquidometer on described batch meter liquidometer breather, is positioned at the metering of batch meter
Device, and the quantifier breather that quantifier is connected with reaction chamber exhaustor；
Described dosing system includes adding needle valve, visual glass tubing and adding valve, described in add needle valve, visual glass tubing and
Adding valve to be sequentially connected with by pipeline, one end is connected with quantifier, and another terminates toss area.
2. device as claimed in claim 1, it is characterised in that described reaction chamber and batch meter are positioned at housing, the side of housing
Wall, higher than the top of reaction chamber, forms cofferdam.
3. device as claimed in claim 1, it is characterised in that described stirring system also includes: the location being connected with cofferdam
Plate, is positioned at the stirring wheel below location-plate, and the blade being positioned on shaft；The periphery of described stirring wheel is provided with seal cage.
4. device as claimed in claim 2, it is characterised in that the bottom of described reaction chamber is provided with reaction chamber exhaust-valve, metering
The bottom of case is provided with batch meter exhaust-valve, and cofferdam is provided with top board blow-off pipe；The outlet of reaction chamber exhaust-valve, batch meter empty
The outlet of valve is connected with top board blow-off pipe, and after connection, the outlet of pipeline communicates with gutter.
5. device as claimed in claim 1, it is characterised in that described reaction chamber exhaustor, quantifier breather and batch meter
Liquidometer breather is connected with exhaust main, and the port of export of exhaust main communicates with outdoor.
6. device as claimed in claim 1, it is characterised in that the sidewall of described reaction chamber is provided with purge valve, purge valve
The external washing hose of import.
7. device as claimed in claim 1, it is characterised in that the bottom of described quantifier is provided with hole, in batch meter
Air and medicinal liquid turnover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620722595.6U CN205740359U (en) | 2016-07-08 | 2016-07-08 | A kind of preparation facilities of non-electric disinfection agent of chlorine dioxide |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620722595.6U CN205740359U (en) | 2016-07-08 | 2016-07-08 | A kind of preparation facilities of non-electric disinfection agent of chlorine dioxide |
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| Publication Number | Publication Date |
|---|---|
| CN205740359U true CN205740359U (en) | 2016-11-30 |
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ID=57378873
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620722595.6U Expired - Fee Related CN205740359U (en) | 2016-07-08 | 2016-07-08 | A kind of preparation facilities of non-electric disinfection agent of chlorine dioxide |
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| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105923608A (en) * | 2016-07-08 | 2016-09-07 | 山东山大华特科技股份有限公司 | Nonelectric preparation device and preparation method for chlorine dioxide disinfectant |
-
2016
- 2016-07-08 CN CN201620722595.6U patent/CN205740359U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105923608A (en) * | 2016-07-08 | 2016-09-07 | 山东山大华特科技股份有限公司 | Nonelectric preparation device and preparation method for chlorine dioxide disinfectant |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161130 Termination date: 20200708 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |