CN208402896U - A kind of aquaculture ecosystem - Google Patents
A kind of aquaculture ecosystem Download PDFInfo
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- CN208402896U CN208402896U CN201820718551.5U CN201820718551U CN208402896U CN 208402896 U CN208402896 U CN 208402896U CN 201820718551 U CN201820718551 U CN 201820718551U CN 208402896 U CN208402896 U CN 208402896U
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- aquaculture
- clear water
- pond
- net cage
- water reserviors
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
Abstract
The utility model relates to technical field of aquaculture, specifically a kind of aquaculture ecosystem, wherein aquaculture pond is set in clear water reserviors, biological sand filter is equipped on the outside of clear water reserviors, aquaculture pond includes aquaculture net cage and floating drum, wherein floating drum is equipped with the water interface communicated with clear water reserviors, aquaculture net cage is equipped with the clear water entrance communicated with clear water reserviors, and the clear water inlet is equipped with clear water pipe valve, aquaculture net cage is equipped with sewage draining exit, and the sewage draining exit passes through pipeline respectively and is connected with biological sand filter and excretion waste pond, biological sand filter is communicated with the clear water reserviors, the aerator being connected with high pressure gas holder is equipped in aquaculture net cage, floating drum is equipped with gas interface, and the gas interface is connected with the air delivering pipeline, pipe valve on each pipeline is controlled by control system.The utility model is integrated with multiple process flows in aquaculture, embodies the technology linkage of links, improves water treatment efficiency and quality, and be conducive to application.
Description
Technical field
The utility model relates to technical field of aquaculture, specifically a kind of aquaculture ecosystem.
Background technique
Aquaculture is the important people's livelihood industry in China, and aquaculture largely uses cage culture early period, can be effectively sharp
It with natural water areas such as ocean and lakes, realizes that fish concentrate high-density breeding, so as to harvest a large amount of Fishery product, enriches
The dining table of common people, improves quality of the life.But in the way of the open cage culture of ocean and water body in lake, due to raising
Concentration is compared in the organic contaminations source such as material and fish excrement, and directly externally discharge can be more than that natural water area pollutes digestion capability, causes to support
The main reason for growing surrounding body eutrophication, becoming the environmental pollution of aquaculture concentrated area, water quality deterioration, high-incidence disease,
It causes the propagated diffusion of fish disease again in turn, restricts aquatic products and fish production.
The circulating water culture system for constructing a kind of restoration of the ecosystem, become aquaculture and development is laid equal stress in environmental protection must be by
Road.The maximum feature of industrial circulating water cultivating mode is that aquiculture sewerage is reached by filtering, biological treatment, sterilization processing
It is recycled after mark, without external pollutant blowdown, is saving water resource and the energy simultaneously, also reducing the mistake to external aqueous environment
Degree relies on, and is conducive to prevent and treat and obstruct the propagation of fish disease.It is reported that industrialized aquiculture has been that foreign countries obtain generally
High praise and widely used standardization aquatic products production model.China relevant industries expert, which is also studying always, is suitble to China's popularization
Recirculated water industrial aquaculture mode, forms a large amount of research paper and patent achievement." Chinese Fishery " the 6th phase " work in 2017
Factory's circulating water cultivation present Research and application prospect " as soon as in text, summarize the technology of industrial aquaculture process water process into
Step and application achievements." fishery modernization " the 4th phase in 2006 " circulating seawer fish culture water purification technology in batch production " one
Wen Zhong just summarizes universally recognized precipitating in industry, filters, the closed circulation water process of biodegradable nitrogen phosphorus and sterilization processing
Process flow and implementation result.On this basis, more scientific achievements are then embodied in produces for different breeding object pollution source
Raw feature, constantly improve high-performance bio degradation technique to the sewage treatment actual effect of different content, such as " water treatment technology " 2017
Just for the biodegradable processing side of cultivation water in 8th phase " A/O Biological Contact Oxidation Process handles marine culture wastewater " text
Method and effect are studied." water treatment technology " the 1st phase in 2017 " progress of MBR process marine culture wastewater " one
Then the effect of the biologic treating technique of membrane material is studied in text, and domestic patent is then mostly focused on cultivation apparatus
Local improvement.
On the whole, recirculated water industrial aquaculture sewerage disposing needs the base in the Ecological Disposal for ensureing full process stream journey
On plinth, the water process efficiency of single processing unit is respectively increased, to obtain the optimum efficiency of aquiculture recycled water processing.?
During this, strengthens energy-saving and implement convenient for batch production, can just obtain practicability effect.In process flow, pass through
Technical matters and matching equipment innovation, categorised collection, precipitating, biodegrade abatement nitrogen phosphorus, filtration, purification and the water body of pollution sources
The effective linkage for sterilizing several links, just can ensure that the promotion of overall effect and the stability of water quality, and relies on and efficiently to equip
System integration technology is whether determining this technology can be able to the key point promoted.
Utility model content
The purpose of this utility model is to provide a kind of aquaculture ecosystem, systematic to be integrated with aquaculture useless
Gurry categorised collection, solid waste precipitate biology abatement, filtering and the sterilization process of centralized processing, recirculated water organic matter, preferably body
The technology linkage for having showed classification of pollutant processing, biodegradation process and filtration, purification link, substantially increases circulating water treatment
Effect and quality, and design arrangement is compact controllable, recirculated water biological stability is more preferable, and process energy conservation consumption reduction, control cost is lower,
Have preferable industrial technology replicability, is more advantageous to the application of product and technology.
The purpose of this utility model is achieved through the following technical solutions:
A kind of aquaculture ecosystem, including aquaculture pond, clear water reserviors, excretion waste pond, biological sand filter and control
System processed, aquaculture pond are set in clear water reserviors, and biological sand filter is equipped on the outside of clear water reserviors, and the aquaculture pond includes
Aquaculture net cage and floating drum, wherein floating drum is equipped with the water interface that communicates with the clear water reserviors, the aquaculture net cage be equipped with it is clear
The clear water entrance that pond communicates, and the clear water inlet is equipped with the clear water pipe valve controlled by control system, the culturing net
Case is equipped with sewage draining exit, and the sewage draining exit is connected by plumbing drain with biological sand filter input terminal, biological sand filter output
End is communicated with the clear water reserviors, and the sewage draining exit passes through drain line simultaneously and is connected with excretion waste pond, in the aquaculture net cage
It is interior to be equipped with aerator, and the aerator is connected by air delivering pipeline with high pressure gas holder, the floating drum is equipped with gas interface,
And the gas interface is connected with the air delivering pipeline, the plumbing drain, air delivering pipeline, is all provided on aerator drain line
There is the pipe valve controlled by control system.
By separating every sand net between the clear water reserviors and biological sand filter, the biological sand filter includes blowdown area, drop
Xie Qu and settling section, the sewage draining exit on the aquaculture net cage are connected by plumbing drain with the blowdown area, the settling section
It is communicated with the clear water reserviors.
The partition for being equipped with microorganism enrichment net in the degradation area and being staggered, the settling section is interior to be equipped with sand filter blanket,
And water reenters in clear water reserviors after sand net by sand filter blanket and passing through.
Liquid-level floater controller is equipped in the aquaculture net cage, the liquid-level floater controller passes through route and the control
System is connected.
The sewage draining exit is that lower necking is tubaeform, and arresting net is equipped at the sewage draining exit.
Water quality detecting device and bactericidal unit are installed, the water quality detecting device and bactericidal unit are equal in the clear water reserviors
It is connected by route with the control system.
The outlet of the high pressure gas holder is equipped with gas heater, and the excretion waste pond connects sludge pump.
The water-bed support base for limiting aquaculture pond submerged depth is equipped in the clear water reserviors.
The plumbing drain is equipped with blowdown pipe valve, and the drain line, which is equipped with, drains pipe valve, on the air delivering pipeline
Equipped with gas transmission pipe valve, the aerator is equipped with aeration pipe valve, and each pipe valve passes through control system control.
A kind of control method according to the aquaculture ecosystem, aquaculture pond float or when dives, appendix
Valve is opened, and when closing aeration pipe valve, until aquaculture pond floats in the gas input floating drum in high pressure gas holder, opens aeration tube
When valve, gas flow aerator in floating drum, while the water in clear water reserviors flows into floating drum until aquaculture pond dive；
When waste is discharged in aquaculture net cage, if the water surface of aquaculture net cage is lower than the liquid level in excretion waste pond, first floating aquatic product
Aquaculture pond opens excretion pipe valve after the aquaculture net cage water surface is higher than the liquid level in excretion waste pond；
In aquaculture net cage when sewage discharge, if the water surface of aquaculture net cage is lower than the biological sand filter water surface, first floating aquatic product is supported
Pond is grown, after the water surface of aquaculture net cage is higher than the biological sand filter water surface, opens blowdown pipe valve；
In aquaculture net cage when supplement clear water, if the water surface in aquaculture net cage is higher than the clear water reserviors water surface, first dive aquatic products is supported
Pond is grown, after the water surface of aquaculture net cage is lower than the clear water reserviors water surface, opens clear water pipe valve.
The advantages of the utility model and good effect are as follows:
1, Cultivated water and extraneous segmentation are independent ecological internal circulation culture zone, clear water reserviors, biology by the utility model
Sand filter and aquaculture net cage form ecological circulation purification function system, not only realize and are effectively isolated between each mac function, and
And effective linking is also achieved, source of sewage is able to continuing purge and recycles, and realizes zero emission, can be according to biology
The water solubility and the water-insoluble total amount of pollutant that cultivation amount and breeding process generate, the water capacity size of each blockette of rational allocation
With illumination and keeping condition, effective unification that aquaculture organism amount and ecological circulation are administered is realized.
2, the utility model utilizes spar structures, and the external discharge and clear water for realizing motorless aquaculture net cage sewage are mended
It filling, energy saving of system can be grasped, and it is simple and easy to control, it is promoted convenient for actual use.
3, the case where the utility model is according to different wastes, the profession that design has excretion waste pond to realize high concentration solid waste
Processing alleviates biological sand filter processing all soluble and insoluble solid waste organic pollutant burdens.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model,
Fig. 2 is A-A sectional schematic diagram in Fig. 1,
Fig. 3 is the utility model each section connection relationship diagram.
1, aquaculture net cage；11, liquid-level floater controller；12, clear water pipe valve；13, sewage draining exit；14, aerator；15, it exposes
Tracheae valve；16, aeration tube；17, aeration head；
2, floating drum；21, water interface；22, gas interface；
3, clear water reserviors；
4, waste pond is drained；41, pipe valve is drained；
5, biological sand filter；51, blowdown pipe valve；52, sand filter blanket；53, partition；54, blowdown area；55, degrade area；56 clarifications
Area；57, microorganism is enriched with net；58, every sand net；59, endplate；
6, high pressure gas holder；61, gas transmission pipe valve；
7, control system；
8, aquaculture pond bracket；
91, drain line, 92, plumbing drain, 93 be air delivering pipeline.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
As shown in Figures 1 to 3, the utility model includes aquaculture pond, clear water reserviors 3, excretion waste pond 4, biological sand filter
5, high pressure gas holder 6 and control system 7, the aquaculture pond are liftably set in clear water reserviors 3, are set on the outside of clear water reserviors 3
There is biological sand filter 5.
As shown in Figures 1 to 3, the aquaculture pond includes aquaculture net cage 1 and floating drum 2, and floating drum 2 is set to aquaculture net cage
1 downside, as shown in figure 3, being equipped with the water interface 21 communicated with the clear water reserviors 3,1 bottom of aquaculture net cage on the downside of the floating drum 2
Portion side is equipped with the clear water entrance communicated with clear water reserviors 3, and is equipped with clear water pipe valve 12 in the clear water inlet, in addition cultivates
Sewage draining exit 13 is equipped on the downside of net cage 1, the sewage draining exit 13 is connected by plumbing drain 92 with 5 input terminal of biological sand filter, sewage
Enter in biological sand filter 5 via the plumbing drain 92, the sewage draining exit 13 passes through drain line 91 and exterior simultaneously
Excretion waste pond 4 be connected, the waste of deposition enters in excretion waste pond 4 via the drain line 91, and biological sand filter 5 is defeated
Outlet is communicated with the clear water reserviors 3, and sewage back flows back into clear water reserviors 3 after the filtering of biological sand filter 5.
As shown in Figures 1 to 3, aerator 14 is equipped in aquaculture net cage 1, the aerator 14 includes multiple aeration tubes
16, several aeration heads 17 are evenly equipped on each aeration tube 16, high pressure gas holder 6 is set to exterior and by air delivering pipeline 93
It is connected with the aeration tube 16, as shown in figure 3,2 side of the floating drum is equipped with gas interface 22, and the gas interface 22 passes through pipeline
It is connected with the air delivering pipeline 93.In the present embodiment, the 14 preferred microporous aeration tube of aerator or aeration head.
As shown in Figures 1 to 3, liquid-level floater controller 11 is equipped in aquaculture net cage 1, the liquid-level floater controller 11 is logical
It crosses route to be connected with the control system 7, blowdown pipe valve 51 is equipped on the plumbing drain 92, when system works, by described
Liquid level signal in aquaculture net cage 1 is sent to control system 7 by liquid-level floater controller 11, and control system 7 issues instruction and opens
Or the clear water pipe valve 12 closed the blowdown pipe valve 51 and be set to 1 supernatant water inlet of aquaculture net cage, to realize to feeding
It grows supplement clear water in net cage 1 or sewage operations is externally discharged.In addition as shown in figure 3, being equipped with excretion on the drain line 91
Pipe valve 41 is equipped with gas transmission pipe valve 61 on the air delivering pipeline 93, and aeration pipe valve 15, the row are equipped in the aeration tube 16
Pipe valve 41, gas transmission pipe valve 61, aeration pipe valve 15 is let out to be connected with the control system 7 and by route by the control system
7 control opening and closings.The control system 7, each pipe valve and liquid-level floater controller 11 are techniques well known and are city
Purchase product.
As shown in Figures 1 to 3,3 exterior portion of clear water reserviors or all close to the biological sand filter 5, the clear water reserviors 3 with it is raw
By separating every sand net 58 between object sand filter 5, require to be drawn according to sewage treatment biodegrade technique inside biological sand filter 5
It is divided into blowdown area 54, degradation area 55 and settling section 56, as shown in Figure 1, between the blowdown area 54, degradation area 55 and settling section 56
It is separated by endplate 59, the sewage draining exit 13 of 1 downside of aquaculture net cage is connected by plumbing drain 92 with the blowdown area 54
Logical, sewage successively passes through the blowdown area 54, degradation area 55 and settling section 56 after entering, and is equipped with staggeredly in the degradation area 55
In addition the partition 53 of setting is additionally provided with microorganism enrichment net 57 to improve degradation and the clarifying effect of sewage in degradation area 55,
And the microorganism enrichment reciprocal bending of net 57 is set between the partition 53 being staggered, with improve micro organism quantity and
Enhanced biodegradation effect is equipped with sand filter blanket 52 in settling section 56, and processed sewage passes through sand filter blanket in biological sand filter 5
It 52 and passes through and is reentered after sand net 58 in clear water reserviors 3, in addition a certain amount of aquatic plant of cultivation in the biological sand filter 5
Object, to improve the speed of organic pollutant degradation.
In the present embodiment, the aquaculture net cage 1 be non-seepy material be made comprising four side wall surfaces and bottom surface
Upper opening container.The microorganism enrichment net 57 is porous plate, flexible knitting net, flexible floatation band, hard mesh grid, bobbles
Or the microorganism of baton round composition is easy to the material or structure of attachment.The sand filter blanket 52 requires to determine sand bed according to water treatment
Granular size and burial depth quickly reduce the ability of nitrogen phosphorus and granule foreign in sewage with raising, in addition the sand filter blanket 52
Interface port towards clear water reserviors 3 is provided with resistance sand fine-structure mesh or tubular drainage channel.The floating drum 2 is plastics or metal material system
The rigidity or flexible closure box-type container made.
The sewage draining exit 13 is that lower necking is tubaeform, convenient for the solid residue that settles in aquaculture net cage 1 to sewage draining exit 13
In addition deposition is equipped with arresting net at the sewage draining exit 13, prevents aquaculture organism from going out aquaculture net cage 1 with water flow.
Water quality detecting device and bactericidal unit, the water quality detecting device and bactericidal unit are installed in the clear water reserviors 3
It is connected by route with the control system 7, control system 7 detects variation of water according to water quality detecting device, and controls
System starting bactericidal unit operation, controls the quantity of poisonous and harmful germ in cleansing and recycling water.In the present embodiment, the water quality detection
Device is water quality sensor, and the bactericidal unit can be ultraviolet lamp bactericidal unit, ozone generator, chemicals dosing plant or microwave hair
One of raw device.The water quality detecting device and bactericidal unit are techniques well known and are commercial products.
The outlet of the high pressure gas holder 6 installs gas heater additional, to improve breeding water body temperature by improving gas temperature.
The gas heater is techniques well known and is commercial products.
The excretion waste pond 4 connects sludge pump, and waste, which is entered by the sludge pumping action via drain line 91, arranges
It lets out in waste pond 4, while the sludge pump will collect the SOLID ORGANICs such as the biological excrement in excretion waste pond 4 and food debris
Waste is transported to dedicated bio-feritlizer manufacturing device, prepares bio-feritlizer, or prepare biogas by anaerobic fermentation, is
Breeding process provides the energy.
The aquaculture net cage 1 and floating drum 2 are connected by aquaculture pond bracket 8, guarantee that aquaculture net cage 1 and 2 one of floating drum are vertical
Lifting, is in addition provided with limited support of the water-bed support base as aquaculture pond dive limit depth in the clear water reserviors 3.
The working principle of the utility model are as follows:
The specific control process of the utility model is as follows:
A. the floating of aquaculture pond and dive operation control: the gas transmission on air delivering pipeline 93 is opened in the control of control system 7
Pipe valve 61 simultaneously closes off the aeration pipe valve 15 on aeration tube 16, at this time in the gas input floating drum 2 in high pressure gas holder 6, is expelled from
Water in floating drum 2, water are flowed into clear water reserviors 3 by the water interface 21 of the downside of floating drum 2, and the buoyancy of entire aquaculture pond is gradually at this time
Increase, after the buoyancy of aquaculture pond is greater than its weight, aquaculture pond floats.After opening aeration pipe valve 15, in floating drum 2
Gas flows to the aerator 14 in aquaculture net cage 1 via aeration pipe valve 15, and 2 external water source of floating drum pours in floating drum by water interface 21
2, the buoyancy decline of aquaculture pond, after the buoyancy of aquaculture pond is less than its weight, aquaculture pond starts dive；Work as water
When producing the buoyancy and weight balancing of aquaculture pond, aquaculture pond is at the equilibrium state to suspend in mid air.
B. waste discharge control in aquaculture net cage 1: the waste in aquaculture net cage 1 is mainly derived from the excrement and food of fish
Residue, these waste solid residues can gradually be deposited in the bottom of aquaculture net cage 1, and assemble and deposit to sewage draining exit 13.It is arranging
When letting out the water surface of 4 liquid level of waste pond lower than aquaculture net cage 1, the waste solid that excretion pipe valve 41 will be deposited in sewage draining exit 13 is opened
Residue is discharged into excretion waste pond 4；If the water surface of aquaculture net cage 1 is lower than the liquid level for draining waste pond 4, pass through floating aquatic product
Aquaculture pond after realizing that 1 water surface of aquaculture net cage is higher than the liquid level in excretion waste pond 4, is then turned on excretion pipe valve 41 and implements waste discharge
Control.
C. sewage discharge controls in aquaculture net cage 1: water is through breeding process after a period of time, waste in aquaculture net cage 1
Accumulation will lead to water pollutant content increase, need that sewage periodically is discharged, and supplement new purified water to improve culturing net
The water quality of case 1.When sewerage, if the water surface of aquaculture net cage 1 is lower than 5 blowdown area of biological sand filter, 54 water surface, first floating aquatic product
Aquaculture pond opens blowdown pipe valve 51, aquaculture net cage after the water surface of aquaculture net cage 1 is higher than 5 54 water surface of blowdown area of biological sand filter
High water level sewage in 1 is discharged to the 5 blowdown area 54 of biological sand filter of low water level；
D. supplement clear water control in aquaculture net cage 1: when supplement clear water, if the water surface in aquaculture net cage 1 is higher than clear water reserviors 3
The water surface, first dive aquaculture pond open clear water pipe valve 12, clear water when the water surface of aquaculture net cage 1 is lower than 3 water surface of clear water reserviors
High water level clean water in pond 3 flows into the aquaculture net cage 1 of low water level, realizes to aquaculture net cage 1 and supplements clear water process, until setting
Water level；
E. change of water quality in clear water reserviors 3 is monitored, sterilizes as necessary by starting bactericidal unit to clear water reserviors 3, adjusts clear water
Water stabilization is up to standard in pond 3.
Claims (9)
1. a kind of aquaculture ecosystem, it is characterised in that: including aquaculture pond, clear water reserviors (3), excretion waste pond (4),
Biological sand filter (5) and control system (7), aquaculture pond are set in clear water reserviors (3), and life is equipped on the outside of clear water reserviors (3)
Object sand filter (5), the aquaculture pond include aquaculture net cage (1) and floating drum (2), wherein floating drum (2) be equipped with it is described clear
The water interface (21) that pond (3) communicates, the aquaculture net cage (1) are equipped with the clear water entrance communicated with clear water reserviors (3), and described
Clear water inlet is equipped with the clear water pipe valve (12) controlled by control system (7), and the aquaculture net cage (1) is equipped with sewage draining exit
(13), and the sewage draining exit (13) is connected by plumbing drain (92) with biological sand filter (5) input terminal, biological sand filter (5)
Output end is communicated with the clear water reserviors (3), and the sewage draining exit (13) passes through drain line (91) and excretion waste pond (4) phase simultaneously
Connect, be equipped with aerator (14) in the aquaculture net cage (1), and the aerator (14) passes through air delivering pipeline (93) and height
Calming the anger, tank (6) are connected, and the floating drum (2) is equipped with gas interface (22), and the gas interface (22) and the air delivering pipeline (93)
It is connected, the plumbing drain (92), air delivering pipeline (93), is equipped on aerator (14) and passes through control drain line (91)
The pipe valve of system (7) control.
2. the aquaculture ecosystem according to claim 1, it is characterised in that: the clear water reserviors (3) and Biological Sand Filtration
By separating every sand net (58) between pond (5), the biological sand filter (5) includes blowdown area (54), degradation area (55) and clarifies
Area (56), the sewage draining exit (13) on the aquaculture net cage (1) are connected by plumbing drain (92) with the blowdown area (54), institute
Settling section (56) is stated to communicate with the clear water reserviors (3).
3. the aquaculture ecosystem according to claim 2, it is characterised in that: be equipped with micro- life in the degradation area (55)
Object enrichment net (57) and the partition (53) being staggered, the settling section (56) is interior to be equipped with sand filter blanket (52), and water passes through sand filtration
Layer (52) and pass through reentered after sand net (58) in clear water reserviors (3).
4. the aquaculture ecosystem according to claim 1, it is characterised in that: be equipped with liquid in the aquaculture net cage (1)
Position float control (11), the liquid-level floater controller (11) are connected by route with the control system (7).
5. the aquaculture ecosystem according to claim 1, it is characterised in that: the sewage draining exit (13) is lower necking
It is tubaeform, arresting net is equipped at the sewage draining exit (13).
6. the aquaculture ecosystem according to claim 1, it is characterised in that: be equipped with water in the clear water reserviors (3)
Quality detecting device and bactericidal unit, the water quality detecting device and bactericidal unit pass through route and the control system (7) phase
Even.
7. the aquaculture ecosystem according to claim 1, it is characterised in that: the outlet of the high pressure gas holder (6) is set
There is gas heater, the excretion waste pond (4) connects sludge pump.
8. the aquaculture ecosystem according to claim 1, it is characterised in that: be equipped with and limit in the clear water reserviors (3)
The water-bed support base of aquaculture pond submerged depth.
9. the aquaculture ecosystem according to claim 1, it is characterised in that: the plumbing drain (92) is equipped with row
Dirty pipe valve (51), the drain line (91) are equipped with excretion pipe valve (41), and the air delivering pipeline (93) is equipped with gas transmission pipe valve
(61), the aerator (14) is equipped with aeration pipe valve (15), and each pipe valve passes through control system (7) control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820718551.5U CN208402896U (en) | 2018-05-15 | 2018-05-15 | A kind of aquaculture ecosystem |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820718551.5U CN208402896U (en) | 2018-05-15 | 2018-05-15 | A kind of aquaculture ecosystem |
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| CN208402896U true CN208402896U (en) | 2019-01-22 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109588352A (en) * | 2019-02-01 | 2019-04-09 | 杭州珑亚珀伟科技有限公司 | The high aquaculture net cage of clean-up performance and method |
| CN110547238A (en) * | 2018-05-15 | 2019-12-10 | 中国科学院青岛生物能源与过程研究所 | aquaculture ecosystem and control method thereof |
-
2018
- 2018-05-15 CN CN201820718551.5U patent/CN208402896U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110547238A (en) * | 2018-05-15 | 2019-12-10 | 中国科学院青岛生物能源与过程研究所 | aquaculture ecosystem and control method thereof |
| CN110547238B (en) * | 2018-05-15 | 2023-08-29 | 中国科学院青岛生物能源与过程研究所 | Aquaculture ecological system and control method thereof |
| CN109588352A (en) * | 2019-02-01 | 2019-04-09 | 杭州珑亚珀伟科技有限公司 | The high aquaculture net cage of clean-up performance and method |
| CN109588352B (en) * | 2019-02-01 | 2021-02-02 | 山东滨州恒迈尼龙化纤制品有限公司 | High-cleanness aquaculture net cage and method |
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