CN207911809U - A kind of energy-efficient circulating water culture system - Google Patents
A kind of energy-efficient circulating water culture system Download PDFInfo
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- CN207911809U CN207911809U CN201721739319.1U CN201721739319U CN207911809U CN 207911809 U CN207911809 U CN 207911809U CN 201721739319 U CN201721739319 U CN 201721739319U CN 207911809 U CN207911809 U CN 207911809U
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Abstract
A kind of energy-efficient circulating water culture system, the system comprises aquaculture pond, micro-filtration biochemical water quality purifier, organic matter separator, high pressure oxygen-dissolving apparatus and thermostats, the aquaculture pond is equipped with face water overflow port and bottom water catch pit, to realize effective discharge of pollutant in water body, the micro-filtration biochemical water quality purifier is by Microfilter and biochemical case organic composition, the Microfilter carries out coarse filtration to the water body, and the biochemistry case carries out three-level biochemical filtration again to the water body by Microfilter filtering；The organic matter separator carries out separation removal to the organic matter in the water body；Water after the high pressure oxygen-dissolving apparatus oxygenation returns to aquaculture pond after the thermostat temperature adjustment.
Description
Technical field
The present invention relates to water treatment fields, more particularly, to a kind of energy-efficient circulating water culture system.
Background technology
It breeds fish and first supports water, best aquaculture mode is to realize circulating water cultivation, and circulating water cultivation pattern can reduce foster
It grows process to rely on periphery water environment, reduces sewage discharge in breeding process, improve survival rate, reduce cultivation risk, improve production
Amount and quality realize green cultivation, are of great significance to culture fishery health and sustainable development.
But the circulating water culture system generally existing established at present invests big, complex process, and cultivation worker is difficult to operate, transport
The problems such as row is of high cost, treatment effeciency is low so that the circulating water culture system of domestic many farms investment construction is due to processing
Water quality does not reach requirement or operating cost is too high and idle.
Invention content
In view of the deficiencies of the prior art, the object of the present invention is to provide a kind of energy-efficient circulating water culture system, this is
System investment is moderate, process equipment is excellent, easily operated, treatment effeciency is high, operating cost is low, can be widely used in fish, shrimp, crab
Industrial aquaculture.
The technical solution adopted by the present invention is as follows：
A kind of energy-efficient circulating water culture system the system comprises aquaculture pond, micro-filtration biochemical water quality purifier, has
Machine object separator, high pressure oxygen-dissolving apparatus and thermostat, the aquaculture pond is equipped with face water overflow port and bottom water catch pit, with reality
Effective discharge of pollutant in existing water body, the micro-filtration biochemical water quality purifier is by Microfilter and biochemical case organic composition, institute
It states Microfilter and coarse filtration is carried out to the water body, the biochemistry case carries out three-level life again to the water body by Microfilter filtering
Change filtering；The organic matter separator carries out separation removal to the organic matter in the water body；The high pressure oxygen-dissolving apparatus increases
Water after oxygen returns to aquaculture pond after the thermostat temperature adjustment.
Wherein Microfilter, which is arranged, is effectively improved the water quality into biochemical case on the top of biochemical case, Er Qiewei
The water outlet of filter directly falls into biochemical case, simplifies the structure of Microfilter, saves cost.
In a specific embodiment, the micro-filtration biochemical water quality purifier has unit by Microfilter and biochemical case
At the Microfilter is equipped with water inlet, sewage draining exit, paring chamber, rotary drum motor, rotary drum, safety guard and backwashing pump, the water body
After water inlet enters paring chamber, uniformly flows into and carry out the coarse filtration in rotary drum.
In a specific embodiment, the biochemical case has level-one biochemical zone, and the level-one biochemical zone is to passing through
The micro-filtration biochemical water quality purifier carries out the first order life that the water body after the coarse filtration carries out the three-level biochemical filtration
Change filtering.
In a specific embodiment, the biochemical case has secondary biochemical area, and the secondary biochemical area is to passing through
The water body of the first order biochemical filtration carries out the second level biochemical filtration of the three-level biochemical filtration.
In a specific embodiment, the biochemical case three-level biochemical zone, the three-level biochemical zone is to described in process
The water body of second level biochemical filtration carries out the third level biochemical filtration of the three-level biochemical filtration, and the three-level biochemical zone is equipped with the
One water outlet and the second water outlet.
In a specific embodiment, it is equipped with air channel between the Microfilter and level-one biochemical zone, makes Microfilter
Water outlet directly fall into biochemical case during can adequately be oxygenated, reduce the oxygenation facility of biochemical case, realize nature increasing
Oxygen has saved the energy, saves investment and operating cost.
In a specific embodiment, the water body after the level-one biochemical zone is handled from the first bottom perforated plate
The secondary biochemical area is entered, in another particular embodiment of the invention, from the second bottom after the secondary biochemical area is handled
Portion's perforated plate enters the three-level biochemical zone.
In a specific embodiment, the organic matter separator is by the second water pump, the first ejector, protein
Separator, check-valves, ozone generator, ORP on-line computing models and ORP electrodes composition.The organic matter separator is from described
The water outlet of micro-filtration biochemical water quality purifier is fetched water, and enters Protein Skimmer through the first ejector after the supercharging of the second water pump
It is handled, the secondary biochemical area of treated water flows back into micro-filtration biochemical water quality purifier, the dosage of ozone passes through ORP
On-line computing model is adjusted online, and ORP electrodes are located on the outlet pipe of Protein Skimmer.Organic matter separator is from three-level
The water intaking of biochemical zone bottom water outlet, it is ensured that the phenomenon that the second water pump is not in evacuation, and also organic matter separator is from three
The water intaking of grade biochemical zone, can make biochemical case not only be used as biochemistry pool, but also as ceramic filter, save investment, in addition organic matter point
It fetches water from three-level biochemical zone from device and flows back into secondary biochemical area, the dissolved oxygen of water in biochemical case is made effectively to be ensured,
The oxygenation facility for reducing biochemical case, has saved the energy, has saved investment and operating cost.
In a specific embodiment, the air inlet of first ejector of organic matter separator is sent out with ozone
Raw device is connected, and check-valves is equipped in the first ejector of organic matter separator and the connecting tube of ozone generator.
In a specific embodiment, the high pressure oxygen-dissolving apparatus is occurred by dissolved oxygen tank, the second ejector, oxygen
Device, DO on-line computing models and DO electrodes composition.It presses oxygen-dissolving apparatus to be provided with dissolved oxygen tank, improves dissolved oxygen efficiency, and use DO
On-line computing model is adjusted online, improves the degree of automation of system, can effective guarantee aquaculture pond reach the molten of setting
Oxygen is solved, and operating cost can be saved.The water body that micro-filtration biochemical water quality purifier is handled well is pressurized through water outlet by the first water pump,
Oxygenation is carried out into high pressure oxygen-dissolving apparatus, the air inlet of the second ejector of high pressure oxygen-dissolving apparatus is connected with oxygen generator, oxygen
The dosage of gas is adjusted online by DO on-line computing models, and DO electrodes are located on the outlet pipe of dissolved oxygen tank.Organic matter detaches
Device setting uses ORP on-line computing models, improves the degree of automation of system, is adjusted online to the progress that adds of ozone amount
Section, had not only ensured the safe operation of system, but also can save operating cost.
The beneficial technique effect of the present invention：
The present invention provides a kind of energy-efficient circulating water culture systems, and Microfilter is arranged in biochemical upper box part, makes entrance
The water quality of biochemical case is effectively improved, and the water outlet of Microfilter directly falls into biochemical case, simplifies the structure of Microfilter,
Cost is saved, air channel is equipped between Microfilter and level-one biochemical zone in addition, the water outlet of Microfilter is made directly to fall into biochemistry
It can be adequately oxygenated during case, reduce the oxygenation facility of biochemical case, saved the energy, further saved investment and fortune
Row cost；In addition, organic matter separator is fetched water from three-level biochemical zone bottom water outlet, it is ensured that the second water pump is not in take out
Empty phenomenon, and organic matter separator is fetched water from three-level biochemical zone, biochemical case can be made not only to be used as biochemistry pool, but also as centre
Tank, saves investment, and further organic matter separator fetches water from three-level biochemical zone and flows back into secondary biochemical area, makes
The dissolved oxygen of water is effectively ensured in biochemical case, is reduced the oxygenation facility of biochemical case, has been saved the energy, saves investment
And operating cost；In addition, high pressure oxygen-dissolving apparatus is provided with dissolved oxygen tank, dissolved oxygen efficiency is improved, and exist using DO on-line computing models
Line is adjusted, and improves the degree of automation of system, can effective guarantee aquaculture pond reach setting dissolved oxygen and save
Operating cost, the setting of organic matter separator use ORP on-line computing models, the degree of automation of system are improved, to ozone amount
Add and be adjusted online, not only ensured the safe operation of system, but also operating cost can be saved.
Description of the drawings
Fig. 1 is the structural framing figure of the present invention；
Fig. 2 is the structure chart of the equipment of the present invention；
Fig. 3 is the micro-filtration biochemical water quality purifier vertical view of the present invention；
Fig. 4 is the micro-filtration biochemical water quality purifier sectional view of the present invention；
Fig. 5 is the Microfilter vertical view of the present invention；
Fig. 6 is the Microfilter front view of the present invention.
Specific implementation mode
Hereinafter, by attached drawing, the present invention is described in detail.Hereinafter, same component uses same symbol.
As shown in Figs. 1-2, the present invention provides can efficient circulation water cultivating system, the system comprises aquaculture ponds (1), micro-
Filter biochemical water quality purifier 5, organic matter separator A, high pressure oxygen-dissolving apparatus B and thermostat 21, the aquaculture pond 1 are equipped with
Face water overflow port 2 and bottom water catch pit 3, to realize effective discharge of pollutant in water body, pending water is from face water overflow port
2 and the outflow of bottom water catch pit 3 enter micro-filtration biochemical water quality purifier 5, the micro-filtration biochemical water quality purifier 5 through water pump 4
By 27 organic composition of Microfilter 25 and biochemical case, the Microfilter 25 carries out coarse filtration to the water body, and the biochemistry case 27 is right
The water body filtered by the Microfilter 25 carries out three-level biochemical filtration again；The organic matter separator A to the water body into
Row organic matter detaches, and the water after the high pressure oxygen-dissolving apparatus B oxygenation returns to aquaculture pond 1 after 21 temperature adjustment of the thermostat.Its
Middle Microfilter, which is arranged, is effectively improved the water quality into biochemical case on the top of biochemical case, and the water outlet of Microfilter
Biochemical case is directly fallen into, the structure of Microfilter is simplified, saves cost.
In a specific embodiment, in a specific embodiment, the micro-filtration biochemical water quality purification dress
It sets 5 to be made of Microfilter 25 and biochemical case 27, Microfilter 25 is equipped with water inlet 22, sewage draining exit 23, paring chamber 24, rotary drum motor
26, rotary drum 28, safety guard 29 and backwashing pump 36, the water body uniformly flow into rotary drum after water inlet 22 enters paring chamber 24
The coarse filtration is carried out in 28.
In a specific embodiment, the biochemical case 27 has level-one biochemical zone 34, the level-one biochemical zone 34
The of the three-level biochemical filtration is carried out to the water body after the micro-filtration biochemical water quality purifier 5 carries out the coarse filtration
Level-one biochemical filtration.By the water body of coarse filtration, the level-one biochemical zone 34 for being free to fall into biochemical case 27 carries out first order biochemistry
Filtering.The biochemistry case 27 can also have secondary biochemical area 33, and the secondary biochemical area 33 is to biochemical by the first order
The water body of filtering carries out the second level biochemical filtration of the three-level biochemical filtration.Water body is after level-one biochemical zone 34 is handled from first
Bottom perforated plate 30 enters secondary biochemical area 33 and carries out second level biochemical filtration.The biochemistry case 27 can also have three-level life
Change area 32, the water body through second level biochemical filtration enters three-level biochemical zone 32, the three-level life from the second bottom perforated plate 31
Change the third level biochemical filtration that area 32 carries out the water body Jing Guo the second level biochemical filtration triple filter, the three-level
Biochemical zone 32 is equipped with the first water outlet 6 and the second water outlet 7.Air channel 35 is equipped between Microfilter 25 and level-one biochemical zone 34,
It can be adequately oxygenated during so that the water outlet of Microfilter 25 is directly fallen into biochemical case, reduce the oxygenation facility of biochemical case, saved
The about energy, saves investment and operating cost.
In a specific embodiment, the organic matter separator A is by the second water pump 9, the first ejector 10, egg
White matter separator 11, check-valves 12, ozone generator 13, ORP on-line computing models 14 and ORP electrodes 15 form.The organic matter
Separator A fetches water from the second water outlet 7 of the micro-filtration biochemical water quality purifier 5, through first after the supercharging of the second water pump 9
Ejector 10 is handled into Protein Skimmer 11, and treated, and water flows back into the two of micro-filtration biochemical water quality purifier 5
Grade biochemical zone 33, the dosage of ozone are adjusted online by ORP on-line computing models 14, and ORP electrodes 15 are located at protein point
On outlet pipe from device 11.Organic matter separator A fetches water from 32 the second water outlet of bottom 7 of three-level biochemical zone, it is ensured that second
The phenomenon that water pump 9 is not in evacuation, and organic matter separator A fetches water from 32 the second water outlet of bottom 7 of three-level biochemical zone, really
The phenomenon that the second water pump 9 is not in evacuation is protected, in addition organic matter separator A fetches water and flows back into from three-level biochemical zone 32
Secondary biochemical area makes the dissolved oxygen of water in biochemical case effectively be ensured, reduces the oxygenation facility of biochemical case, has saved energy
Source saves investment and operating cost.
In a specific embodiment, the air inlet of first ejector 10 is connected with ozone generator 13,
It is equipped with check-valves 12 in the connecting tube of first ejector 10 and ozone generator 13.
In a specific embodiment, the high pressure oxygen-dissolving apparatus B is by dissolved oxygen tank 16, the second ejector 17, oxygen
Generator 18, DO on-line computing models 19 and DO electrodes 20 form.It presses oxygen-dissolving apparatus B to be provided with dissolved oxygen tank 16, improves dissolved oxygen effect
Rate, and be adjusted online using DO on-line computing models 19, the degree of automation of system is improved, it can effective guarantee aquaculture pond
1 reaches the dissolved oxygen of setting, and can save operating cost.The water body that micro-filtration biochemical water quality purifier 5 is handled well goes out through first
The mouth of a river 6 is pressurized by the first water pump 8, and oxygenation is carried out into high pressure oxygen-dissolving apparatus B, the second ejector 17 of high pressure oxygen-dissolving apparatus B
Air inlet is connected with oxygen generator 18, and the dosage of oxygen is adjusted online by DO on-line computing models 19, DO electrodes 20
It is located on the outlet pipe of dissolved oxygen tank 16.The A settings of organic matter separator use ORP on-line computing models 14, improve system oneself
Dynamicization degree, is adjusted adding for ozone amount online, has not only ensured the safe operation of system, but can save operation at
This.
Water after high pressure oxygen-dissolving apparatus B oxygenation returns to aquaculture pond 1 after 21 temperature adjustment of thermostat.
The present invention provides a kind of energy-efficient circulating water culture systems, and Microfilter is arranged in biochemical upper box part, makes entrance
The water quality of biochemical case is effectively improved, and the water outlet of Microfilter directly falls into biochemical case, simplifies the structure of Microfilter,
Cost is saved, air channel is equipped between Microfilter and level-one biochemical zone in addition, the water outlet of Microfilter is made directly to fall into biochemistry
It can be adequately oxygenated during case, reduce the oxygenation facility of biochemical case, saved the energy, further saved investment and fortune
Row cost；In addition, organic matter separator is fetched water from three-level biochemical zone bottom water outlet, it is ensured that water pump is not in evacuation
Phenomenon, and organic matter separator is fetched water from three-level biochemical zone, biochemical case can be made not only to be used as biochemistry pool, but also as intermediate water storage
Pond saves investment, and further organic matter separator fetches water from three-level biochemical zone and flows back into secondary biochemical area, makes biochemistry
The dissolved oxygen of water is effectively ensured in case, is reduced the oxygenation facility of biochemical case, has been saved the energy, saved investment and fortune
Row cost；In addition, high pressure oxygen-dissolving apparatus is provided with dissolved oxygen tank, improve dissolved oxygen efficiency, and using DO on-line computing models online into
Row adjust, improve the degree of automation of system, can effective guarantee aquaculture pond reach setting dissolved oxygen and save run
Cost, the setting of organic matter separator use ORP on-line computing models, improve the degree of automation of system, the throwing to ozone amount
It adds row to be adjusted online, has not only ensured the safe operation of system, but also operating cost can be saved.
Above-mentioned detailed description is illustrating for one of the present invention practicable embodiment, which is not to limit
The scope of the claims of the present invention is made, all equivalence enforcements or change without departing from carried out by the present invention are intended to be limited solely by the patent model of this case
In enclosing.
Claims (13)
1. a kind of energy-efficient circulating water culture system, the system comprises aquaculture pond (1), micro-filtration biochemical water quality purifiers
(5), organic matter separator (A), high pressure oxygen-dissolving apparatus (B) and thermostat (21),
The aquaculture pond (1) is equipped with face water overflow port (2) and bottom water catch pit (3), to realize effective row of pollutant in water body
Go out；
The micro-filtration biochemical water quality purifier (5) is by Microfilter (25) and biochemical case (27) organic composition, the Microfilter
(25) coarse filtration is carried out to the water body, the biochemistry case (27) carries out three again to the water body filtered by the Microfilter (25)
Grade biochemical filtration；
The organic matter separator (A) carries out separation removal to the organic matter in the water body；
Water after high pressure oxygen-dissolving apparatus (B) oxygenation returns to aquaculture pond (1) after the thermostat (21) temperature adjustment.
2. energy-efficient circulating water culture system as described in claim 1, the micro-filtration biochemical water quality purifier (5) is by micro-
Filter (25) and biochemical case (27) organic composition, the Microfilter (25) are equipped with water inlet (22), sewage draining exit (23), paring chamber
(24), rotary drum motor (26), rotary drum (28), safety guard (29) and backwashing pump (36), the water body enter from water inlet (22)
After paring chamber (24), uniformly flows into and carry out the coarse filtration in rotary drum (28).
3. energy-efficient circulating water culture system as claimed in claim 2, the biochemistry case (27) has level-one biochemical zone
(34), the level-one biochemical zone (34) is to the water after the micro-filtration biochemical water quality purifier (5) carries out the coarse filtration
Body carries out the first order biochemical filtration of the three-level biochemical filtration.
4. energy-efficient circulating water culture system as claimed in claim 3, the biochemistry case (27) has secondary biochemical area
(33), the secondary biochemical area (33) carries out the water body Jing Guo the first order biochemical filtration the of the three-level biochemical filtration
Secondary biochemical filters.
5. energy-efficient circulating water culture system as claimed in claim 4, the biochemistry case (27) has three-level biochemical zone
(32), the three-level biochemical zone (32) carries out the water body Jing Guo the second level biochemical filtration the of the three-level biochemical filtration
Three-level biochemical filtration, the three-level biochemical zone (32) are equipped with the first water outlet (6) and the second water outlet (7).
6. energy-efficient circulating water culture system as claimed in claim 3, the Microfilter (25) and the level-one biochemical zone
(34) air channel (35) is equipped between.
7. energy-efficient circulating water culture system as claimed in claim 4, the water body through the level-one biochemical zone (34) at
After reason the secondary biochemical area (33) is entered from the first bottom perforated plate (30).
8. energy-efficient circulating water culture system as claimed in claim 5, from the after the secondary biochemical area (33) is handled
Two bottom perforated plates (31) enter the three-level biochemical zone (32).
9. energy-efficient circulating water culture system as described in claim 1, the organic matter separator (A) is by the second water pump
(9), the first ejector (10), Protein Skimmer (11), check-valves (12), ozone generator (13), ORP on-line computing models
(14) it is formed with ORP electrodes (15).
10. energy-efficient circulating water culture system as claimed in claim 9, the organic matter separator (A) is from described micro-
The second water outlet (7) water intaking for filtering biochemical water quality purifier (5), through the first ejector (10) after the second water pump (9) supercharging
It is handled into Protein Skimmer (11), the two level life of treated water flows back into micro-filtration biochemical water quality purifier (5)
Change area (33), the dosage of ozone is adjusted online by ORP on-line computing models (14), and ORP electrodes (15) are located at protein
On the outlet pipe of separator (11).
11. energy-efficient circulating water culture system as claimed in claim 10, the first of the organic matter separator (A) penetrates
The air inlet of stream device (10) is connected with ozone generator (13), in the first ejector (10) of the organic matter separator (A)
With in the connecting tube of ozone generator (13) be equipped with check-valves (12).
12. energy-efficient circulating water culture system as claimed in claim 10, the high pressure oxygen-dissolving apparatus (B) is by dissolved oxygen tank
(16), the second ejector (17), oxygen generator (18), DO on-line computing models (19) and DO electrodes (20) composition.
13. energy-efficient circulating water culture system as claimed in claim 12, at the micro-filtration biochemical water quality purifier (5)
The water body managed is pressurized through the first water outlet (6) by the first water pump (8), and oxygenation, high pressure solution are carried out into high pressure oxygen-dissolving apparatus (B)
The air inlet of the second ejector (17) of oxygen device (B) is connected with oxygen generator (18), and the dosage of oxygen is online by DO
Monitor (19) is adjusted online, and DO electrodes (20) are located on the outlet pipe of dissolved oxygen tank (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721739319.1U CN207911809U (en) | 2017-12-13 | 2017-12-13 | A kind of energy-efficient circulating water culture system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721739319.1U CN207911809U (en) | 2017-12-13 | 2017-12-13 | A kind of energy-efficient circulating water culture system |
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| Publication Number | Publication Date |
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| CN207911809U true CN207911809U (en) | 2018-09-28 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113994917A (en) * | 2021-11-26 | 2022-02-01 | 博罗县吴波畜牧水产有限公司 | Land-based internal circulation system for freshwater fish culture and water circulation method |
| CN114057273A (en) * | 2021-11-22 | 2022-02-18 | 三峡大学 | High-solution gas water preparation device, high-solution gas water preparation method and application |
-
2017
- 2017-12-13 CN CN201721739319.1U patent/CN207911809U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114057273A (en) * | 2021-11-22 | 2022-02-18 | 三峡大学 | High-solution gas water preparation device, high-solution gas water preparation method and application |
| CN113994917A (en) * | 2021-11-26 | 2022-02-01 | 博罗县吴波畜牧水产有限公司 | Land-based internal circulation system for freshwater fish culture and water circulation method |
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Address after: 510530 Room 628, 81 Dongyi Second Street, Luogang District, Guangzhou City, Guangdong Province Patentee after: Guangzhou Changchi Environmental Technology Co., Ltd. Address before: 510530 Room 628, 81 Dongyi Second Street, Luogang District, Guangzhou City, Guangdong Province Patentee before: GUANGZHOU CHANG CHI MECHANICAL AND ELECTRICAL EQUIPMENT CO., LTD. |
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