CN209449489U - A kind of environment-friendly type industrial circulating water cultivating system - Google Patents
A kind of environment-friendly type industrial circulating water cultivating system Download PDFInfo
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- CN209449489U CN209449489U CN201822273738.1U CN201822273738U CN209449489U CN 209449489 U CN209449489 U CN 209449489U CN 201822273738 U CN201822273738 U CN 201822273738U CN 209449489 U CN209449489 U CN 209449489U
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Abstract
The utility model discloses a kind of environment-friendly type industrial circulating water cultivating systems, including sequentially connected aquaculture pond, first circulation pump and purification system unit, the treated water outlet of the purification system unit and the water inlet of aquaculture pond connect, and are additionally provided with eddy flow processor between the aquaculture pond and first circulation pump；The wastewater outlet of the eddy flow processor and purification system unit is all connect with a treatment unit for waste water, the treated water outlet of the treatment unit for waste water is connect with the import of purification system unit, a kind of environment-friendly type industrial circulating water cultivating system provided by the utility model, it can guarantee cultivation water requisite quality while avoiding environmental pollution and waste water resource, this circulation cultivation survival rate is high, disease is few, profitable, no pollution to the environment.
Description
Technical field
The utility model relates to technical field of aquaculture more particularly to a kind of environment-friendly type industrial circulating water cultivating system.
Background technique
Aquatile circulating water culture system is a kind of Novel cultivation mode.It is mainly characterized by: at a series of water
Unit is managed by circulating and recovering again after the wastewater treatment generated in aquaculture pond.
It is specifically exactly the purification to remove the noxious pollutants such as residual bait excrement, ammonia nitrogen, nitrite nitrogen in breeding water body
For the purpose of breeding environment, handled using physical filtering, biofiltration, removal CO, disinfection, oxygenation, temperature adjustment etc. by purified water
Body re-enters aquaculture pond.It not only can solve the low problem of water utilization rate, can also provide stabilization for aquaculture organism can
It leans on, comfortable good living environment, provides advantage for high-density breeding.
Existing aquatile circulating water culture system generally uses rotary drum filtering device purifying aquaculture water.However, roller
After used a period of time, since impurity is attached on strainer, cultivation water purifying effect can be deteriorated filter device, and then cause
The deteriorating water quality of cultivation water, it is difficult to meet the needs of cultivation, can only finally replace cultivation water.Therefore, in order to maintain drum filtration
The filter effect of device needs to expend a large amount of water resource and is rinsed to the impurity on strainer, is unfavorable for environmental protection.
Rotary drum filtering device needs to install converter plant also to regulate and control its revolving speed.Since converter plant is easy to damage, rolling
Cylinder filter device needs often to carry out shutdown maintenance, can not be long lasting for work, and then leads to the decline of culture water quality of tank system, band
To lose.
Also, existing circulating water culture system is typically all the rough direct discharging of waste water that will be separated, this meeting
Lead to huge environmental pollution.
Therefore, it is badly in need of a kind of novel circulating water culture system for being able to solve drawbacks described above at present.
Utility model content
The technical problems to be solved in the utility model is the above-mentioned deficiency for the prior art, and providing a kind of can avoid ring
Guarantee cultivation water requisite quality while border pollution and waste water resource, this circulation cultivation survival rate is high, and disease is few, effect
Beneficial good, no pollution to the environment.
The technical solution that the utility model solves above-mentioned technical problem is: a kind of environment-friendly type industrial circulating water cultivating system
System, including sequentially connected aquaculture pond, first circulation pump and purification system unit, the purified water of the purification system unit go out
Mouth is connect with the water inlet of aquaculture pond, is additionally provided with eddy flow processor between the aquaculture pond and first circulation pump；The eddy flow
The wastewater outlet of processor and purification system unit is all connect with a treatment unit for waste water, the purified water of the treatment unit for waste water
Outlet is connect with the import of purification system unit.
As the further improvement of the utility model, the eddy flow processor includes the first swirl cylinder, is socketed in first
The second swirl cylinder outside swirl cylinder, is equipped with the water inlet pipe being connected to aquaculture pond pipeline inside first swirl cylinder, and described the
The top of two swirl cylinders is connected to first circulation pump.
As the further improvement of the utility model, the water inlet pipe is equipped with for supplying water into the first swirl cylinder
One feed water inlet, the center for being directed away from the first swirl cylinder of first feed water inlet；It is set on the side wall of first swirl cylinder
There are the first communicating pipes of several connections the first swirl cylinders and the second swirl cylinder, the first communicating pipe is equipped with for the second swirl cylinder
Second feed water inlet of interior water supply, the center for being directed away from the second swirl cylinder of second feed water inlet.
As the further improvement of the utility model, the treatment unit for waste water includes double-cyclone precipitating filtering dirt collection dress
It sets, the double-cyclone precipitating filtering sewage collection system includes water inlet, clear liquid water outlet and dope water outlet；The clear liquid water outlet
Mouth is successively connected with sedimentation basin and sterilization pool, and the dope water outlet is connected with concentrating and precipitating pond.
As the further improvement of the utility model, the bottom of the sedimentation basin and sterilization pool with concentrating and precipitating pond
It is connected；The described double-cyclone precipitating filtering sewage collection system, concentrating and precipitating pond, sedimentation basin and sterilization pool by successively arranging from high to low
Column arrangement, the concentrating and precipitating pond top are equipped with the return pipe being connected with sedimentation basin top.
As the further improvement of the utility model, the double-cyclone precipitating filtering sewage collection system further includes third rotation
Flow cartridge and the 4th swirl cylinder set on third swirl cylinder internal upper part, the water inlet is connected with the 4th swirl cylinder, and water inlet
Direction deviate the 4th swirl cylinder center.
As the further improvement of the utility model, the clear liquid water outlet is set to the side wall on third swirl cylinder top
On, the dope water outlet be set to third swirl cylinder bottom side, the 4th swirl cylinder lower part be communicated at least one with
Second communicating pipe of third swirl cylinder connection, second communicating pipe are equipped with the feed water inlet for supplying water to third swirl cylinder,
The direction of the feed water inlet deviates the center of third swirl cylinder.
Beneficial effect
Compared with prior art, the advantages of a kind of environment-friendly type industrial circulating water cultivating system of the utility model are as follows:
1, in the present invention, cultivation water before inputting purification system unit by eddy flow processor be divided into waste water and
Purified water；Then, eddy flow processor and purification system unit point are collected before waste water is not rotten according to breeding technique situation
The waste water separated out, waste water are back to purification system unit after treatment unit for waste water is handled.It is replaced by eddy flow processor solid
Liquid centrifuge, cultivation water cyclonic separation impurity can also efficiently separate waste water while reducing energy consumption；Meanwhile wastewater treatment list
Member can will collect the waste water come recycled, separating treatment, and re-inject into purification system unit, reduce waste water
Discharge, also saves water resource while protecting environment.
2, treatment unit for waste water collects the waste water isolated, and by waste water by being divided into clear liquid and dope, clear liquid after processing
Again purification system unit is flowed back into, dope then further concentration, and solid content therein is fabricated to organic fertilizer.It keeps away
Exempt from sewage direct emission bring environmental pollution, while also saving water resource.
3, eddy flow processor is additionally provided between aquaculture pond and first circulation pump, eddy flow processor and purification system unit
Wastewater outlet is all connect with a treatment unit for waste water, and the import of the treated water outlet and purification system unit for the treatment of unit for waste water connects
It connects.To the circular treatment of cultivation water, there is no rely on traditional rotary drum filtering device in the utility model.Therefore, the utility model
Without expending a large amount of water resource in order to maintain the filter effect of rotary drum filtering device and being rinsed to the impurity on strainer, save
About water resource.Meanwhile the case where shutdown maintenance rotary drum filtering device will not occur, whole system can be long lasting for work
Make, culture water quality of tank system is not in decline, avoids loss.
4, the first swirl cylinder and the second swirl cylinder is arranged in the utility model, makes water in the first swirl cylinder and the second swirl cylinder
Eddy flow is carried out respectively, so that solid impurity is gathered in the center of eddy flow using centrifugal force, and pass through gravity natural sedimentation, then
Treatment unit for waste water is drained by the sewage pipe of swirl cylinder bottom, successfully separates waste water.
5, the utility model can be handled waste water before waste water is rotten, and waste water passes through a series of separation of solid and liquid
Afterwards, the dope for leading back in system and recycling again, and separate then can be used for the production of organic fertilizer, reach the skill of zero-emission
Art effect.And handled since waste water extracts in real time, it is such as mechanical, organic in biology processing pond in purification system unit
Situations such as waste can be collected utilization, will not generate blocking eliminates equipment needs and is regularly maintained and cleans.
Through the following description and in conjunction with the attached drawings, the utility model will become more fully apparent, these attached drawings are for explaining this
The embodiment of utility model.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural block diagram of the utility model；
Fig. 2 is the perspective view of the eddy flow processor of the utility model；
Fig. 3 is the perspective view after the barrel of eddy flow processor first swirl cylinder of removal of the utility model；
Fig. 4 is the solid after eddy flow processor first swirl cylinder of removal of the utility model and the barrel of the second swirl cylinder
Figure；
Fig. 5 is the connection schematic diagram in the utility model treatment unit for waste water between each device；
Fig. 6 is the top perspective view of the double-cyclone precipitating filtering sewage collection system of the utility model.
Wherein: 1- aquaculture pond；2- eddy flow processor；The first swirl cylinder of 21-；The second swirl cylinder of 22-；23- water inlet pipe；231-
First feed water inlet；The first sewage sump of 24-；First communicating pipe of 25-；The second feed water inlet 251-；The second sewage sump of 26-；27- first row
Dirt pipe；The second sewage pipe of 28-；29- water supply line；3- counterbalance cell；4- first circulation pump；5- purification system unit；At 6- waste water
Manage unit；61- double-cyclone precipitating filtering sewage collection system；611- water inlet；612- clear liquid water outlet；613- dope water outlet；
614- third swirl cylinder；The 4th swirl cylinder of 615-；Second communicating pipe of 616-；62- concentrating and precipitating pond；63- sedimentation basin；64- disinfection
Pond；65- return pipe；7- second circulation pump.
Specific embodiment
The embodiments of the present invention are described referring now to the drawings.
Embodiment
A kind of environment-friendly type industrial circulating water cultivating system disclosed by the utility model, the cultivation water in aquaculture pond 1 are defeated
Enter purification system unit 5, purified water is back in aquaculture pond 1.Wherein, cultivation water is passed through before inputting purification system unit 5
Eddy flow processor 2 divides for waste water and purified water.Then, it is collected at eddy flow before waste water is not rotten according to breeding technique situation
The waste water that reason device 2 and purification system unit 5 are isolated, waste water are back to purification system list after the processing for the treatment of unit for waste water 6
Member 5.
Solid-liquid centrifugation machine is replaced by eddy flow processor 2, cultivation water cyclonic separation impurity can also while reducing energy consumption
Efficiently separate waste water；Meanwhile treatment unit for waste water 6 can will collect the waste water come recycled, separating treatment, and refill
Into purification system unit 5, reduce the discharge of waste water, also saves water resource while protecting environment.
Meanwhile cultivation water forms eddy flow in eddy flow processor 2, and is divided into waste water and purification under the influence of centrifugal force
Water, waste water input treatment unit for waste water 6, and purified water inputs purification system unit 5.
Treatment unit for waste water 6 collects the waste water isolated, and waste water is divided into clear liquid and dope, and clear liquid flows back into only again
Change system unit 5, dope then further concentration, and solid content therein is fabricated to organic fertilizer.It is straight to avoid sewage
Run in and put bring environmental pollution, while also saving water resource.
Wastewater collection is set as collecting from eddy flow processor 2 and purification system unit 5 every 1~3 hour primary.It avoids
Waste water pollutes eddy flow processor 2 and purification system unit 5 due to not handling for a long time in turn.
Also, in the present invention, purification system unit 5 has carried out precipitating, high speed centrifugation, foam point to cultivation water
From, mechanical filter, biofiltration separation, ultraviolet disinfection and secondary filter.Then, further to cultivation water by hydrotreater
Aeration oxygen replenishing, temperature regulation, microelement adjusting, biology conditioning, PH conditioning and ozonization processing are carried out, and will be processed
Cultivation water afterwards refills in aquaculture pond 1.The cultivation water good purification handled by this series of cycles, thus aquaculture pond
Cultivation water in 1 can accomplish that reciprocation cycle truly utilizes, and saved a large amount of water resource, be conducive to environmental protection
And industrial aquaculture.
Specific structure is as shown in figures 1 to 6: a kind of environment-friendly type industrial circulating water cultivating system, including sequentially connected cultivation
Pond 1, first circulation pump 4 and purification system unit 5, the treated water outlet of purification system unit 5 and the water inlet of aquaculture pond 1 connect
It connects.
Wherein, eddy flow processor 2, eddy flow processor 2 and purification system are additionally provided between aquaculture pond 1 and first circulation pump 4
The wastewater outlet of system unit 5 is all connect with a treatment unit for waste water 6, the treated water outlet and purification system for the treatment of unit for waste water 6
The import of unit 5 connects.
To the circular treatment of cultivation water, there is no rely on traditional rotary drum filtering device in the utility model.Therefore, this reality
With novel without expending a large amount of water resource in order to maintain the filter effect of rotary drum filtering device and being carried out to the impurity on strainer
It rinses, has saved water resource.Meanwhile the case where shutdown maintenance rotary drum filtering device will not occur, when whole system can be long
Between continue working, culture water quality of tank system be not in decline, avoid loss.
Also, eddy flow processor 2 includes the first swirl cylinder 21, the second swirl cylinder being socketed in outside the first swirl cylinder 21
22.It is equipped with the water inlet pipe 23 that be connected to 1 pipeline of aquaculture pond inside first swirl cylinder 21, cultivation water is inputted the by water inlet pipe 23
One swirl cylinder 21.The top of second swirl cylinder 22 is connected to first circulation pump 4, pumps 4 for the second swirl cylinder 22 by first circulation
The purified water on top is input in purification system unit 5.
For this purpose, water inlet pipe 23 is equipped with the first feed water inlet 231 for supplying water into the first swirl cylinder 21, the first feed water inlet
231 center for being directed away from the first swirl cylinder 21 makes the water into the first swirl cylinder 21 form eddy flow, carries out impurity point
From.The side wall of first swirl cylinder 21 is equipped with the first communicating pipe of several connections the first swirl cylinders 21 and the second swirl cylinder 22
25, the purified water in the first swirl cylinder 21 is introduced by the second swirl cylinder 22 by the first communicating pipe 25.First communicating pipe 25 was equipped with
The second feed water inlet 251 for supplying water into the second swirl cylinder 22, the second feed water inlet 251 are directed away from the second swirl cylinder 22
Center makes the water into the second swirl cylinder 22 form eddy flow, the separation of further progress impurity.
The first sewage sump 24 being connected with the first swirl cylinder 21, the second swirl cylinder are equipped in the bottom of the first swirl cylinder 21
22 bottom is equipped with the second sewage sump 26 being connected with the second swirl cylinder 22.In the first swirl cylinder 21 and the second swirl cylinder 22
It is deposited in sewage sump downwards by what cyclonic separation came out containing more polymictic waste water.In order to handle these waste water, first
Sewage sump 24 is connect by the first sewage pipe 27 with treatment unit for waste water 6, and the second sewage sump 26 is by the second sewage pipe 28 and gives up
Water treatment unit 6 connects.
The first swirl cylinder 21 and the second swirl cylinder 22 is arranged in the utility model, makes water in the first swirl cylinder 21 and the second eddy flow
Eddy flow is carried out respectively in cylinder 22, so that solid impurity is gathered in the center of eddy flow using centrifugal force.And it is naturally heavy by gravity
It forms sediment, treatment unit for waste water 6 is then drained by the sewage pipe of swirl cylinder bottom.Waste water is arranged by 6 double-cyclone for the treatment of unit for waste water
Except solid impurity, the utility model is enable to efficiently separate the solid impurity in water, there is good clean effect.
Waste water after treatment unit for waste water processing 6 can be further separated into the impurity and purified water of high concentration.
High concentration impurities can be used as organic fertilizer material and use, and purified water then re-enters in purification system unit 5, so that originally practical can
Cultivation water is utilized to greatest extent, is reduced discharge of wastewater, is protected environment.
In addition, the treatment unit for waste water 6 in the utility model includes double-cyclone precipitating filtering sewage collection system 61, double-cyclone is heavy
Filtering sewage collection system 61 of forming sediment includes water inlet 611, clear liquid water outlet 612 and dope water outlet 613.Clear liquid water outlet 612 is successively
It is connected with sedimentation basin 63 and sterilization pool 64, dope water outlet 613 is connected with concentrating and precipitating pond 62.It is set by the cleverly chain of rings
Meter, waste water autonomous flow can pass through each device, the significant effect of separation of solid and liquid, and most of processing side using machinery
Formula greatly reduces processing cost.
The bottom of sedimentation basin 63 and sterilization pool 64 is connected with concentrating and precipitating pond 62, double-cyclone precipitating filtering sewage collection system
61, concentrating and precipitating pond 62, sedimentation basin 63 and sterilization pool 64 are equipped with by arrangement, 62 top of concentrating and precipitating pond is arranged successively from high to low
The return pipe 65 being connected with 63 top of sedimentation basin.
Double-cyclone precipitating filtering sewage collection system 61, is to reach effective using the principle of waste water from top to bottom cyclone sediment
The separation of dope and clear liquid reduces the cost of wastewater treatment.When double-cyclone precipitating filtering 61 bottom of sewage collection system savings is denseer
Sediment after, can introduce concentrating and precipitating pond 62 and as production organic fertilizer dope.64 bottom of sedimentation basin 63 and sterilization pool
The debirs of portion's savings can also be introduced into concentrating and precipitating pond 62 precipitating carried out again.And the upper layer in concentrating and precipitating pond 62 is clear
Liquid can introduce sedimentation basin 63 again and form circulation, further reach the separation of clear liquid and dope, be different from existing aquaculture pond waste water
Processing method further realizes the effect of zero-emission.
Double-cyclone precipitating filtering sewage collection system 61 further include third swirl cylinder 614 and be set to 614 internal upper part of third swirl cylinder
The 4th swirl cylinder 615, water inlet 611 is connected with the 4th swirl cylinder 615, and the direction of water inlet 611 deviates the 4th eddy flow
The center of cylinder 615.Clear liquid water outlet 612 is set on the side wall on 614 top of third swirl cylinder, and dope water outlet 613 is set to
The bottom side of third swirl cylinder 614.4th swirl cylinder, 615 lower part is communicated at least one is connected to third swirl cylinder 614 second
Communicating pipe 616, it is equipped with feed water inlet for supplying water to third swirl cylinder 614 the second communicating pipe 616, the direction deviation of feed water inlet the
The center of three swirl cylinders 614.
Double-cyclone precipitating filtering sewage collection system 61 is the set-up mode with pipeline opening and makes formation eddy flow device inside, is protecting
Driving electric energy is saved while demonstrate,proving the effect of cyclone sediment.Waste water is led to the 4th rotation on top by water inlet 611 from bottom of device
Flow cartridge 615 is formed by the eddy flow in the 4th swirl cylinder 615, and dope focuses on swirl center.Then, from the second communicating pipe 616
Into third swirl cylinder 614, dope come out from the second communicating pipe 616 after to bottom precipitation, by dope water outlet 613 by hydraulic pressure pressure
Enter in concentrating and precipitating pond 62.Clear liquid is then discharged from clear liquid water outlet 612, and enters sedimentation basin 63, continues the disinfection of next step
Pond 64 etc..
The utility model can be handled waste water before waste water is rotten.Waste water after a series of separation of solid and liquid,
Again the dope for leading back in system and recycling, and separate then can be used for the production of organic fertilizer, reach the technology of zero-emission
Effect.And handled since waste water extracts in real time, it is such as mechanical, organic in biology processing pond in purification system unit 5
Situations such as waste can be collected utilization, will not generate blocking eliminates equipment needs and is regularly maintained and cleans.
In the present embodiment, it should be noted that:
First circulation pump 4 can be one, is also possible to multiple first circulations and pumps 4 parallel combinations, forms a pump group.
It is additionally provided between treatment unit for waste water 6 and purification system unit 5 for inputting purified water in purification system unit 5
Second circulation pump 7.
When aquaculture pond 1 is that multiple individual aquaculture ponds 1 are combined, also needed between eddy flow processor 2 and pump group
It is provided with counterbalance cell 3.
Water inlet pipe 23 is connected to by water supply line 29 with 1 pipeline of aquaculture pond.
The lower part of third swirl cylinder 614 and the 4th swirl cylinder 615 is in infundibulate.Due to forming eddy flow, dope can be concentrated
To swirl center, then funnel shaped lower part can make distance of the water from center to lower part be less than the distance from side wall to lower part, from
And dope is made to be easier to focus on lower layer.It is arranged several the second communicating pipe 616, and around the centre bit of the 4th swirl cylinder 615
Set the outside for being evenly distributed on the 4th swirl cylinder 615.Such setting can allow waste water initial gross separation in the 4th swirl cylinder 615 to go out
Dope be introduced into third swirl cylinder 614, the subjacent waters of third swirl cylinder 614 then can be preferentially filled, until clear liquid is from
After four swirl cylinders 615 enter third swirl cylinder 614, it directly can enter sedimentation basin 63 from clear liquid water outlet 612 and carry out third time
Precipitating filtering, until last outflow is back to use in the cleaning treatment system of aquaculture pond.
Combine most preferred embodiment that the utility model is described above, but the utility model is not limited to above take off
The embodiment shown, and modification, equivalent row conjunction that various essence according to the present utility model carry out should be covered.
Claims (7)
1. a kind of environment-friendly type industrial circulating water cultivating system, including sequentially connected aquaculture pond (1), first circulation pump (4) with
And purification system unit (5), the treated water outlet of the purification system unit (5) are connect with the water inlet of aquaculture pond (1), it is special
Sign is, is additionally provided with eddy flow processor (2) between the aquaculture pond (1) and first circulation pump (4)；The eddy flow processor
(2) it is all connect with a treatment unit for waste water (6) with the wastewater outlet of purification system unit (5), the treatment unit for waste water (6)
Treated water outlet is connect with the import of purification system unit (5).
2. a kind of environment-friendly type industrial circulating water cultivating system according to claim 1, which is characterized in that at the eddy flow
Reason device (2) includes the first swirl cylinder (21), is socketed in external the second swirl cylinder (22) of the first swirl cylinder (21), first rotation
It is equipped with the water inlet pipe (23) be connected to aquaculture pond (1) pipeline inside flow cartridge (21), the top of second swirl cylinder (22) and the
One circulating pump (4) connection.
3. a kind of environment-friendly type industrial circulating water cultivating system according to claim 2, which is characterized in that the water inlet pipe
(23) the first feed water inlet (231) for supplying water into the first swirl cylinder (21), the court of first feed water inlet (231) are equipped with
To the center far from the first swirl cylinder (21)；The side wall of first swirl cylinder (21) is equipped with several the first swirl cylinders of connection
(21) it is equipped with first communicating pipe (25) of the second swirl cylinder (22), the first communicating pipe (25) for into the second swirl cylinder (22)
The second feed water inlet (251) supplied water, the centre bit for being directed away from the second swirl cylinder (22) of second feed water inlet (251)
It sets.
4. a kind of environment-friendly type industrial circulating water cultivating system according to claim 1, which is characterized in that at the waste water
Reason unit (6) includes double-cyclone precipitating filtering sewage collection system (61), and double-cyclone precipitating filtering sewage collection system (61) includes
Water inlet (611), clear liquid water outlet (612) and dope water outlet (613)；The clear liquid water outlet (612) successively with sedimentation basin
(63) it is connected with sterilization pool (64), the dope water outlet (613) is connected with concentrating and precipitating pond (62).
5. a kind of environment-friendly type industrial circulating water cultivating system according to claim 4, which is characterized in that the precipitating
Pond (63) and the bottom of sterilization pool (64) are connected with concentrating and precipitating pond (62)；The double-cyclone precipitating filtering sewage collection system
(61), by arrangement is arranged successively from high to low, the concentration is heavy for concentrating and precipitating pond (62), sedimentation basin (63) and sterilization pool (64)
Shallow lake pond (62) top is equipped with the return pipe (65) being connected with sedimentation basin (63) top.
6. a kind of environment-friendly type industrial circulating water cultivating system according to claim 4 or 5, which is characterized in that described is double
Cyclone sediment filtering sewage collection system (61) further includes third swirl cylinder (614) and is set to the of third swirl cylinder (614) internal upper part
Four swirl cylinders (615), the water inlet (611) are connected with the 4th swirl cylinder (615), and the direction of water inlet (611) deviates
The center of 4th swirl cylinder (615).
7. a kind of environment-friendly type industrial circulating water cultivating system according to claim 6, which is characterized in that the clear liquid goes out
The mouth of a river (612) is set on the side wall on third swirl cylinder (614) top, and the dope water outlet (613) is set to third swirl cylinder
(614) bottom side, the 4th described swirl cylinder (615) lower part are communicated with that at least one is connected to third swirl cylinder (614)
Two communicating pipes (616) it is equipped with the feed water inlet for supplying water to third swirl cylinder (614) second communicating pipe (616), it is described
Feed water inlet direction deviate third swirl cylinder (614) center.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822273738.1U CN209449489U (en) | 2018-12-29 | 2018-12-29 | A kind of environment-friendly type industrial circulating water cultivating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822273738.1U CN209449489U (en) | 2018-12-29 | 2018-12-29 | A kind of environment-friendly type industrial circulating water cultivating system |
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| Publication Number | Publication Date |
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| CN209449489U true CN209449489U (en) | 2019-10-01 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109619017A (en) * | 2018-12-29 | 2019-04-16 | 广州创领水产科技有限公司 | A kind of environment-friendly type industrial circulating water cultivating technology and system |
| CN113875680A (en) * | 2021-11-03 | 2022-01-04 | 广东海洋大学 | Simple economic experimental circulating water culture system and culture process thereof |
-
2018
- 2018-12-29 CN CN201822273738.1U patent/CN209449489U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109619017A (en) * | 2018-12-29 | 2019-04-16 | 广州创领水产科技有限公司 | A kind of environment-friendly type industrial circulating water cultivating technology and system |
| CN113875680A (en) * | 2021-11-03 | 2022-01-04 | 广东海洋大学 | Simple economic experimental circulating water culture system and culture process thereof |
| CN113875680B (en) * | 2021-11-03 | 2023-12-15 | 广东海洋大学 | Simple economic experiment type circulating water culture system and culture process thereof |
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