CN209161735U - Ozonation cycle water treatment system - Google Patents
Ozonation cycle water treatment system Download PDFInfo
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- CN209161735U CN209161735U CN201822077176.3U CN201822077176U CN209161735U CN 209161735 U CN209161735 U CN 209161735U CN 201822077176 U CN201822077176 U CN 201822077176U CN 209161735 U CN209161735 U CN 209161735U
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Abstract
The utility model discloses a kind of ozonation cycle water treatment systems, including fluid level controller, recycling pond, water circulating pump, filter device and ozone mechanism；Recycling basin bottom is connect with water circulating pump, and water circulating pump is connected with filter device, and filter device connects total feed pipe；The middle part of Venturi tube is equipped with negative pressure mouth；Ozone generator passes through the negative pressure mouth of ozone piping connection Venturi tube, the input end of Venturi tube passes through the B point of piping connection third water pipe, the outlet end of Venturi tube passes through the import of piping connection reactor tank, and the outlet end of reactor tank passes through the C point of piping connection third water pipe；Using the flow direction of water in third water pipe as downstream direction, B point is located at the updrift side of C point；Third water pipe between B point and C point is equipped with disinfection valve.The utility model provides a kind of full-featured ozonation cycle water treatment system, good and healthy swimming environment is provided for natatorium swimmer, while saving water resource.
Description
Technical field
The utility model relates to swimming-pool water processing technology fields.
Background technique
With the development of society, the improvement of people's living standards, more persons, which select, carries out body-building in the sparetime.Swimming is
One is also expedited the emergence of out more and more natatoriums by the favorite all-around exercises of most people, more and more people for liking swimming.
Core place of the swimming pool as natatorium, both needs to guarantee enough waters, guarantees the health of water body again
And temperature.Water in swimming pool can be overflowed when swimmer is more, after swimmer largely leaves swimming pool, the water of swimming pool
Face will appear decline therewith.It is therefore desirable to keep the water level of swimming pool, and recycle overflow water.
The utility model provides a kind of full-featured ozonation cycle water treatment system, mentions for natatorium swimmer
For good and healthy swimming environment, while saving water resource.
Utility model content
The purpose of this utility model is to provide a kind of ozonation cycle water treatment system, for swimming pool provide it is good and
The recirculated water of health, while saving water resource.
To achieve the above object, the ozonation cycle water treatment system of the utility model is used for swimming pool, and swimming pool is left
Right two sides are respectively equipped with left overflow launder and right overflow launder on the bank, and left overflow launder is connected with left return pipe, and right overflow launder is connected with
Right return pipe；Left return pipe and right return pipe are connected with return main；Swimming pool bottom wall and/or side wall are equipped with several water supply
Mouthful；
Including fluid level controller, recycling pond, water circulating pump, filter device and ozone mechanism；
Return main is passed through recycling pond, and recycling sink top is connected by the first water supply pipe with municipal tap water pipe network
Logical, the first water supply pipe is equipped with the first water supply solenoid valve；Recycling sink top is connected with for controlling recycle-water pool inner water position
Overflow pipe, recycling basin bottom are connected with emptying pipe, and emptying pipe is connected with municipal drainage pipe network with overflow pipe, emptying
Pipe is equipped with emptying valve；
Recycling basin bottom is connected by the first water pipe with the water inlet of water circulating pump, and the water outlet of water circulating pump passes through
Second water pipe is connected with the water inlet of filter device, and the water outlet of filter device is connected with total feed pipe by third water pipe,
Total feed pipe is connected by water supply branch pipe with each admission port, and water supply branch pipe is arranged in a one-to-one correspondence with admission port；
Fluid level controller is connected with high water level probe and low water level probe and middle water-level probe, and fluid level controller and first is mended
Water solenoid valve is connected, and high water level probe is located at the top in recycling pond, and low water level probe is located at the lower part in recycling pond, middle water
Position probe is located at the middle part in recycling pond；
Ozone mechanism includes ozone generator, Venturi tube and reactor tank；The middle part of Venturi tube is equipped with negative pressure mouth；
Ozone generator passes through the negative pressure mouth of ozone piping connection Venturi tube, and the input end of Venturi tube is connected by pipeline
The B point of third water pipe is connect, the outlet end of Venturi tube passes through the import of piping connection reactor tank, and the outlet end of reactor tank passes through pipe
The C point of road connection third water pipe；Using the flow direction of water in third water pipe as downstream direction, B point is located at the updrift side of C point；B
Third water pipe between point and C point is equipped with disinfection valve.
It further include having water quality adjustment mechanism, water quality adjustment mechanism includes water quality monitoring instrument and disinfectant throwing mechanism；
Water quality monitoring instrument be connected with PH monitoring pipe and residual chlorine monitoring pipe, PH monitoring pipe and residual chlorine monitoring pipe respectively with third water
Pipe is connected；PH monitors pipe and is equipped with PH sensor, and residual chlorine monitoring pipe is equipped with residual chlorine sensor；
Disinfectant throwing mechanism includes that disinfectant launches tank and PH regulator dispensing tank, and disinfectant launches tank and passes through disinfectant
It launches pipe to be connected with third water pipe, PH regulator launches tank and launches to manage by PH regulator to be connected with third water pipe；Disinfection
Agent launches pipe and is equipped with the first chemicals feed pump, and PH regulator launches pipe and is equipped with the second chemicals feed pump；Water quality monitoring instrument passes through control line
Road connects first chemicals feed pump and the second chemicals feed pump.
It further include having heating mechanism；Heating mechanism includes shell-and-tube heat exchanger, and shell-and-tube heat exchanger has shell side import, shell
Journey outlet, tube side import and tube side outlet, shell side import are connected with hot water feeding pipe, and hot water feeding pipe is with external thermal water source's
Hot water outlet is connected, and shell-side outlet is connected with hot water return pipe, the hot water time of hot water return pipe and external thermal water source
Mouth is connected；
Tube side import is connected with heating water inlet pipe, and tube side outlet is connected with heating outlet pipe；It heats water inlet pipe and heats out
Water pipe is connected with third water pipe respectively；Using the direction of water flow in third water pipe as downstream direction, heating water inlet pipe is located at heating
The upstream of the outlet pipe and third pipeline for heating water inlet pipe and heating between outlet pipe is equipped with heating shut-off valve.
The filter device is filtering sand cylinder, and filtering sand cylinder is also connected with backwash drainpipe.
Total feed pipe is connected with the second water supply pipe, and the second water supply pipe is connected with municipal tap water pipe network, the second water supply pipe
It is equipped with the second water supply solenoid valve, the second water supply solenoid valve is connected with fluid level controller.
The utility model has the advantage that
The utility model provides a kind of full-featured ozonation cycle water treatment system, mentions for natatorium swimmer
For good and healthy swimming environment, while saving water resource.
Overflow pipe can prevent recycling water level in water pool is excessively high to cause system wild effect, and that recycles in pond waterborne rises to
It is emitted by overflow pipe after overflow pipe opening.The setting of emptying pipe and emptying valve is convenient for recycle-water in maintenance
Water emptying in pond.First water supply pipe be equipped with the first water supply solenoid valve, can by municipal tap water pipe network easily to return
Receive moisturizing in pond.
Water level in swimming pool needs to keep basicly stable.When number of swimmer is more, a large amount of water are gone out by overflow in swimming pool
It goes.If taken no action to, these water will be slatterned, and after number of swimmer reduction, and need to supplement water into swimming pool, in this way
Just waste great lot of water resources.Recycling pond can collect storage overflow water when number is more, be used as water after number reduction
Source is supplemented migration swimming pool after processing, and which offers a saving water resources, reduces the operation and maintenance cost of swimming pool.
When water level is lower than middle water-level probe, fluid level controller opens the first water supply solenoid valve, moisturizing in the pond Xiang Huishou.
When water level reaches high water level probe, fluid level controller closes the first water supply solenoid valve, stops moisturizing.Which reduces artificial
The workload of level monitoring improves the timeliness of moisturizing and saves labor cost.
When water level is popped one's head in lower than low water level, fluid level controller opens the second water supply solenoid valve, by the second water supply pipe and
Total feed pipe directly supplements tap water into swimming pool, can cannot obtain abundance by excessively slow, swimming pool to avoid moisturizing speed in this way
The case where moisturizing.When water level rises to middle water-level probe, fluid level controller closes the second water supply solenoid valve.
Backwash drainpipe setting, can long-term work, filtering sand cylinder strainability decline after, to filtering sand cylinder into
Row backwash, to restore its filtering function.
By water quality monitoring instrument, the first chemicals feed pump and the second chemicals feed pump, offer medicine in the recirculated water into third water pipe, it can
The pH value of recirculated water and chlorine content are maintained into normal condition.
Heating mechanism can easily and efficiently heat cycles water, water temperature is maintained into reasonable interval.Heating shut-off valve
Setting can prevent recirculated water to heating mechanism short circuit, and forced circulation water passes through shell-and-tube heat exchanger and heated.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the enlarged drawing in Fig. 1 at A.
Specific embodiment
Direction shown in arrow is the flow direction of water in figure.
As depicted in figs. 1 and 2, the ozonation cycle water treatment system of the utility model is used for swimming pool 55, swimming pool
55 left and right sides are respectively equipped with left overflow launder 1 and right overflow launder 2 on the bank, and left overflow launder 1 is connected with left return pipe 3, right overflow
Slot 2 is connected with right return pipe 4；Left return pipe 3 and right return pipe 4 are connected with return main 5；55 bottom wall of swimming pool and/or side
Wall is equipped with several admission ports 6；
The utility model includes fluid level controller 7, recycling pond 8, water circulating pump 9, filter device 10 and ozone mechanism；
Return main 5 is passed through recycling pond 8, recycles at the top of pond 8 through the first water supply pipe 11 and municipal tap water pipe network
It is connected, the first water supply pipe 11 is equipped with the first water supply solenoid valve 12；It is connected at the top of recycling pond 8 for controlling recycling pond
The overflow pipe 13 of water level in 8, recycling 8 bottom of pond are connected with emptying pipe 14, emptying pipe 14 and overflow pipe 13 with municipal administration
Drainage pipeline networks is connected, and emptying pipe 14 is equipped with emptying valve 15；
Recycling 8 bottom of pond is connected by the first water pipe 16 with the water inlet of water circulating pump 9, the water outlet of water circulating pump 9
Mouth is connected by the second water pipe 17 with the water inlet of filter device 10, and the water outlet of filter device 10 passes through third water pipe 18 and connects
It is connected to total feed pipe 19, total feed pipe 19 is connected by water supply branch pipe 20 with each admission port 6, water supply branch pipe 20 and admission port 6
It is arranged in a one-to-one correspondence；
Fluid level controller 7 is connected with high water level probe 21 and low water level probe 22 and middle water-level probe 23, fluid level controller 7
It is connected with the first water supply solenoid valve 12, high water level probe 21 is located at the top in recycling pond 8, and low water level probe 22 is located at recycling
The lower part in pond 8, middle water-level probe 23 are located at the middle part in recycling pond；
Ozone mechanism includes ozone generator 24, Venturi tube 25 and reactor tank 26；The middle part of Venturi tube 25 is equipped with negative
Press mouth 26；
Ozone generator 24 connects the negative pressure mouth 26 of Venturi tube 25, the input end of Venturi tube 25 by ozone pipeline 27
By the B point 28 of piping connection third water pipe 18, the outlet end of Venturi tube 25 passes through the import of piping connection reactor tank 26, instead
The outlet end of tank 26 is answered to pass through the C point 29 of piping connection third water pipe 18；Using the flow direction of water in third water pipe 18 as downstream
Direction, B point 28 are located at the updrift side of C point 29；Third water pipe 18 between B point 28 and C point 29 is equipped with disinfection valve 30.
It further include having water quality adjustment mechanism, water quality adjustment mechanism includes water quality monitoring instrument 31 and disinfectant throwing mechanism；
Water quality monitoring instrument 31 is connected with PH monitoring pipe 32 and residual chlorine monitoring pipe 33, and PH monitoring pipe 32 and residual chlorine monitoring pipe 33 divide
It is not connected with third water pipe 18；PH monitors pipe 32 and is equipped with PH sensor 34, and residual chlorine monitoring pipe 33 is equipped with residual chlorine sensor
35；
Disinfectant throwing mechanism includes that disinfectant launches tank 36 and PH regulator dispensing tank 37, and disinfectant is launched tank 36 and passed through
Disinfectant launches pipe 38 and is connected with third water pipe 18, and PH regulator launches tank 37 and launches pipe 39 and third water by PH regulator
Pipe 18 is connected；Disinfectant launches pipe 38 and is equipped with the first chemicals feed pump 40, and PH regulator launches pipe 39 and is equipped with the second chemicals feed pump
41；Water quality monitoring instrument 31 passes through the first chemicals feed pump 40 and the second chemicals feed pump 41 described in control connection.
The utility model further includes having heating mechanism；
Heating mechanism includes shell-and-tube heat exchanger 42, and shell-and-tube heat exchanger 42 has shell side import 43, shell-side outlet 44, pipe
Journey import 45 and tube side outlet 46, shell side import 43 is connected with hot water feeding pipe 47, hot water feeding pipe 47 and external thermal water source
The hot water outlet of (such as hot-water boiler) is connected, and shell-side outlet 44 is connected with hot water return pipe 48, hot water return pipe 48 with
The hot water of external thermal water source, which is answered back, to be connected；
Tube side import 45 is connected with heating water inlet pipe 49, and tube side outlet 46 is connected with heating outlet pipe 50；Heat water inlet pipe
49 and heating outlet pipe 50 be connected respectively with third water pipe 18；Using the direction of water flow in third water pipe 18 as downstream direction, add
Hot water inlet pipe 49 is located at the upstream of heating outlet pipe 50 and heats water inlet pipe 49 and heat the third pipeline 18 between outlet pipe 50
It is equipped with heating shut-off valve 51.
The filter device 10 is filtering sand cylinder, and filtering sand cylinder is also connected with backwash drainpipe 52, backwashes drainpipe
52 municipal drainage pipe networks are connected.
Total feed pipe 19 is connected with the second water supply pipe 53, and the second water supply pipe 53 is connected with municipal tap water pipe network, and second
Water supply pipe 53 is equipped with the second water supply solenoid valve 54, and the second water supply solenoid valve 54 is connected with fluid level controller 7.
The devices such as water quality monitoring instrument 31 are existing equipment, and specific structure is no longer described in detail.Disinfectant launches storage in tank 36
Disinfectant generally use chlorine system disinfectant, such as sodium hypochlorite.
In use, opening water circulating pump 9.Recirculated water in swimming pool 55 passes through left overflow launder 1 and right overflow launder 2 and a left side
Return pipe 3 and right return pipe 4 enter return main 5, and then enter recycling pond 8.The water in pond 8 is recycled in water circulating pump 9
Under the action of, it is filtered by filter device 10.The open degree of disinfection valve 30 is adjusted, it is adjustable to flow through ozone mechanism
Water flow.Water in third water pipe 18, a part of water directly pass through disinfection valve 30 and flow to downstream, and another part water enters
In Venturi tube 25, the ozone that foul smell generator generates is sucked under drainage.The water for being mixed with ozone enters reactor tank 26
Interior, in reactor tank 26, ozone generates disinfection to water body.Water after disinfection is passed back into third water pipe 18 by pipeline,
And it flows downstream.When needing heat cycles water, heating shut-off valve 51 is closed, pressure makes recirculated water pass through heating water inlet
Pipe 49 and heating outlet pipe 50 pass through the tube side of shell-and-tube heat exchanger 42, to be heated by the hot water in shell side.Circulating water temperature
After rising to suitable temperature, heating shut-off valve is opened, recirculated water heating mechanism in flowing is short-circuited naturally, circulating water natural
Directly flowed downstream by heating with shut-off valve 51.
During the utility model continues working, PH sensor 34 and residual chlorine sensor 35 persistently monitor the pH value of recirculated water and remaining
Chlorine number.When pH value and/or chlorine content deviate normal range (NR), accordingly opened by water quality monitoring instrument 31 first chemicals feed pump 40 and/or
Second chemicals feed pump 41 is offerd medicine in the recirculated water into third water pipe 18, so that the pH value of recirculated water and chlorine content be maintained just
Normal state.Recirculated water after filtering, disinfection, heating and water quality adjustment, by total feed pipe 19 and each water supply branch pipe 20 into
Enter in swimming pool 55, provides water quality good moisturizing for swimming pool 55.
The dispensing of alkaline disinfectant such as sodium hypochlorite will lead in water pH value and increase, acidic disinfectant and some other
The pH value that factor will lead to water reduces.Since the correlative factor of a swimming pool is relatively stable, the water capacity of a usual swimming pool
It is easily higher or it is relatively low be it is stable, i.e., higher swimming pool 55 its water body of pH value is always easy higher, and vice versa.
The swimming pool 55 of meta-alkalescence frequent for water, it is molten using hydrochloric acid that PH regulator launches the PH regulator stored in tank 37
The acid regulators such as liquid；The swimming pool 55 of slant acidity frequent for water, PH regulator are launched the PH regulator stored in tank 37 and are adopted
With alkaline conditioners such as sodium bicarbonate solution or sodium hydroxide solutions.
When water level is lower than middle water-level probe 23, fluid level controller 7 opens the first water supply solenoid valve 12, in the pond Xiang Huishou
Moisturizing.When water level reaches high water level probe 21, fluid level controller 7 closes the first water supply solenoid valve 12, stops moisturizing.Thus
The workload for reducing artificial level monitoring improves the timeliness of moisturizing and saves labor cost.
When water level is lower than low water level probe 22, fluid level controller 7 opens the second water supply solenoid valve 54, passes through the second moisturizing
Pipe 53 and total feed pipe 19 directly supplement tap water into swimming pool 55, in this way can, swimming pool 55 excessively slow to avoid moisturizing speed
The case where cannot obtaining sufficient moisturizing.When water level rises to middle water-level probe 23, fluid level controller 7 closes the second moisturizing electromagnetism
Valve 54.
Above embodiments are only to illustrate rather than limit the technical solution of the utility model, although referring to above-described embodiment pair
The utility model is described in detail, those skilled in the art should understand that: still can to the utility model into
Row modification or equivalent replacement should all without departing from any modification or partial replacement of the spirit and scope of the utility model
Cover in the scope of the claims of the utility model.
Claims (5)
1. ozonation cycle water treatment system is used for swimming pool, is respectively equipped with left overflow launder on the bank at left and right sides of swimming pool
With right overflow launder, left overflow launder is connected with left return pipe, and right overflow launder is connected with right return pipe；Left return pipe and right return pipe are equal
It is connected with return main；Swimming pool bottom wall and/or side wall are equipped with several admission ports；
It is characterized by comprising fluid level controller, recycling pond, water circulating pump, filter device and ozone mechanisms；
Return main is passed through recycling pond, and recycling sink top is connected by the first water supply pipe with municipal tap water pipe network, the
One water supply pipe is equipped with the first water supply solenoid valve；Recycling sink top is connected with the overflow water for controlling recycle-water pool inner water position
Pipe, recycling basin bottom are connected with emptying pipe, and emptying pipe is connected with municipal drainage pipe network with overflow pipe, emptying Guan Shangshe
There is emptying valve；
Recycling basin bottom is connected by the first water pipe with the water inlet of water circulating pump, and the water outlet of water circulating pump passes through second
Water pipe is connected with the water inlet of filter device, and the water outlet of filter device is connected with total feed pipe by third water pipe, always gives
Water pipe is connected by water supply branch pipe with each admission port, and water supply branch pipe is arranged in a one-to-one correspondence with admission port；
Fluid level controller is connected with high water level probe and low water level probe and middle water-level probe, fluid level controller and the first moisturizing electricity
Magnet valve is connected, and high water level probe is located at the top in recycling pond, and low water level probe is located at the lower part in recycling pond, and middle water level is visited
Head is located at the middle part in recycling pond；
Ozone mechanism includes ozone generator, Venturi tube and reactor tank；The middle part of Venturi tube is equipped with negative pressure mouth；
For ozone generator by the negative pressure mouth of ozone piping connection Venturi tube, the input end of Venturi tube passes through piping connection the
The B point of three water pipes, the outlet end of Venturi tube pass through the import of piping connection reactor tank, and the outlet end of reactor tank is connected by pipeline
Connect the C point of third water pipe；Using the flow direction of water in third water pipe as downstream direction, B point is located at the updrift side of C point；B point and
Third water pipe between C point is equipped with disinfection valve.
2. ozonation cycle water treatment system according to claim 1, it is characterised in that: further include having water quality adjustment machine
Structure, water quality adjustment mechanism include water quality monitoring instrument and disinfectant throwing mechanism；
Water quality monitoring instrument be connected with PH monitoring pipe and residual chlorine monitoring pipe, PH monitoring pipe and residual chlorine monitoring pipe respectively with third water pipe phase
Connection；PH monitors pipe and is equipped with PH sensor, and residual chlorine monitoring pipe is equipped with residual chlorine sensor；
Disinfectant throwing mechanism includes that disinfectant launches tank and PH regulator dispensing tank, and disinfectant launches tank and passes through disinfectant dispensing
Pipe is connected with third water pipe, and PH regulator launches tank and launches to manage by PH regulator to be connected with third water pipe；Disinfectant is thrown
Pipe is put equipped with the first chemicals feed pump, PH regulator launches pipe and is equipped with the second chemicals feed pump；Water quality monitoring instrument is connected by control route
Connect first chemicals feed pump and the second chemicals feed pump.
3. ozonation cycle water treatment system according to claim 2, it is characterised in that: further include having heating mechanism；
Heating mechanism includes shell-and-tube heat exchanger, and shell-and-tube heat exchanger has shell side import, shell-side outlet, tube side import and tube side
Outlet, shell side import are connected with hot water feeding pipe, and hot water feeding pipe is connected with the hot water outlet of external thermal water source, and shell side goes out
Mouth is connected with hot water return pipe, and hot water return pipe is answered back with the hot water of external thermal water source to be connected；
Tube side import is connected with heating water inlet pipe, and tube side outlet is connected with heating outlet pipe；Heat water inlet pipe and heating outlet pipe
It is connected respectively with third water pipe；Using the direction of water flow in third water pipe as downstream direction, heating water inlet pipe is located at heating water outlet
The upstream of the pipe and third pipeline for heating water inlet pipe and heating between outlet pipe is equipped with heating shut-off valve.
4. ozonation cycle water treatment system according to any one of claim 1 to 3, it is characterised in that: the mistake
Filter device is filtering sand cylinder, and filtering sand cylinder is also connected with backwash drainpipe.
5. ozonation cycle water treatment system according to any one of claim 1 to 3, it is characterised in that:
Total feed pipe is connected with the second water supply pipe, and the second water supply pipe is connected with municipal tap water pipe network, sets on the second water supply pipe
There is the second water supply solenoid valve, the second water supply solenoid valve is connected with fluid level controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822077176.3U CN209161735U (en) | 2018-12-12 | 2018-12-12 | Ozonation cycle water treatment system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822077176.3U CN209161735U (en) | 2018-12-12 | 2018-12-12 | Ozonation cycle water treatment system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209161735U true CN209161735U (en) | 2019-07-26 |
Family
ID=67343427
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822077176.3U Active CN209161735U (en) | 2018-12-12 | 2018-12-12 | Ozonation cycle water treatment system |
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| Country | Link |
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| CN (1) | CN209161735U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111018175A (en) * | 2019-12-11 | 2020-04-17 | 水浦蓝水处理装置(上海)有限公司 | Circulating filtering system |
| CN118221256A (en) * | 2024-05-23 | 2024-06-21 | 中国电建集团西北勘测设计研究院有限公司 | Domestic wastewater treatment disinfection device |
-
2018
- 2018-12-12 CN CN201822077176.3U patent/CN209161735U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111018175A (en) * | 2019-12-11 | 2020-04-17 | 水浦蓝水处理装置(上海)有限公司 | Circulating filtering system |
| CN118221256A (en) * | 2024-05-23 | 2024-06-21 | 中国电建集团西北勘测设计研究院有限公司 | Domestic wastewater treatment disinfection device |
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