CN208509884U - Advection racetrack circulating water culture system - Google Patents
Advection racetrack circulating water culture system Download PDFInfo
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- CN208509884U CN208509884U CN201820980688.8U CN201820980688U CN208509884U CN 208509884 U CN208509884 U CN 208509884U CN 201820980688 U CN201820980688 U CN 201820980688U CN 208509884 U CN208509884 U CN 208509884U
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Abstract
The utility model relates to a kind of advection racetrack circulating water culture systems, belong to technical field of aquaculture.It includes culture zone, water delivery area and sewage diposal area, and culture zone includes at least one aquaculture pond, and water delivery area includes that return water canal, bypass canal and feeder canal, sewage diposal area include Microfilter pond, aeration tank and at least one biological tank；Aquaculture pond water outlet is connected with return water canal, and return water canal is connected with Microfilter pond and bypass canal, and gate is equipped between return water canal and Microfilter pond between return water canal and bypass canal；Microfilter pond is connected with biological tank, and biological tank is connected with aeration tank by bypassing canal, and bypass canal end is disposed adjacent with aeration tank, bypasses and is equipped with plug-flow pump unit between canal end and aeration tank, aeration tank is connected with feeder canal, and feeder canal is connected with aquaculture pond water inlet；Aquaculture pond water outlet is equipped with dirt collection pollution discharge structure, and biological tank is equipped with filtrate.The utility model may be implemented scale extension, reduce energy consumption.
Description
Technical field
The utility model relates to a kind of advection racetrack circulating water culture systems, belong to technical field of aquaculture.
Background technique
The raising of Living consumption swashs the wilderness demand to have set out to fishery products, also promotes culture fishery
Development.Current recirculation system has the disadvantage that
1, current recirculation system mostly uses greatly elevator pump, and hoisting depth is higher, consumes energy higher；And elevator pump mentions
Water is risen to be limited by pipeline diameter.
2, pollutant is difficult to collect processing.Contaminant collecting processing is not thorough enough.
3, it is difficult to realize modularization enlarging.Aquaculture system can only individually cultivate pool area using expanding in the prior art
Mode extended, it is difficult to while be suitable for various specifications aquaculture system, it is also difficult to realize aquaculture system
Enlarging.
4, otherwise existing recirculation system cannot achieve the big flow of aquaculture pond unless using super high power elevator pump,
It is difficult to meet the cultivation demand of migration fishes.
Utility model content
In view of the foregoing defects the prior art has, the utility model proposes a kind of new advection racetrack recirculated waters to support
Grow system.
The utility model, which is that the following technical solution is employed, to be realized:
A kind of advection racetrack circulating water culture system, including culture zone, water delivery area and sewage diposal area, culture zone include
At least one aquaculture pond, water delivery area include that return water canal, bypass canal and feeder canal, sewage diposal area include Microfilter pond, aeration tank
With at least one biological tank；Aquaculture pond water outlet is connected with return water canal, and return water canal is connected with Microfilter pond and bypass canal, return water canal
Gate is equipped between return water canal and Microfilter pond between bypass canal；Microfilter pond is connected with biological tank, biological tank and aeration
Pond is connected by bypass canal, and bypass canal end is disposed adjacent with aeration tank, and plug-flow is equipped between bypass canal end and aeration tank and is pumped
Unit, aeration tank are connected with feeder canal, and feeder canal is connected with aquaculture pond water inlet；Aquaculture pond water outlet is equipped with collection dirt, discharging pollution knot
Structure, Microfilter pond are equipped with Microfilter unit, and biological tank is equipped with filtrate, and biological tank both ends are equipped with filtrate intercept net.
It is in the prior art to be promoted using elevator pump to higher position for the processing mode of breeding pollution waste water, enters
Specific sewage disposal system is handled.The shortcomings that there are two aspects: 1, the hoisting depth of water is higher, consumes energy higher；2,
The promotion water of elevator pump is limited by pipeline diameter, to also limit sewage load and sewage treating efficiency.This
The advection racetrack circulating water culture system of utility model uses plug-flow pump unit, and plug-flow pump unit is raised compared with elevator pump
Journey is lower, it is ensured that the energy consumption of system reaches minimum.Plug-flow pump unit can plug-flow big flow water body, can sufficiently improve feeding
Velocity flow pattern needed for growing the water body self-purification ability in pond and guaranteeing Fish Survival.The utility model setting is connected with return water canal
Canal is bypassed, and is equipped with gate between return water canal and Microfilter pond between return water canal and bypass canal.When Microfilter goes wrong, into
When row maintenance, the closing gate between return water canal and Microfilter pond can be opened the gate between return water canal and bypass canal,
Water flow enters bypass canal, after plug-flow pump unit, complete one circulation, water body in the part without Microfilter, biological tank, can
To guarantee the stable operation in the circulating water culture system short time.Aquaculture pond water outlet is equipped with dirt collection pollution discharge structure, can periodically determine
Amount discharges pollutants.
Further, the return water canal and feeder canal are arranged in parallel, and aquaculture pond is set between return water canal and feeder canal.
Aquaculture pond is set to the technical solution between return water canal and feeder canal, need to only extend return water canal and feeder canal
More aquaculture ponds are added between return water canal and feeder canal, it can be achieved that the modularization of aquaculture pond extends, it is easy to accomplish cultivating system
Enlarging.
Further, the aquaculture pond water inlet end is equipped with the first deflected current wall, the first deflected current wall front or rear portion be equipped with across
First barricade of aquaculture pond width direction, water outlet are equipped with the second deflected current wall, and the second deflected current wall front or rear portion are equipped with cross
It was equipped with the mouth of a river below the second barricade across aquaculture pond width direction, the first deflected current wall and the second deflected current wall, collects dirt, discharging pollution
Structure is set between the second deflected current wall and water outlet.
It is described cross the mouth of a river can be the elongated hole being transversely arranged set on deflected current wall wall bottom, with deflected current wall bottom and support
The interval for growing bottom of pond portion was used as the mouth of a river or the mouth of a river excessively of other common forms.Barricade can be foil, chemical fibre net formula, mix
The diversified forms such as solidifying soil multiaperture-type, electric grating.
The mouth of a river was set below deflected current wall, can make water flow from bottom pass in and out aquaculture pond, can by water impact bottom of pond,
Guarantee that bottom of pond does not have the accumulation of pollutant.
Further, the dirt collection pollution discharge structure includes sump and pollution discharge structure；The depth of the sump is deeper than feeding
The depth in pond is grown, dirt collection bottom of pond portion includes middle part dirt colleceting area and the inclination pool wall set on middle part dirt colleceting area surrounding, pollution discharge structure are
Plug tubular type pollution discharge structure or dredging tube formula pollution discharge structure.Preferably, sump is the construction that bottom sectional view is V-type.
Dirt collection pollution discharge structure is set, periodically the pollutant in pond can be discharged, avoid manually-operated complexity,
Cultivating system normal operation is not influenced while blowdown.In V-structure, assemble by precipitating, then the artificial plug row of timing
Dirty device or artificial open inhale mud equipment, complete blowdown.
Further, the water delivery area further includes inlet channel, and Microfilter pond is connected by inlet channel with biological tank.
Further, the inlet channel and bypass canal are arranged in parallel, and biological tank is set between inlet channel and bypass canal.
Biological tank is set to inlet channel and bypasses the technical solution between canal, multiple biological tanks can be arranged parallel, is saved
Space occupied.
Further, the Microfilter pond and biological tank end bottom edge are equipped with plug tubular type pollution discharge structure.
Plugging tubular type pollution discharge structure, periodically the pollutant in pond can be discharged, and avoid manually-operated complexity.It can be with
Pollutant in timing cleaning pond.When there is no water in pond, the waste water of flushing can directly be passed through into pollution discharge structure by rinsing
Sewage draining exit discharge.
Further, lock is equipped at the inlet and outlet of the aquaculture pond, at the inlet and outlet of biological tank
Door.
Gate has following effect: 1, when an aquaculture pond or biological tank when something goes wrong, can individually close the aquaculture pond
Or the gate of biological tank, the normal operation without will affect system.2, the size of water flow can be controlled by gate.3, work as aquaculture pond
Or biological tank can clean closing gate when needing to clean after emptying pool inner water body.
Further, first deflected current wall and the second deflected current wall are arranged across aquaculture pond pond body width direction, the first folding
The mouth of a river was equipped between the second deflected current wall bottom and cultivation bottom of pond portion between the bottom Liu Qiang and cultivation bottom of pond portion.
Further, the bottom of pond height of the advection racetrack circulating water culture system is along water (flow) direction from aeration tank to side
Road canal gradually decreases.Substantially increase the self-purification capacity and transporting of water body.
The beneficial effects of the utility model are:
1, using plug-flow pump unit, for plug-flow pump unit compared with elevator pump, lift is lower, it is ensured that the energy consumption of system
Reach minimum.Plug-flow pump unit can plug-flow big flow water body, can sufficiently improve water body self-purification ability and the guarantor in aquaculture pond
Velocity flow pattern needed for demonstrate,proving Fish Survival.
2, it is equipped with bypass canal, when Microfilter goes wrong, overhauled, it is ensured that in the circulating water culture system short time
Stable operation.
3, aquaculture pond is set between return water canal and feeder canal, only need to extends return water canal and feeder canal, it can be in return water canal
More aquaculture ponds are added between feeder canal, it can be achieved that the modularization of aquaculture pond extends, it is easy to accomplish the enlarging of cultivating system.
Detailed description of the invention
Fig. 1 is one of structural schematic diagram of the utility model.
Fig. 2 is the second structural representation of the utility model.
Fig. 3 is the third structural representation of the utility model.
In figure: 1, aquaculture pond；2, return water canal；3, feeder canal；4, biological tank；5, Microfilter pond；6, dirt collection pollution discharge structure；7,
Aeration tank；8, canal is bypassed；9, inlet channel；10, plug-flow pump unit；11, the second deflected current wall；12, the second barricade；13, first
Deflected current wall；14, the first barricade；15, intercept net；16, tubular type pollution discharge structure is plugged；17, control room；18, gate；19, it flows
Change bed pond.
Specific embodiment
In order to which the utility model aim, technical solution is more clearly understood, with reference to the accompanying drawing, the utility model is made
It is further described.
Embodiment one:
As shown in Figure 1, advection racetrack circulating water culture system described in the utility model, including culture zone, water delivery area
And sewage diposal area, culture zone include 2 aquaculture ponds 1, water delivery area includes return water canal 2, bypasses canal 8, inlet channel 9 and feeder canal 3,
Sewage diposal area includes Microfilter pond 5, aeration tank 7 and 6 biological tank 4.
Return water canal and feeder canal are arranged in parallel, and 2 aquaculture pond parallel connections are set between return water canal and feeder canal.Aquaculture pond
Water inlet is connected with feeder canal, and aquaculture pond water outlet is connected with return water canal.Return water canal is connected with Microfilter pond and bypass canal, return water
Gate 18 is equipped between return water canal and Microfilter pond between canal and bypass canal；Microfilter pond is connected with inlet channel, inlet channel with
It is arranged in parallel to bypass canal, biological tank parallel connection is set between inlet channel and bypass canal.Biological tank water inlet is connected with inlet channel,
Biological tank water outlet is connected with bypass canal.
The bottom of pond height of advection racetrack circulating water culture system is gradually decreased along water (flow) direction from aeration tank to bypass canal.
The bottom of pond height of aquaculture pond is gradually decreased from water inlet to water outlet, the bottom of pond height of return water canal from far from Microfilter pond side to leaning on
Nearly Microfilter pond side gradually decreases, and the bottom of pond height of feeder canal is laterally away from aeration tank side from close aeration tank and gradually decreases.
Bypass canal end is disposed adjacent with aeration tank, and the aeration tank water surface is higher than about 20 centimetres of water in a canal face of bypass, bypass canal end
Plug-flow pump unit 10 is equipped between end and aeration tank, aeration tank is connected with feeder canal；Aquaculture pond water outlet is equipped with collection dirt, discharging pollution knot
Structure 6, Microfilter pond are equipped with Microfilter unit, Microfilter unit a preparation and a use, and biological tank is equipped with filtrate, and biological tank both ends are equipped with filter
Expect intercept net 15.
Aquaculture pond water inlet end is equipped with the first deflected current wall 13, and the first deflected current wall rear portion, which is equipped with, to be arranged along aquaculture pond width direction
First barricade 14, water outlet are equipped with the second deflected current wall 11, and the second deflected current wall front is equipped with to be arranged along aquaculture pond width direction
The second barricade 12, the first deflected current wall bottom and cultivation bottom of pond portion between and the second deflected current wall bottom with cultivate bottom of pond portion it
Between be equipped with the mouth of a river, dirt collection pollution discharge structure is set between the second deflected current wall and water outlet.
The dirt collection pollution discharge structure includes sump and pollution discharge structure；The depth of the sump is deeper than the depth of aquaculture pond
Degree, dirt collection bottom of pond portion include middle part dirt colleceting area and the inclination pool wall set on middle part dirt colleceting area surrounding, and pollution discharge structure is plug tubular type
Pollution discharge structure 16.
The Microfilter pond and biological tank end bottom edge are equipped with plug tubular type pollution discharge structure.
At the inlet and outlet of aquaculture pond, gate is equipped at the inlet and outlet of biological tank.
The whole system of the present embodiment uses semi-underground concrete structure, is conducive to the heat preservation of water body.Facilitate work simultaneously
The operational administrative of people.
Embodiment two:
As shown in Fig. 2, advection racetrack circulating water culture system described in the utility model, including culture zone, water delivery area
And sewage diposal area, culture zone include 10 aquaculture ponds, water delivery area includes return water canal, bypass canal, inlet channel and feeder canal, sewage
Treatment region includes Microfilter pond, aeration tank and 6 biological tanks.
Return water canal and feeder canal are arranged in parallel, and 10 aquaculture pond parallel connections are set between return water canal and feeder canal.Cultivation
Pond water inlet is connected with feeder canal, and aquaculture pond water outlet is connected with return water canal.Return water canal is connected with Microfilter pond and bypass canal, returns
Gate is equipped between return water canal and Microfilter pond between water channel and bypass canal；Microfilter pond is connected with inlet channel, inlet channel with
It is arranged in parallel to bypass canal, biological tank parallel connection is set between inlet channel and bypass canal.Biological tank water inlet is connected with inlet channel,
Biological tank water outlet is connected with bypass canal.
The bottom of pond height of advection racetrack circulating water culture system is gradually decreased along water (flow) direction from aeration tank to bypass canal.
The bottom of pond height of aquaculture pond is gradually decreased from water inlet to water outlet, the bottom of pond height of return water canal from far from Microfilter pond side to leaning on
Nearly Microfilter pond side gradually decreases, and the bottom of pond height of feeder canal is laterally away from aeration tank side from close aeration tank and gradually decreases.
Bypass canal end is disposed adjacent with aeration tank, and the aeration tank water surface is higher than about 5 centimetres of water in a canal face of bypass, bypasses canal end
Plug-flow pump unit is equipped between aeration tank, aeration tank is connected with feeder canal；Aquaculture pond water outlet is equipped with dirt collection pollution discharge structure, micro-
Filter pond is equipped with Microfilter unit, Microfilter unit a preparation and a use, and biological tank is equipped with filtrate, and biological tank both ends are intercepted equipped with filtrate
Net.
Aquaculture pond water inlet end is equipped with the first deflected current wall, and the first deflected current wall rear portion is equipped with the be arranged along aquaculture pond width direction
One barricade, water outlet are equipped with the second deflected current wall, and the second deflected current wall front is equipped with second be arranged along aquaculture pond width direction
The mouth of a river was equipped with below barricade, the first deflected current wall and the second deflected current wall, dirt collection pollution discharge structure is set to the second deflected current wall and goes out
Between the mouth of a river.
The dirt collection pollution discharge structure includes sump and pollution discharge structure；The depth of the sump is deeper than the depth of aquaculture pond
Degree, dirt collection bottom of pond portion include middle part dirt colleceting area and the inclination pool wall set on middle part dirt colleceting area surrounding, and pollution discharge structure is dredging tube formula
Pollution discharge structure.
At the inlet and outlet of aquaculture pond, gate is equipped at the inlet and outlet of biological tank.
The pond of the whole system of the present embodiment is along ground around is higher by, to prevent the sewage such as rainwater from flowing into cultivating system,
And then polluted-water.The pool wall of whole system uses unified height, can be convenient cultivation worker's laying frame plate and passes through, facilitates work
The operational administrative of people.
Embodiment three:
As shown in figure 3, advection racetrack circulating water culture system described in the utility model, including culture zone, water delivery area,
Sewage diposal area and control room 17, culture zone include 10 aquaculture ponds, and water delivery area includes return water canal, bypass canal and feeder canal, dirt
Water treatment zone includes 2 Microfilter ponds, 1 aeration tank, 4 fluidized bed pond 19 and 2 biological tanks.
Return water canal and feeder canal are arranged in parallel, and 10 aquaculture pond parallel connections are set between return water canal and feeder canal.Cultivation
Pond water inlet is connected with feeder canal, and aquaculture pond water outlet is connected with return water canal.Return water canal is connected with Microfilter pond and bypass canal, returns
Gate is equipped between return water canal and Microfilter pond between water channel and bypass canal；Two Microfilter ponds are arranged in parallel, Microfilter pond
Between be equipped with control room, Microfilter pond water outlet is connected with biological tank, and biological tank is connected with fluidized bed pond, fluidized bed pond water outlet
It is connected with bypass canal.
The bottom of pond height of advection racetrack circulating water culture system is gradually decreased along water (flow) direction from aeration tank to bypass canal.
The bottom of pond height of aquaculture pond is gradually decreased from water inlet to water outlet, the bottom of pond height of return water canal from far from Microfilter pond side to leaning on
Nearly Microfilter pond side gradually decreases, and the bottom of pond height of feeder canal is laterally away from aeration tank side from close aeration tank and gradually decreases.
Bypass canal end is disposed adjacent with aeration tank, and the aeration tank water surface is higher than about 20 centimetres of water in a canal face of bypass, bypass canal end
4 plug-flow pump units are equipped between end and aeration tank, aeration tank is connected with feeder canal；Aquaculture pond water outlet is equipped with collection dirt, discharging pollution knot
Structure, Microfilter pond are equipped with Microfilter unit, Microfilter unit a preparation and a use, and biological tank is equipped with filtrate, and biological tank both ends are equipped with filter
Expect intercept net.
Aquaculture pond water inlet end is equipped with the first deflected current wall, and the first deflected current wall rear portion is equipped with the be arranged along aquaculture pond width direction
One barricade, water outlet are equipped with the second deflected current wall, and the second deflected current wall front is equipped with second be arranged along aquaculture pond width direction
The mouth of a river was equipped with below barricade, the first deflected current wall and the second deflected current wall, dirt collection pollution discharge structure is set to the second deflected current wall and goes out
Between the mouth of a river.
The dirt collection pollution discharge structure includes sump and pollution discharge structure；The depth of the sump is deeper than the depth of aquaculture pond
Degree, dirt collection bottom of pond portion include middle part dirt colleceting area and the inclination pool wall set on middle part dirt colleceting area surrounding, and pollution discharge structure is dredging tube formula
Pollution discharge structure.
At the inlet and outlet of aquaculture pond, gate is equipped at the inlet and outlet of biological tank.
The utility model use process is as follows shown:
Aquaculture pond water outlet is connected with return water canal, and return water canal collects the water outlet in each aquaculture pond, unified by return water canal
Flow into Microfilter pond.The first time filtration, purification of bulky grain pollutant is completed by Microfilter.Purified water body, into each point
Branch biological tank.Branch's biological tank carries out nitrification and denitrification etc., removes small organic matter and ammonia nitrogen, Asia in water body
Nitrate etc..Biological tank both ends are equipped with gate, on the one hand can control the size of water flow can be with when another aspect biological tank cleans
Gate is closed, pool inner water body is emptied.Flow through biological tank water enter bypass canal set after, by being set to bypass canal end
Plug-flow pump, is pushed to high water level for water, until in aeration tank.After completing aeration in aeration tank, each support is entered by feeder canal
Grow pond.
It, can be by the closing gate between return water canal and Microfilter pond, by return water when Microfilter goes wrong, overhauled
Gate between canal and bypass canal is opened, and water flow enters bypass canal, after plug-flow pump unit, completes a circulation, water body is at this
Part is without Microfilter, biological tank, it is ensured that the stable operation in the circulating water culture system short time.
When some aquaculture pond, biological tank when something goes wrong, the valve of the aquaculture pond or biological tank both ends can be closed, make water body
Without the aquaculture pond or biological tank, to guarantee the stable operation in the circulating water culture system short time.
Claims (10)
1. a kind of advection racetrack circulating water culture system, which is characterized in that including culture zone, water delivery area and sewage diposal area,
Culture zone includes at least one aquaculture pond (1), and water delivery area includes return water canal (2), bypass canal (8) and feeder canal (3), sewage treatment
Area includes Microfilter pond (5), aeration tank (7) and at least one biological tank (4)；Aquaculture pond (1) water outlet and return water canal (2) phase
Even, return water canal (2) and Microfilter pond (5) and canal (8) are bypassed it is connected, return water canal (2) and bypasses between canal (8) and return water canal (2)
Gate (18) are equipped between Microfilter pond (5)；Microfilter pond (5) is connected with biological tank (4), biological tank (4) and aeration tank (7)
Be connected by bypass canal (8), bypass canal (8) end is disposed adjacent with aeration tank (7), bypass canal (8) end and aeration tank (7) it
Between be equipped with plug-flow pump unit (10), aeration tank (7) are connected with feeder canal (3), and feeder canal (3) is connected with aquaculture pond (1) water inlet；
Aquaculture pond (1) water outlet is equipped with dirt collection pollution discharge structure (6), and Microfilter pond (5) are equipped with Microfilter unit, and biological tank (4) is equipped with filter
Material.
2. advection racetrack circulating water culture system according to claim 1, which is characterized in that the return water canal (2) with
Feeder canal (3) is arranged in parallel, and aquaculture pond (1) is set between return water canal (2) and feeder canal (3).
3. advection racetrack circulating water culture system according to claim 1, which is characterized in that the aquaculture pond (1) into
Water end (W.E.) is equipped with the first deflected current wall (13), and the first deflected current wall (13) front or rear portion are equipped with the across aquaculture pond (1) width direction
One barricade (14), water outlet are equipped with the second deflected current wall (11), and the second deflected current wall (11) front or rear portion are equipped with across cultivation
It was equipped with the mouth of a river below second barricade (12) of pond (1) width direction, the first deflected current wall (13) and the second deflected current wall (11),
Dirt collection pollution discharge structure (6) is set between the second deflected current wall (11) and water outlet.
4. advection racetrack circulating water culture system according to claim 1, which is characterized in that the dirt collection pollution discharge structure
It (6) include sump and pollution discharge structure；The depth of the sump is deeper than the depth of aquaculture pond (1), during dirt collection bottom of pond portion includes
Portion dirt colleceting area and inclination pool wall set on middle part dirt colleceting area surrounding, pollution discharge structure are plug tubular type pollution discharge structure (16) or dredging tube
Formula pollution discharge structure.
5. advection racetrack circulating water culture system according to claim 1, which is characterized in that the water delivery area further includes
Inlet channel (9), Microfilter pond (5) are connected by inlet channel (9) with biological tank (4).
6. advection racetrack circulating water culture system according to claim 5, which is characterized in that the inlet channel (9) with
Bypass canal (8) is arranged in parallel, and biological tank (4) is set between inlet channel (9) and bypass canal (8).
7. advection racetrack circulating water culture system according to claim 1, which is characterized in that the Microfilter pond (5)
Plug tubular type pollution discharge structure (16) is equipped with biological tank (4) end bottom edge.
8. advection racetrack circulating water culture system according to claim 1, which is characterized in that the aquaculture pond (1)
Gate (18) are equipped at inlet and outlet, at the inlet and outlet of biological tank (4).
9. advection racetrack circulating water culture system according to claim 3, which is characterized in that first deflected current wall
(13) it is arranged with the second deflected current wall (11) across aquaculture pond (1) pond body width direction, the first deflected current wall (13) bottom and aquaculture pond
(1) mouth of a river was equipped between bottom and the second deflected current wall (11) bottom and aquaculture pond (1) bottom.
10. advection racetrack circulating water culture system according to claim 1, which is characterized in that the advection racetrack
The bottom of pond height of circulating water culture system is gradually decreased along water (flow) direction from aeration tank (7) to bypass canal (8).
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108651361A (en) * | 2018-06-25 | 2018-10-16 | 中国海洋大学 | Advection racetrack circulating water culture system |
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2018
- 2018-06-25 CN CN201820980688.8U patent/CN208509884U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108651361A (en) * | 2018-06-25 | 2018-10-16 | 中国海洋大学 | Advection racetrack circulating water culture system |
| CN108651361B (en) * | 2018-06-25 | 2023-11-03 | 中国海洋大学 | Advection runway type circulating water culture system |
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