CN207803215U - Compound cogeneration system and cultivation facility - Google Patents
Compound cogeneration system and cultivation facility Download PDFInfo
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- CN207803215U CN207803215U CN201820171608.4U CN201820171608U CN207803215U CN 207803215 U CN207803215 U CN 207803215U CN 201820171608 U CN201820171608 U CN 201820171608U CN 207803215 U CN207803215 U CN 207803215U
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
Abstract
The utility model is related to a kind of compound cogeneration system and facility is cultivated, fish culture and vegetable cultivating can be made while meeting self-sufficient and then realizing Ecological trend and cost effective purpose.The compound cogeneration system includes fish farming installation, driving device, the first plant cultivating device, aquaculture water purifying device and the second plant cultivating device；Wherein, fish farming installation, driving device passes sequentially through pipeline with the first plant cultivating device and connects, driving device is used for the cultivation base of the cultivation water-driven of fish farming installation to the first plant cultivating device, base is cultivated to be used to convert the ammonia in cultivation water to nitrate so that the plant on cultivation base is drawn, fish farming installation, aquaculture water purifying device and the second plant cultivating device pass sequentially through pipeline connection, aquaculture water purifying device is used to convert the ammonia in the cultivation water of fish farming installation to nitrate so that the plant on the cultivation base of the second plant cultivating device is drawn.
Description
Technical field
The utility model is related to Cultivating techniques fields, more particularly, to a kind of compound cogeneration system and cultivate facility.
Background technology
Fish culture and vegetable cultivating are common cultivation types in life.Wherein, it is directed to for fish culture, fish
The cultivation fish of cultivation water and travelling in cultivation water is provided in aquaculture pond.Wherein, the breathing containing cultivation fish in cultivation water
The urine and excrement that ammonia caused by journey and cultivation fish are drained, the content of the ammonia, urine and excrement is with culturing time
Extend and persistent accumulation.
However, for fish, there is ammonia certain density of infection, a large amount of ammonias so that aquaculture pond is become more sick ponds, support
The ammonia content for growing water is high, and relatively, the dissolved oxygen of cultivation water reduces, and fish can not grow up healthy and sound.
Wherein, for vegetable cultivating, the growth needs of vegetables periodically quantitatively applies required various fertilizer, not only
It needs to put into a large amount of human cost, meanwhile, it needs that certain economic cost is spent to buy various fertilizer, industry input cost
It is high.
So that fish culture and vegetable cultivation is reached self-sufficiency, and then realizes Ecological trend and cost effective, at
To cultivate the technical issues of industry is badly in need of solving.
Utility model content
The purpose of this utility model is to provide a kind of compound cogeneration system, which can make fish
Cultivation and vegetable cultivating meet self-sufficient and then realize Ecological trend and cost effective purpose simultaneously.
The utility model provides a kind of compound cogeneration system, which includes fish farming installation, drives
Dynamic device, the first plant cultivating device, aquaculture water purifying device and the second plant cultivating device；Wherein,
The fish farming installation, the driving device pass sequentially through pipeline with first plant cultivating device and connect,
The driving device is used for the cultivation water-driven of the fish farming installation to the cultivation base of first plant cultivating device
On, the base of cultivating is used to convert the ammonia in the cultivation water to nitrate so that the plant on the cultivation base is drawn；
The fish farming installation, the aquaculture water purifying device and second plant cultivating device pass sequentially through pipeline
Connection, the aquaculture water purifying device be used for by the ammonia in the cultivation water of the fish farming installation be converted into nitrate for
Plant on the cultivation base of second plant cultivating device is drawn.
Further, the cultivation base of first plant cultivating device includes cultivating particle and being attached to the cultivation particle
Biological membranous layer on surface, the biological membranous layer is more mushroom film layers, for converting the ammonia in the cultivation water to nitric acid
Salt.
Further, the cultivation particle is haydite.
Further, the cultivation base of first plant cultivating device further includes earthworm, and the earthworm is described for absorbing
Fish excreta in cultivation water.
Further, the purifier includes excreta purification assembly and deammoniation component；Wherein,
The excreta purification assembly is used to purify the fish excreta in the cultivation water；
The deammoniation component is used to convert the ammonia in the cultivation water to nitrate.
Further, the excreta purification assembly includes collecting vessel, and the collecting vessel includes straight tube and back taper cylinder, institute
It states fish farming installation to connect with the straight tube, the back taper cylinder is connect with the lower end of the straight tube；
The lower tapered end of the back taper cylinder is provided with row's mouth, the cultivation water can along the collecting vessel inner wall by up to
Lower movement, so that the fish excreta in cultivation water is precipitated to the row mouthful discharge.
Further, the deammoniation component includes first class purification cylinder and level-one connecting pipe；
The first end of the level-one connecting pipe is connect with the upper area of the straight tube, and the of the level-one connecting pipe
Two ends are connect with the lower area of the first class purification cylinder, between the first class purification cylinder and second plant cultivation device in succession
It connects.
Further, the deammoniation component further includes secondary purification cylinder and two level connecting pipe；
The first end of the two level connecting pipe is connect with the upper area of the first class purification cylinder, the two level connecting tube
The second end in road is connect with the lower area of the secondary purification cylinder, the secondary purification cylinder and second plant cultivation device
Connection.
Further, further include the reverse pumping being arranged between first plant cultivating device and the fish farming installation
Device is sent, which is used to the deammoniation cultivation water in first plant cultivating device being transmitted back to the fish culture
Device；
Further include the anti-conveyance conduit being connected between the aquaculture water purifying device and the fish farming installation, this is anti-
Conveying device is used to the cultivation water in the aquaculture water purifying device being transmitted back to the fish farming installation.
Compound cogeneration system provided by the utility model includes fish farming installation, driving device, the first plant cultivation
Device, aquaculture water purifying device and the second plant cultivating device, wherein fish farming installation, driving device and the training of the first plant
It educates device and passes sequentially through pipeline connection, driving device is used for the cultivation water-driven of fish farming installation to plant cultivating device
It cultivates on base, cultivates base and be used to convert the ammonia in cultivation water to nitrate so that the plant on cultivation base is drawn, fish are supported
It grows device, aquaculture water purifying device and the second plant cultivating device and passes sequentially through pipeline connection, aquaculture water purifying device is used for will
Ammonia in the cultivation water of fish farming installation is converted into nitrate for the plant of the second plant cultivating device cultivated on base
It draws.
In the prior art, fish culture and vegetable cultivation cannot achieve self-sufficient, and it is even more impossible to realize Ecological trend
And it is cost effective.Compound cogeneration system provided by the utility model makes full use of contained in the cultivation water of fish farming installation
Some ammonias, the ammonia are generated by the respiratory of fish, and will cultivate water-driven to the first plant cultivation by driving device fills
On the cultivation base set, the ammonia in cultivation water is converted using the cultivation base, so that the ammonia is converted into can be by plant institute
The nitrate of absorption is drawn, in turn, the ammonia in the cultivation water of fish farming installation is removed, and the ammon amount of cultivation water reduces,
Relatively, the dissolved oxygen of cultivation water increases, and fish can grow up healthy and sound；Meanwhile first plant cultivating device cultivate base on plant
Object obtains required nitrate of growing up, and quantitative cultivation particle can be held in the periodically interior nitrate for converting set amount for plant
It is continuous to draw, it is therefore not necessary to periodically quantitatively apply the various fertilizer needed for it for plant, without putting into a large amount of human cost,
Without spending high economic cost to buy various fertilizer, industry input cost is low.
At the same time, aquaculture water purifying device can purify the ammonia in the cultivation water of fish farming installation, be allowed to
Be converted into the nitrate drawn for plant, initially containing ammonia cultivate Water warfare, obtain no ammonia and without excreta can secondary use water,
This can secondary use water can return and be transmitted back to fish culture pond, or his can be done and used.
To sum up, fish farming installation is carried out since compound cogeneration system provided by the utility model is designed by two-way
Comprehensive purifying so that the utilization rate of the ammonia in cultivation water improves, and for more plant growths, substantially reduction fish is planted altogether
The cost input of production industry.
The another object of the utility model, which also resides in, provides a kind of cultivation facility, which includes as described above multiple
Mould assembly cogeneration system.
It is provided by the utility model to cultivate the advantageous effect of facility compared with the prior art, it is same as provided by the utility model
The advantageous effect of compound cogeneration system compared with the prior art, details are not described herein again.
Description of the drawings
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific implementation mode or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, other drawings may also be obtained based on these drawings.
Fig. 1 is the first schematic diagram of the compound cogeneration system that the utility model embodiment provides；
Fig. 2 is the second schematic diagram of the compound cogeneration system that the utility model embodiment provides；
Fig. 3 is the third schematic diagram for the compound cogeneration system that the utility model embodiment provides；
Fig. 4 is the first schematic diagram of the siphoning installation that the utility model embodiment provides；
Fig. 5 is the second schematic diagram of the siphoning installation that the utility model embodiment provides；
Fig. 6 is the third schematic diagram for the siphoning installation that the utility model embodiment provides；
Fig. 7 is the 4th schematic diagram of the siphoning installation that the utility model embodiment provides.
Reference numeral：
100- siphoning installations；The first plant cultivating devices of 200-；300- fish farming installations；The second plant cultivations of 400- fill
It sets；500- aquaculture water purifying devices；Shell in 10-；11- siphon shells；12- outer pipe shells；13- lids；14- siphon pipes；111-
Water flowing alveolus；The inlet openings 121-；The convenient alveolus of 122-；131- main bodys；The clamping portions 132-；20- collecting vessels；30- deammoniation components；
21- straight tubes；22- back taper cylinders；31- level-one connecting pipes；32- first class purification cylinders；33- two level connecting pipes；34- secondary purifications
Cylinder.
Specific implementation mode
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
The every other embodiment that field those of ordinary skill is obtained without making creative work, belongs to this practicality
Novel protected range.
It is in the description of the present invention, it should be noted that term "center", "upper", "lower", "left", "right", " perpendicular
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
The utility model and simplifying describes for ease of description, do not indicate or imply the indicated device or element must have it is specific
Orientation, with specific azimuth configuration and operation, therefore should not be understood as limiting the present invention.In addition, term " the
One ", " second ", " third " are used for description purposes only, and are not understood to indicate or imply relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, can also be electrical connection；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, it can understand above-mentioned art with concrete condition
The concrete meaning of language in the present invention.
The compound cogeneration system that the utility model embodiment provides includes fish farming installation 300, driving device, first
Plant cultivating device 200, aquaculture water purifying device 500 and the second plant cultivating device 400；Wherein, fish farming installation 300,
Driving device passes sequentially through pipeline with the first plant cultivating device 200 and connects, and driving device is used for fish farming installation 300
It cultivates in water-driven to the cultivation base of the first plant cultivating device 200, cultivates base and be used to convert the ammonia in cultivation water to nitre
Hydrochlorate draws for cultivating the plant on base；Fish farming installation 200, aquaculture water purifying device 500 and the second plant cultivation dress
It sets 400 and passes sequentially through pipeline connection, aquaculture water purifying device 500 is used for the ammonia in the cultivation water of fish farming installation 300
Nitrate is converted into so that the plant on the cultivation base of the second plant cultivating device 400 is drawn.
In the prior art, fish culture and vegetable cultivation cannot achieve self-sufficient, and it is even more impossible to realize Ecological trend
And it is cost effective.The compound cogeneration system that the utility model embodiment provides, makes full use of the cultivation water of fish farming installation
Contained in ammonia, which is generated by the respiratory of fish, and water-driven will be cultivated to the first plant by driving device
On the cultivation base of breeding apparatus, the ammonia in cultivation water is converted using the cultivation base, so that the ammonia is converted into can be by
The nitrate of the drawn absorption of plant, in turn, the ammonia in the cultivation water of fish farming installation is removed, the ammon amount of cultivation water
It reduces, relatively, the dissolved oxygen of cultivation water increases, and fish can grow up healthy and sound；Meanwhile first plant cultivating device cultivation base on
Plant obtain required nitrate of growing up, quantitative cultivation particle can in periodically conversion set amount nitrate for planting
Object is persistently drawn, it is therefore not necessary to periodically quantitatively apply the various fertilizer needed for it for plant, without put into a large amount of manpower at
This, without spending high economic cost to buy various fertilizer, industry input cost is low.
At the same time, aquaculture water purifying device can purify the ammonia in the cultivation water of fish farming installation, be allowed to
Be converted into the nitrate drawn for plant, initially containing ammonia cultivate Water warfare, obtain no ammonia and without excreta can secondary use water,
This can secondary use water can return and be transmitted back to fish culture pond, or his can be done and used.
To sum up, fish culture is filled since the compound cogeneration system that the utility model embodiment provides is designed by two-way
Set carry out comprehensive purifying so that the utilization rate of the ammonia in cultivation water improves, and for more plant growths, substantially reduces
Fish plants the cost input of symbiosis industry.
In the present embodiment, the cultivation base of the first plant cultivating device 200 includes cultivating particle and being attached to cultivate particle table
Biological membranous layer on face, biological membranous layer are more mushroom film layers, for converting the ammonia in cultivation water to nitrate, also, are trained
It is haydite or particle stone to educate particle.
Wherein, the cultivation base of the first plant cultivating device 200 further includes earthworm, and earthworm is used to absorb the fish in cultivation water
Excreta.
For fish culture water, generated ammonia and fish urine and excrement are breathed comprising fish in cultivation water,
It cultivates and is provided with haydite and earthworm on bed, in moist dark environment, the surface of haydite can adhere to one layer by multiclass bacterium structure
At biological membranous layer, cultivation water, which reaches, cultivates bed, which can convert the ammonia in cultivation water to nitrate, the nitric acid
Salt is drawn for plant to grow up, and the urine and excrement of cultivation water Mesichthyes are absorbed by earthworm, and excreta caused by earthworm is
The nutriment that can be absorbed by plant.
In the present embodiment, the aquaculture pond of fish farming installation 300 includes main body pond and the receipts that are connect with the bottom end in main body pond
Ji Chi, and the comb that is connect with the bottom end of collecting pit, along direction from top to bottom, collecting pit is gradually-reducing shape, foster for collecting
The fish excreta in water is grown, and then realizes the purpose for handling fish excreta in an another way.Preferably, collecting pit is to fall
Conical tank.
In the present embodiment, purifier includes excreta purification assembly and deammoniation component 30, and excreta purification assembly is used for
Fish excreta in purifying aquaculture water, deammoniation component 30 are used to convert the ammonia in cultivation water to nitrate.
Specifically, excreta purification assembly includes collecting vessel 20, and collecting vessel 20 includes straight tube 21 and back taper cylinder 22, fish
Cultivation apparatus 300 is connect with straight tube 21, and back taper cylinder 22 is connect with the lower end of straight tube 21, and the lower tapered end of back taper cylinder 22 is provided with
Mouth is arranged, cultivation water can from top to bottom be moved along the inner wall of collecting vessel, so that the fish excreta in cultivation water is precipitated to row's mouth
Discharge.
When concrete application, fish culture water can from top to bottom be moved along the inner wall of collecting vessel, the fish row in cultivation water
It lets out object and is precipitated to the row mouthful by the movement tendency and its own gravity of cultivation water, be discharged, waited in cultivation water by row's mouth
When fish excreta from top to bottom moves and leaves present level, then it is in the cultivation water of present level and is drained without containing fish
Object, fish culture water can continuously enter in collecting vessel, and present level position, which is always maintained at, retains cultivation water.
Deammoniation component 30 includes first class purification cylinder 32 and level-one connecting pipe 31, the first end of level-one connecting pipe 31 with it is straight
The upper area connection of cylinder 21, the second end of level-one connecting pipe 31 are connect with the lower area of first class purification cylinder 32, and level-one is net
Change cylinder 32 to be indirectly connected with the second plant cultivation device 400.Since deammoniation component 30 is connect with straight tube 21, removed in straight tube 21
The cultivation water of fish excreta enters in deammoniation component 30, and deammoniation component 30 removes the ammonia in the cultivation water, so as to initially contain
The cultivation Water warfare of ammonia and excreta, obtain no ammonia and without excreta can secondary use water, this can secondary use water can return it is defeated
It sends fish culture pond back to, or him can be done and used.
Deammoniation component 30 further includes secondary purification cylinder 34 and two level connecting pipe 32, the first end of two level connecting pipe 33 with
The upper area of first class purification cylinder 32 connects, and the second end of two level connecting pipe 33 connects with the lower area of secondary purification cylinder 34
It connects, secondary purification cylinder 31 is connect with the second plant cultivation device 400.
Wherein, the filler of first class purification cylinder and secondary purification cylinder is K1Purify particle.
Since the first end of level-one connecting pipe is higher than the second end of level-one connecting pipe, excreta has been removed in straight tube
Cultivation water by level-one connecting pipe first end enter the level-one connecting pipe, then by gravity in pipeline by the first end motion
To second end, during being somebody's turn to do, cultivation water has certain potential energy, and when reaching second end, cultivation water has certain impact force, should
Cultivation water is from the lower area of first class purification cylinder to top regional movement, and its impact force is to the K in first class purification cylinder1
Purifying particle has upward impact force so that the K in cylinder1It purifies particle and generates movement, and make K1It is generated between purification particle
Enough gaps, in this way, K1Purification particle can adequately purify cultivation water, make the ammonia in cultivation water to the maximum extent
It is converted into nitrate.
Since the first end of two level connecting pipe is higher than the second end of two level connecting pipe, removal portion in first class purification cylinder
The cultivation water of point ammonia enters the two level connecting pipe by the first end of two level connecting pipe, then by gravity in pipeline by the
One end moves to second end, and during being somebody's turn to do, cultivation water has certain potential energy, and when reaching second end, cultivation water has certain
Impact force, for the cultivation water from the lower area of secondary purification cylinder to top regional movement, its impact force is net to two level
Change the K in cylinder1Purifying particle has upward impact force so that the K in cylinder1It purifies particle and generates movement, and make K1Purification
Enough gaps are generated between grain, in this way, K1Double purification can be carried out to cultivation water by purifying particle, to make cultivation to the maximum extent
Ammonia in water is converted into nitrate.
The compound cogeneration system further includes being arranged between the first plant cultivating device 200 and fish farming installation 300
Anti- conveying device, which supports for the deammoniation cultivation water in the first plant cultivating device 200 to be transmitted back to fish
Device 300 is grown, further includes the anti-conveyance conduit being connected between aquaculture water purifying device 500 and fish farming installation 300, this is anti-
Conveying device is used to the cultivation water in aquaculture water purifying device 500 being transmitted back to fish farming installation 300, specifically, the reverse pumping
The first end of pipeline is sent to be connect with secondary purification cylinder, the second end of the anti-conveyance conduit is connect with fish farming installation 300.
Preferably, anti-conveying device is siphoning installation 100, and siphoning installation 100 is kept for making cultivation water on cultivating base
Set water level.
In the present embodiment, siphoning installation includes that primary rainbow inhales component and siphon pipe 14, and plant cultivating device includes cultivating bed,
In, it cultivates base and primary rainbow is inhaled component and is arranged on cultivation bed, primary rainbow inhales the bottom end of component and the bottom plate grafting and company for cultivating bed
Logical, the top that primary rainbow inhales component is connect higher than base setpoint distance, the top of siphon pipe 14 is cultivated with the bottom end of primary rainbow suction component, rainbow
The lower end of suction pipe 14 is arranged towards fish farming installation 300.
Specifically, it includes outer pipe shell 12, interior shell 10 and siphon shell 11 that primary rainbow, which inhales component, wherein interior shell 10, siphon
Shell 11 and outer pipe shell 12 are spaced and are coaxially socketed successively from the inside to the outside, and inlet opening 121, rainbow are provided on the shell wall of outer pipe shell 12
The upper end closed of suction pipe shell 11 is arranged, and the lower end of siphon shell 12 is provided through the water flowing alveolus 122 of siphon shell shell wall, interior
The upper end of shell 10 forms water flowing gap, the lower end of the lower end and outer pipe shell 12 of interior shell 10 with the upper end interval of siphon shell 11
Removable plug.
In application, physical vacuum can be formed between siphon shell and interior shell, constantly absorbs and be located at siphon shell and outer tube
Cultivation water between shell, therefore, the lower end in inlet opening, water flowing alveolus, water flowing gap and interior shell can be passed sequentially through by cultivating water
Reach the lower section of siphon component.
The lower end of interior shell therein and the lower end removable plug of outer pipe shell, the upper end of interior shell therein and siphon pipe
The upper end interval of shell is arranged to form water flowing gap, and therefore, interior shell is knockdown pieces, and single siphon component can be equipped with multiple simultaneously
The interior shell of different length can internally shell be replaced when application.
It further includes lid 13 that above-mentioned primary rainbow, which inhales component, which is used to close or open wide the upper end of outer pipe shell 12.The lid
Body 13 includes main body 131 and the clamping portion 132 being connect with main body 131, wherein clamping portion 132 is multiple, multiple clamping portions 132
Circumferential direction along main body 131 is spaced setting successively, and main body 131 is matched with the upper end of outer pipe shell 12, clamping portion 132 and outer pipe shell 12
Shell wall is clamped so that main body 131 is positioned with respect to outer pipe shell 12, the convenient slot of self-assembling formation between two clamping portions 132.
During use, physical vacuum can be formed between the siphon shell and interior shell of above-mentioned siphon component, is constantly absorbed
Cultivation water between outer pipe shell and siphon shell enters in interior shell and is discharged by interior shell, thus, lid can be inhaled
Tightly on the upper end of outer pipe shell, it is difficult to take out to prevent lid to be clamped tension, is formed on lid along its circumferencial direction successively
Spaced multiple convenient slots, in order to fetch.
Preferably, the upper end of outer pipe shell 12 is provided with convenient alveolus 122, convenient alveolus 122 be located at two clamping portions 132 it
Between, which assists in the convenient slot between above-mentioned two neighboring clamping portion 132, to further increase taking for lid
By convenience.
Siphon pipe 14 includes the first upstanding tube and horizontal pipe, and the first upstanding tube includes vertically being oppositely arranged
Top and bottom, horizontal tube includes the first end and second end being oppositely arranged in the horizontal direction, the upper end of the first upstanding tube
It being connect with the lower end of interior shell, the lower end of the first upstanding tube and the first end of horizontal pipe connect, in other words, the first upright pipe
Road and horizontal pipe are vertically arranged, which at least has there are one right-angle structure, so that the cultivation water in above-mentioned siphon component
Interior shell can be passed through and reach the first upstanding tube.
Siphon pipe 14 further includes the second upstanding tube, the second upstanding tube include the upper end being vertically oppositely arranged and
Lower end, the upper end of the second upstanding tube and the second end of horizontal pipe connect, and the lower end of the second upstanding tube will be for that will cultivate water
It guides into the fish farming installation below plant cultivating device or in other devices.
Also, the lower end of siphon pipe and the water surface interval of cultivation water are arranged, in this way, waiting for that biological membranous layer will cultivate Water warfare
Afterwards, the cultivation water being cleaned flows back to fishpond by the siphonage of siphoning installation, and recirculation water passes through the siphon pipe of siphoning installation
Lower end breaks through the fishpond water surface and realizes water body dissolved oxygen, so reaches purification and the double action of dissolved oxygen.
The another object of the utility model embodiment, which also resides in, provides a kind of cultivation facility, which includes as above
Compound cogeneration system.
The advantageous effect of the cultivation facility that the utility model embodiment provides compared with the prior art, is same as the utility model
The advantageous effect of the compound cogeneration system that embodiment provides compared with the prior art, details are not described herein again.
Finally it should be noted that：The above various embodiments is only to illustrate the technical solution of the utility model, rather than limits it
System；Although the utility model has been described in detail with reference to the foregoing embodiments, those skilled in the art should
Understand：It still can be with technical scheme described in the above embodiments is modified, either to which part or whole
Technical characteristic carries out equivalent replacement；And these modifications or replacements, this practicality that it does not separate the essence of the corresponding technical solution are new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of compound cogeneration system, which is characterized in that including fish farming installation, driving device, the first plant cultivation dress
It sets, aquaculture water purifying device and the second plant cultivating device；Wherein,
The fish farming installation, the driving device pass sequentially through pipeline with first plant cultivating device and connect, described
Driving device is used for the cultivation water-driven of the fish farming installation to the cultivation base of first plant cultivating device, institute
It states and cultivates base for converting the ammonia in the cultivation water to nitrate so that the plant on the cultivation base is drawn；
The fish farming installation, the aquaculture water purifying device and second plant cultivating device pass sequentially through pipeline company
It connects, the aquaculture water purifying device is used to convert the ammonia in the cultivation water of the fish farming installation to nitrate for institute
The plant stated on the cultivation base of the second plant cultivating device is drawn.
2. compound cogeneration system according to claim 1, which is characterized in that the cultivation of first plant cultivating device
Base includes the biological membranous layer cultivated particle and be attached on the cultivation particle surface, and the biological membranous layer is more mushroom film layers,
For converting the ammonia in the cultivation water to nitrate.
3. compound cogeneration system according to claim 2, which is characterized in that the cultivation particle is haydite.
4. compound cogeneration system according to claim 2, which is characterized in that the cultivation of first plant cultivating device
Base further includes earthworm, and the earthworm is used to absorb the fish excreta in the cultivation water.
5. compound cogeneration system according to claim 1, which is characterized in that the purifier includes excreta purification
Component and deammoniation component；Wherein,
The excreta purification assembly is used to purify the fish excreta in the cultivation water；
The deammoniation component is used to convert the ammonia in the cultivation water to nitrate.
6. compound cogeneration system according to claim 5, which is characterized in that the excreta purification assembly includes collecting
Bucket, the collecting vessel includes straight tube and back taper cylinder, and the fish farming installation is connect with the straight tube, the back taper cylinder and
The lower end of the straight tube connects；
The lower tapered end of the back taper cylinder is provided with row's mouth, and the cultivation water can from top to bottom be transported along the inner wall of the collecting vessel
It is dynamic, so that the fish excreta in cultivation water is precipitated to the row mouthful discharge.
7. compound cogeneration system according to claim 6, which is characterized in that the deammoniation component includes first class purification cylinder
With level-one connecting pipe；
The first end of the level-one connecting pipe is connect with the upper area of the straight tube, the second end of the level-one connecting pipe
It is connect with the lower area of the first class purification cylinder, the first class purification cylinder is indirectly connected with second plant cultivation device.
8. compound cogeneration system according to claim 7, which is characterized in that the deammoniation component further includes secondary purification
Cylinder and two level connecting pipe；
The first end of the two level connecting pipe is connect with the upper area of the first class purification cylinder, the two level connecting pipe
Second end is connect with the lower area of the secondary purification cylinder, and the secondary purification cylinder connects with second plant cultivation device
It connects.
9. compound cogeneration system according to claim 1, which is characterized in that further include that setting is trained in first plant
The anti-conveying device between device and the fish farming installation is educated, which is used to fill first plant cultivation
Deammoniation cultivation water in setting is transmitted back to the fish farming installation；
Further include the anti-conveyance conduit being connected between the aquaculture water purifying device and the fish farming installation, which send
Device is used to the cultivation water in the aquaculture water purifying device being transmitted back to the fish farming installation.
10. a kind of cultivation facility, which is characterized in that including compound cogeneration system as claimed in any one of claims 1-9 wherein.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820171608.4U CN207803215U (en) | 2018-01-31 | 2018-01-31 | Compound cogeneration system and cultivation facility |
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| CN109380125A (en) * | 2018-12-04 | 2019-02-26 | 广西塘角旅游发展有限公司 | A kind of ecological base of circulation kind cultivation |
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| CN109380125A (en) * | 2018-12-04 | 2019-02-26 | 广西塘角旅游发展有限公司 | A kind of ecological base of circulation kind cultivation |
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