CN208908889U - Aquaculture system - Google Patents
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- CN208908889U CN208908889U CN201821160059.7U CN201821160059U CN208908889U CN 208908889 U CN208908889 U CN 208908889U CN 201821160059 U CN201821160059 U CN 201821160059U CN 208908889 U CN208908889 U CN 208908889U
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Abstract
The utility model relates to a kind of aquaculture systems, it include: biological cultivation system, the biological cultivation system includes the first aquaculture module and the ecologic breeding module with the first aquaculture module pipeline connection, the ecologic breeding module includes clean unit, and the first aquaculture module and the ecologic breeding module cooperatively form first circulation water route；First Treatment of Sludge module, the first Treatment of Sludge module are connected to the biological cultivation system pipeline；Sludge breeding module, the sludge breeding module are used to receive the sludge in the first Treatment of Sludge module；And the first biological cleaning module, the first biological cleaning module and the first Treatment of Sludge module pipeline connection, and the first biological cleaning module is also connected to the biological cultivation system pipeline, the biological cultivation system, the first Treatment of Sludge module and the first biological cleaning module cooperatively form second circulation water route.
Description
Technical field
The utility model relates to technical field of aquaculture, more particularly to a kind of aquaculture system.
Background technique
China is the country of maximum aquaculture in the world, during aquaculture product of the whole world more than 2/3rds derives from
State, but with the process of modernization, other than disease urgently to be resolved and fish quality two large problems, ecological environment is dirty
Serious dye is also to restrict aquaculture to develop most important problem.Traditional breeding way is still constantly drawn water with outdoor large area and is changed
Based on the mode of water, the consequence for largely changing water draining had both caused the waste of water resource, the energy, polluted environment, and aggravate
The atrophy of water resource and land resource along with traditional breeding way cultivation risk is big makes the sustainable of culture fishery
Develop hard to carry on.
Utility model content
Based on this, it is necessary to provide a kind of cultivating system, can be realized 0 discharge of sewage, avoid the wave of water resource, the energy
Take, and can solve and cultivate problem brought by water resource and land resource atrophy, culture fishery is made to carry out green, low-carbon, life
The sustainable development of state.
Its technical solution is as follows:
A kind of aquaculture system, comprising: biological cultivation system, the biological cultivation system include the first aquaculture mould
Block and ecologic breeding module with the first aquaculture module pipeline connection, the ecologic breeding module include that purification is single
Member, the first aquaculture module and the ecologic breeding module cooperatively form first circulation water route；First Treatment of Sludge mould
Block, the first Treatment of Sludge module are connected to the biological cultivation system pipeline；Sludge breeding module, the sludge breeding mould
Block is used to receive the sludge in the first Treatment of Sludge module；And the first biological cleaning module, the first biological cleaning mould
Block and the first Treatment of Sludge module pipeline connection, and the first biological cleaning module also with the biological cultivation system pipes
Road connection, the biological cultivation system, the first Treatment of Sludge module and the first biological cleaning module cooperatively form the
Two-cycle road.
First aquaculture module of the above-mentioned aquaculture system when carrying out aquaculture, in biological cultivation system
Thick for mark to aquatic products, clean unit purifies cultivation water, and by by the first aquaculture module and ecology
Cultivation module cooperatively forms first circulation water route, and the water in biological cultivation system can satisfy aquatic products after purifying by clean unit
The growth demand of product；Meanwhile the sewage in aquaculture system can be directly discharged to the first Treatment of Sludge module again, sewage passes through
The sludge obtained after first Treatment of Sludge resume module can be transported to sludge breeding module after being processed, provide sludge breeding
The growth of plant in module needs, and sludge is made to turn waste into wealth, and reduces aquaculture cost, sewage is by the first Treatment of Sludge module
The supernatant water obtained after reason is able to enter the first biological cleaning module.First biological cleaning module can be further net to supernatant water
Change, biological cultivation system can be flowed by purified supernatant water, the living needs of aquatic products are provided.And biological cultivation system
System, the first Treatment of Sludge module and the first biological cleaning module cooperatively form second circulation water route, to guarantee biological cultivation system
The circulation free of discontinuities of the internal required cultivation water of system realizes 0 discharge of sewage, avoids the waste of water resource, the energy, solves water money
Source and land resource cultivate problem brought by reducing, and culture fishery is made to carry out the sustainable development of green, low-carbon, ecology.
Technical solution is illustrated further below:
Further, the aquaculture system further includes the first water storage module, and the first water storage module includes the
One water inlet and the first water outlet being connected to first water inlet, first water inlet and first biological cleaning
Module pipeline connection, first water outlet are connected to the biological cultivation system pipeline.
Further, the first aquaculture module includes the first standard crude pool and is connected to first standard crude pool
Growing pond, and first standard crude pool and the growing pond cooperatively form third circulation waterway.
Further, the bottom of first standard crude pool is equipped with the conduit for being connected to the growing pond, the conduit
On be equipped with open-close on-off, the water and aquatic products when the open-close on-off is in the open state, in first standard crude pool
It can be flowed into growing pond due to gravity.
Further, the aquaculture system further includes layered breeding device, and the layered breeding device is set to
In the growing pond, the layered breeding device includes support frame and at least two Hierarchical Networks being set on support frame as described above,
Short transverse arranged for interval of at least two Hierarchical Networks along the growing pond.
Further, the ecologic breeding module includes the ecology synthesis pond with the growing pond pipeline connection, described net
Changing unit includes the plant purification body being set in the ecology synthesis pond, the animal being set in ecology synthesis pond purification
Body and the microbial cleaning body being set in the ecology synthesis pond.
Further, the growing pond includes the first growing pond and the second growing pond, and first growing pond is set to institute
The wherein side in ecology synthesis pond is stated, second growing pond is set to the other side in the ecology synthesis pond.
Further, the first Treatment of Sludge module includes the dirt collection dress being connected to the biological cultivation system pipeline
It sets and the sedimentation basin with the sewage collection system pipeline connection, the sedimentation basin also connects with the first biological cleaning module pipeline
Logical, the sludge breeding module is also used to receive the sludge in the sewage collection system and the sedimentation basin.
Further, the aquaculture system further includes that aquatic products are provided for the first aquaculture module
Two aquaculture modules, with the second Treatment of Sludge module of the second aquaculture module pipeline connection and with described second
Second biological cleaning module of Treatment of Sludge module pipeline connection, the second biological cleaning module are also supported with second aquatic products
Module pipeline connection is grown, the sludge in the second Treatment of Sludge module is for being delivered to the sludge breeding module, and described the
Two aquaculture modules, the second Treatment of Sludge module and the second biological cleaning module cooperatively form the 4th recirculated water
Road.
Further, the aquaculture system further includes the second water storage module, and the second water storage module includes the
Two water inlets and the second water outlet, second water inlet and the second biological cleaning module pipeline connection, described second goes out
The mouth of a river and the second aquaculture module pipeline connection.
Detailed description of the invention
Fig. 1 is aquaculture system flow structural schematic diagram described in an embodiment of the present invention；
Fig. 2 is aquaculture system partial structural diagram described in an embodiment of the present invention.
Description of symbols:
10, layered breeding device, 20, oxygen increasing disc, the 100, first aquaculture module, 110, standard crude pool, 120, growing pond,
200, ecologic breeding module, 210, ecology synthesis pond, 220, plant purification body, 230, animal purification body, 240, microbial cleaning
Body, 310, sewage collection system, 320, sedimentation basin, 400, sludge breeding module, the 500, first biological cleaning module, the 600, first water storage
Module, the 700, second aquaculture module, the 710, second Treatment of Sludge module, the 720, second biological cleaning module, 730, second
Water storage module.
Specific embodiment
It is below in conjunction with attached drawing and specifically real for the purpose of this utility model, technical solution and advantage is more clearly understood
Mode is applied, the utility model is described in further detail.It should be understood that the specific embodiments described herein
Only to explain the utility model, the protection scope of the utility model is not limited.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.
" first " described in the utility model, " second " do not represent specific quantity and sequence, are only used for title
It distinguishes.
As shown in Figure 1, a kind of aquaculture system described in an embodiment, comprising: biological cultivation system, biological cultivation system
System includes the first aquaculture module 100 and the ecologic breeding module 200 with 100 pipeline connection of the first aquaculture module, life
It includes clean unit that state, which cultivates module 200, and the first aquaculture module 100 cooperatively forms first with ecologic breeding module 200 and follows
Ring water route；First Treatment of Sludge module, the first Treatment of Sludge module are connected to biological cultivation system pipeline；Sludge breeding module
400, sludge breeding module 400 is used to receive in the first Treatment of Sludge module 300 sludge；And the first biological cleaning module 500,
First biological cleaning module 500 and the first Treatment of Sludge module pipeline connection, and the first biological cleaning module 500 is also supported with biology
System pipeline connection is grown, biological cultivation system, the first Treatment of Sludge module and the first biological cleaning module 500 cooperatively form second
Circulation waterway.
The first aquaculture module 100 includes the first standard crude pool 110 and marks with first thick in one of the embodiments,
The growing pond 120 that pond 110 is connected to, and the first standard crude pool 110 cooperatively forms third circulation waterway with growing pond 120.Optionally,
One aquaculture module 100 can be used for cultivating the aquatic products such as shrimp, crab or fish.
The first standard crude pool 110 is used to receive the aquatic products in the second standard crude pool in one of the embodiments, specifically,
Second standard crude pool is used for the shrimp seed rearing of 0.3cm-0.4cm into the shrimp seedling of 2cm-3cm, and the second standard crude pool configuration salinity is
14 ‰ -18 ‰ artificial seawater, when shrimp seedling the second standard crude pool complete mark it is thick after, the first standard crude pool can be carried to by seedling box
110 continue to cultivate.
Specifically, the first above-mentioned standard crude pool 110 is used to the shrimp seed rearing of 2cm-3cm working as shrimp at the shrimp seedling of 5cm or so
After the completion of seedling mark is thick, growing pond 120 receives the shrimp seedling in the first standard crude pool 110, continues to cultivate.
More specifically, the salinity of the cultivation water in growing pond 120 is 7 ‰ -8 ‰, the shrimp seedling in the second standard crude pool is transported
When to the first standard crude pool 110, need to make by seedling box the shrimp seedling of specification 2cm-3cm and the second standard crude pool in the second standard crude pool
The part cultivation water that interior salinity is 14 ‰ -18 ‰ is transferred to together in the first standard crude pool 110, when the shrimp seedling in the second standard crude pool is rigid
When being transported in the first standard crude pool 110, the salinity of the cultivation water in the first standard crude pool 110 is 14 ‰ -18 ‰.Later,
Can be by the way that the cultivation water in growing pond 120 be added in the first standard crude pool 110, the water in the first standard crude pool 110, which is discharged into, to be formed
In pond 120, make the water mutual circulation in the water and growing pond 120 in the first standard crude pool 110.
Since with growing pond 120 occurring water circulation for the first standard crude pool 110, by 7-10 days, in the first standard crude pool 110
The salinity of cultivation water can be desalinated by the cultivation water in growing pond 120 to 7 ‰ -8 ‰, so that the water of the first standard crude pool 110
Environment is consistent with the water environment of growing pond 120, and then mark slightly, until shrimp to shrimp seedling using the water of biological cultivation system
After seedling specification reaches 5cm, can by the first standard crude pool 110 shrimp seedling and water be discharged into growing pond 120 together.In this way, when the
When one standard crude pool 110 is consistent with the water environment of growing pond 120, the shrimp seedling in the first standard crude pool 110 is being put into growing pond 120
When interior, can reduce shrimp seedling as far as possible stress be influenced as brought by hydro-environmental change, improve the survival rate of shrimp seedling.
Further, the first standard crude pool 110 is set to by growing pond 120, and the bottom of the first standard crude pool 110 is equipped with and is used for
The conduit being connected to growing pond 120 is equipped with open-close on-off on conduit, and when open-close on-off is in the open state, the first mark is thick
Water and aquatic products in pond 110 can be flowed into growing pond 120 due to gravity.
Specifically, since the shrimp seedling after the second standard crude pool mark seedling enter the first standard crude pool 110, open-close on-off in addition to
Outside being in close state within 1st day, later 24 days or so, shrimp seedling in the stage that the first standard crude pool 110 carries out mark seedling, opened by opening and closing
Pass is all open state, before shrimp seedling is discharged into growing pond 120, bolting silk net can be covered on conduit and is drained, and bolting silk
Net can be used for that shrimp seedling is prevented to be discharged into growing pond 120, in this way, the first standard crude pool 110 can be made to carry out with growing pond 120 always
Water circulation.When shrimp seedling the first standard crude pool 110 complete mark it is thick after, directly conduit and bolting silk net can be removed, keep the first mark thick
Shrimp seedling and water in pond 110 are directly discharged into growing pond 120, reduction remove loss of the seedling process to shrimp seedling, improve shrimp seedling at
Motility rate.Optionally, open-close on-off is hand-operated valve, motor-driven valve or hydraulic valve etc..
More specifically, the first standard crude pool 110 is with growing pond 120, there are differences in height, and the setting of the first standard crude pool 110 is in growing pond
120 top reduces the water level of 110 water of the first standard crude pool when carrying out removing seedling first, makes the pond in the first standard crude pool 110
Then the difference in height of water in water and growing pond 120 carries out drainage seedling less than 1 meter again.In this way, remove Miao Shike with
The loss for further decreasing shrimp seedling improves the survival rate of shrimp seedling.
Protection cap is additionally provided on the first standard crude pool 110 in one of the embodiments,.Protection cap can be thick by the first mark
Pond 110 is effectively isolated with the external world, is avoided the first standard crude pool 110 contaminated, is prevented the natural causes such as weather to cultivation water environment
It has an impact.
Further, protection cap is double membrane structure, and distance 35cm-40cm between duplicature, in this way, can effectively mention
The heat insulation effect of high protection cap provides good living environment for shrimp seedling.
Aquaculture system further includes the first raising shed in one of the embodiments, is provided in growing pond 120 along feeding
At 120 length direction of pond extend the first pavement, the first raising shed include the first shed covered on growing pond 120 and
It is used to support the first support bar of the first shed, first support bar one end is connect with the first pavement, the other end and the first shed
Connection.Growing pond 120 can be effectively isolated by the first raising shed with the external world, avoided growing pond 120 contaminated, prevented weather etc.
Natural cause has an adverse effect to cultivation water environment, and the first raising shed also ensures that the day and night temperature in growing pond 120 becomes
Change is smaller, provides good living environment for shrimp.First pavement is for facilitating the accurate feeding of staff.First support bar is also
It may be used as rattan teapoy, facilitate the plantation of water planting pachyrhizus, pumpkin, cucumber and tomato etc., increase byproduct, improve air matter in canopy
Amount, the greenery of water planting product also have shaded effect, prevent intensity of illumination in canopy excessive.And the root of these water planting products may be used also
To absorb the nitrate in water, purify water.Specifically, field planting basket can be mounted on to first support bar and the first pavement
Junction, so as to hydroponic plant rattan along first support bar grow.
As shown in Fig. 2, further, oxygen increasing disc 20 is additionally provided in growing pond 120.In this way, can increase in growing pond 120
Oxygen content, meet cultivate shrimp the needs of.Meanwhile oxygen increasing disc 20 can also be such that the water quality in growing pond 120 is uniformly mixed, and avoid supporting
Sludge is accumulated at the bottom in pond 120, improves the effective percentage of circulating water treatment.
Further, the both sides on the first pavement, and the prolonging along the first pavement of oxygen increasing disc 20 is arranged in oxygen increasing disc 20
Route interval arrangement is stretched, and two neighboring oxygen increasing disc 20 is spaced 2m-3m.In this way, can be effectively by bottom by oxygen increasing disc 20
The rate that water is cleaned is accelerated in water rolling.
Aquaculture system further includes layered breeding device 10 in one of the embodiments, and layered breeding device 10 is set
It being placed in growing pond 120, layered breeding device 10 includes support frame and at least two Hierarchical Networks being set on support frame, until
Short transverse arranged for interval of few two Hierarchical Networks along growing pond 120.Since shrimp is benthon, need bottom in pond into
Row is inhabited, and growing pond 120 select using width be 9m, and it is the pond because of under identical faces area that length, which is the long strip type pond of 50m,
Side length it is bigger, prawn culturing using space it is bigger；Additionally by layered breeding device 10 is arranged in growing pond 120, make
It obtains barrier in pond to add, shrimp can be effectively prevented from and cut one another's throats.In the present embodiment, layered breeding device 10 is at least two
It is a, and at least two layered breeding devices 10 are arranged at intervals in growing pond 120.
Please continue to refer to Fig. 1 and Fig. 2, ecologic breeding module 200 includes and growing pond 120 in one of the embodiments,
The ecology synthesis pond 210 of pipeline connection, clean unit include the plant purification body 220 being set in ecology synthesis pond 210, setting
In the animal purification body 230 in ecology synthesis pond 210 and the microbial cleaning body 240 being set in ecology synthesis pond 210.Such as
This, can carry out purification of water quality with the mode of ecology, the cultivation of sustainable prawn is carried out using bioenergy.
Specifically, plant purification body 220 includes vegetable aquaculture, for the nitrate etc. in absorption cell；Animal purification body 230
Including Tilapia mossambica, silver carp, variegated carp or freshwater mussel etc., odds and ends of a meal excrement, dead algae or the Copepods etc. that can be eaten in pond, microbial cleaning
Body 240 is microorganism, and ammonia nitrogen, the nitrite etc. in pond can be absorbed.
Aquaculture system further includes the second raising shed in one of the embodiments, is provided in ecology synthesis pond 210
Along the second pavement that 210 length direction of ecology synthesis pond extends, the second raising shed includes covering on ecology synthesis pond 210
Second shed and the second support bar for being used to support the second shed, second support bar one end are connect with the second pavement, the other end
It is connect with the second shed.Ecology synthesis pond 210 can be effectively isolated by the second raising shed with the external world, avoid ecology synthesis pond
210 is contaminated, and the second raising shed also ensures that the variation of the day and night temperature in ecology synthesis pond 210 is smaller, for ecological comprehensive pool
Biology in 210 provides good living environment.Second pavement is for facilitating staff to gather in fruits and vegetables.Second support bar is also
It may be used as rattan teapoy, facilitate the plantation of water planting pachyrhizus, pumpkin, cucumber and tomato etc., increase byproduct, improve air matter in canopy
Amount, the greenery of water planting product also have shaded effect, prevent intensity of illumination in canopy excessive.And the root of these water planting products may be used also
To absorb the nitrate in water, purify water.Specifically, field planting basket can be mounted on to second support bar and the second pavement
Junction, so as to hydroponic plant rattan along second support bar grow.
Further, oxygen increasing disc 20 is additionally provided in ecology synthesis pond 210.In this way, can increase in ecology synthesis pond 210
Oxygen content.Meanwhile oxygen increasing disc 20 can also be such that the water quality in ecology synthesis pond 210 is uniformly mixed, and avoid the bottom in ecology synthesis pond 210
Sludge is accumulated in portion, improves the effective percentage of circulating water treatment.
Further, the both sides on the second pavement, and the prolonging along the second pavement of oxygen increasing disc 20 is arranged in oxygen increasing disc 20
Route interval arrangement is stretched, and two neighboring oxygen increasing disc 20 is spaced 2m-3m.In this way, can be effectively by bottom by oxygen increasing disc 20
Water rolling, accelerates Water warfare rate.
Growing pond 120 includes the first growing pond and the second growing pond, the setting of the first growing pond in one of the embodiments,
In the wherein side in ecology synthesis pond 210, the second growing pond is set to the other side in ecology synthesis pond 210.In this way, ecology synthesis
Pond 210 can purify the water in the first growing pond and the second growing pond of its two sides simultaneously, maximally utilize land resource.
The first Treatment of Sludge module includes the dirt collection dress being connected to biological cultivation system pipeline in one of the embodiments,
Set 310 and the sedimentation basin 320 with 310 pipeline connection of sewage collection system, sedimentation basin 320 also with 500 pipeline of the first biological cleaning module
Connection, sludge breeding module 400 are also used to receive the sludge in sewage collection system 310 and sedimentation basin 320.
Specifically, sewage collection system 310 is sewage-collecting well, and sedimentation basin 320 is inclined-tube sedimentation tank, and sludge breeding module 400 is resistance to
Saline and alkaline vegetables flake, the first biological cleaning module 500 are bacteriological purification module.Ecology synthesis pond 210 and growing pond 120 are equal
With 310 pipeline connection of sewage collection system, dirt collection can be drained by the aquaculture wastewater that ecology synthesis pond 210 and growing pond 120 generate
In device 310, then sewage collection system 310 separates sludge with clear water by way of precipitation and separation, and then sludge can be with
It is fermented into organic fertilizer and is transported to sludge breeding module 400, supply nutrients for the vegetables of saline-alkali tolerant.It is separated by sewage collection system 310
Water subsequently enter in sedimentation basin 320, sedimentation basin 320 further purifies water equally by way of precipitation and separation, by again
Water after primary purification subsequently enters in the first biological cleaning module 500, and the first biological cleaning module 500 can be to the ammonia in water
Nitrogen, nitrite etc. are handled, and the sludge that water obtains after sedimentation basin 320 purifies again can be fermented into organic fertilizer
It is transported to sludge breeding module 400, is supplied nutrients for the vegetables of saline-alkali tolerant.
It should be noted that the above-mentioned sludge obtained after the first Treatment of Sludge module can be used for cultivation clam worm.
First aquaculture module of the above-mentioned aquaculture system when carrying out aquaculture, in biological cultivation system
100 is thick for mark to aquatic products, and clean unit purifies cultivation water, and by by the first aquaculture module 100
First circulation water route is cooperatively formed with ecologic breeding module 200, energy after the water in biological cultivation system is purified by clean unit
Enough meet the growth demand of aquatic products；Meanwhile the sewage in aquaculture system can be directly discharged to the first Treatment of Sludge mould again
Block, the sludge that sewage obtains after the first Treatment of Sludge resume module can be by being transported to sludge breeding module after processing
400, the growth needs of 400 implants of sludge breeding module are provided, sludge is made to turn waste into wealth, reduce aquaculture cost, sewage passes through
The supernatant water obtained after first Treatment of Sludge resume module is able to enter the first biological cleaning module 500.First biological cleaning mould
Block 500 can further purify supernatant water, can flow into biological cultivation system by purified supernatant water, provide aquatic products
Growth need.And biological cultivation system, the first Treatment of Sludge module and the first biological cleaning module 500 cooperatively form second and follow
Ring water route, it is ensured that the circulation free of discontinuities of cultivation water needed for biological cultivation internal system is realized 0 discharge of sewage, avoided
The waste of water resource, the energy, solves water resource and land resource reduces brought cultivation problem, carries out culture fishery green
The sustainable development of color, low-carbon, ecology.
As shown in Figure 1, aquaculture system further includes the first water storage module 600, the first storage in one of the embodiments,
Water module 600 includes the first water inlet and the first water outlet being connected to the first water inlet, and the first water inlet and the first biology are net
Change 500 pipeline connection of module, the first water outlet is connected to biological cultivation system pipeline.Optionally, the first water storage module 600 is storage
Pond, the first water storage module 600 can be used to water distribution and water storage, and in case of need, and the first water storage module 600 can also be used in
The terminal of water treatment.
Aquaculture system further includes that aquatic products are provided for the first aquaculture module in one of the embodiments,
Two aquaculture modules 700, with the second Treatment of Sludge module 710 of 700 pipeline connection of the second aquaculture module and with second
Second biological cleaning module 720 of 710 pipeline connection of Treatment of Sludge module, the second biological cleaning module 720 also with the second aquatic products
700 pipeline connection of module is cultivated, the sludge in the second Treatment of Sludge module 710 is for being delivered to sludge breeding module 400, and second
Aquaculture module 700, the second Treatment of Sludge module 710 and the second biological cleaning module 720 cooperatively form the 4th circulation waterway.
Specifically, the second aquaculture module 700 is the second standard crude pool 110, and the second standard crude pool 110 is used for 0.3cm-
Shrimp seedling of the shrimp seed rearing of 0.4cm at 2cm-3cm, the artificial seawater that the second standard crude pool 110 configuration salinity is 14 ‰ -18 ‰, when
Shrimp seedling is carried in the first standard crude pool 110 by seedling box and is cultivated after the second aquaculture module 700 completes mark slightly.
Second Treatment of Sludge module 710 is sedimentation basin, and the second biological cleaning module 720 is bacteriological purification module, sedimentation basin
Water is purified by way of precipitation and separation, is subsequently entered in the second biological cleaning module 720 by purified water, the
Two biological cleaning modules 720 can be handled ammonia nitrogen, the nitrite etc. in water, and the sludge obtained after Water warfare can be sent out
Ferment is transported to sludge breeding module 400 at organic fertilizer, provides needed for life for the vegetables of saline-alkali tolerant.In addition, the second above-mentioned water
It produces cultivation module 700, the second Treatment of Sludge module 710 and the second biological cleaning module 720 and cooperatively forms the 4th circulation waterway, energy
The confession system of cultivation water in the second aquaculture module 700 is enough formed, to efficiently solve existing for traditional cultivating system
The problem of big row puts greatly, pollutes environment.
Further, aquaculture system further includes the second water storage module 730, the second water storage module 730 include second into
The mouth of a river and the second water outlet, 720 pipeline connection of the second water inlet and the second biological cleaning module, the second water outlet and the second aquatic products
Cultivate 700 pipeline connection of module.
Optionally, the second water storage module 730 is storage cistern, and storage cistern can be used to water distribution and water storage, in case of need,
And storage cistern can also be used in the terminal of water treatment.
It should be noted that needing to add after configuring cultivation water in advance when new water etc. is added in cultivating system temporary needs
System, the first water storage module 600 and the second water storage module 730 are equivalent to distribution reservoir.And since hinterland cannot be with intention
Outer water of the discharge salinity 7 ‰ or more is just needed when aquaculture pond needs to grab shrimp, and when needing to take out a part of water and could grab shrimp
The first water storage module 600 and 730 temporary storage of the second water storage module these water are wanted, it, can be again by the first storage after waiting completions to grab shrimp
The water of water module 600 or the second water storage module 730 is discharged into aquaculture pond.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of aquaculture system characterized by comprising
Biological cultivation system, the biological cultivation system include the first aquaculture module and with the first aquaculture mould
The ecologic breeding module of block pipeline connection, the ecologic breeding module includes clean unit, the first aquaculture module with
The ecologic breeding module cooperatively forms first circulation water route；
First Treatment of Sludge module, the first Treatment of Sludge module are connected to the biological cultivation system pipeline；
Sludge breeding module, the sludge breeding module are used to receive the sludge in the first Treatment of Sludge module；And
First biological cleaning module, the first biological cleaning module and the first Treatment of Sludge module pipeline connection, and institute
It states the first biological cleaning module to be also connected to the biological cultivation system pipeline, the biological cultivation system, first sludge
Processing module and the first biological cleaning module cooperatively form second circulation water route.
2. aquaculture system according to claim 1, which is characterized in that it further include the first water storage module, described first
Water storage module includes the first water inlet and the first water outlet for being connected to first water inlet, first water inlet and institute
The first biological cleaning module pipeline connection is stated, first water outlet is connected to the biological cultivation system pipeline.
3. aquaculture system according to claim 1, which is characterized in that the first aquaculture module includes first
Standard crude pool and the growing pond being connected to first standard crude pool, and first standard crude pool and the growing pond cooperatively form the
Three circulation waterways.
4. aquaculture system according to claim 3, which is characterized in that the bottom of first standard crude pool is equipped with and is used for
The conduit being connected to the growing pond is equipped with open-close on-off on the conduit, when the open-close on-off is in the open state,
Water and aquatic products in first standard crude pool can be flowed into the growing pond due to gravity.
5. aquaculture system according to claim 3, which is characterized in that it further include layered breeding device, the layering
Cultivation apparatus is set in the growing pond, and the layered breeding device includes support frame and is set on support frame as described above
At least two Hierarchical Networks, short transverse arranged for interval of at least two Hierarchical Networks along the growing pond.
6. aquaculture system according to claim 3, which is characterized in that the ecologic breeding module includes supporting with described
At the ecology synthesis pond of pond pipeline connection, the clean unit include the plant purification body being set in the ecology synthesis pond,
The animal purification body being set in the ecology synthesis pond and the microbial cleaning body being set in the ecology synthesis pond.
7. aquaculture system according to claim 6, which is characterized in that the growing pond includes the first growing pond and the
Two growing ponds, first growing pond are set to the wherein side in the ecology synthesis pond, and second growing pond is set to institute
State the other side in ecology synthesis pond.
8. aquaculture system according to claim 1, which is characterized in that the first Treatment of Sludge module includes and institute
State the sewage collection system of biological cultivation system pipeline connection and the sedimentation basin with the sewage collection system pipeline connection, the sedimentation basin
Also with the first biological cleaning module pipeline connection, the sludge breeding module is also used to receive the sewage collection system and described
Sludge in sedimentation basin.
9. aquaculture system according to claim 1, which is characterized in that further include for the first aquaculture module
Second aquaculture module of aquatic products and the second Treatment of Sludge mould of the second aquaculture module pipeline connection are provided
Block and the second biological cleaning module with the second Treatment of Sludge module pipeline connection, the second biological cleaning module is also
With the second aquaculture module pipeline connection, the sludge in the second Treatment of Sludge module is for being delivered to the sludge
Breeding module, the second aquaculture module, the second Treatment of Sludge module and the second biological cleaning module cooperation
Form the 4th circulation waterway.
10. aquaculture system according to claim 9, which is characterized in that it further include the second water storage module, described second
Water storage module includes the second water inlet and the second water outlet, and second water inlet and the second biological cleaning module pipeline connect
It is logical, second water outlet and the second aquaculture module pipeline connection.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108935273A (en) * | 2018-07-20 | 2018-12-07 | 张肇敏 | aquaculture system |
| CN111466331A (en) * | 2020-04-09 | 2020-07-31 | 中国水产科学研究院 | Artificial ecological pond culture method and device for freshwater shrimps |
-
2018
- 2018-07-20 CN CN201821160059.7U patent/CN208908889U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108935273A (en) * | 2018-07-20 | 2018-12-07 | 张肇敏 | aquaculture system |
| CN108935273B (en) * | 2018-07-20 | 2024-09-03 | 张肇敏 | Aquaculture system |
| CN111466331A (en) * | 2020-04-09 | 2020-07-31 | 中国水产科学研究院 | Artificial ecological pond culture method and device for freshwater shrimps |
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