CN209162043U - A kind of both culturing microalgae system in solarization salt pond - Google Patents
A kind of both culturing microalgae system in solarization salt pond Download PDFInfo
- Publication number
- CN209162043U CN209162043U CN201821952775.9U CN201821952775U CN209162043U CN 209162043 U CN209162043 U CN 209162043U CN 201821952775 U CN201821952775 U CN 201821952775U CN 209162043 U CN209162043 U CN 209162043U
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- China
- Prior art keywords
- culturing microalgae
- guide tube
- knitmesh
- salt pond
- gas
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- Micro-Organisms Or Cultivation Processes Thereof (AREA)
- Apparatus Associated With Microorganisms And Enzymes (AREA)
- Cultivation Of Seaweed (AREA)
Abstract
The utility model discloses the both culturing microalgae systems in a kind of solarization salt pond, its main feature is that, it includes shining salt pond, dredges hole knitmesh and console, is equipped with blower on console；It shines and is equipped with several spud piles in salt pond；The thin hole knitmesh is connected with spud pile, is tightened up thin hole knitmesh below the liquid level for shining salt pond；Several transparent both culturing microalgae polybags are equipped with below the knitmesh of hole dredging；At least one longitudinal direction gas-guide tube for being additionally provided with several lateral gas-guide tubes below the knitmesh of hole and communicating with each item transverse direction gas-guide tube is being dredged, wherein longitudinal gas-guide tube connects the blower；Both culturing microalgae polybag is connected on lateral gas-guide tube by air inlet pipe, and the upper side of both culturing microalgae polybag is also connected with exhaust pipe；A kind of both culturing microalgae system shone in salt pond is provided, both culturing microalgae coverage of water is significantly expanded, the marine environment cultivation of microalgae is realized, mitigates influence of the environment to algae pollution, increase economic efficiency.
Description
Technical field
The utility model relates to a kind of both culturing microalgae systems, and in particular to a kind of to be arranged in the both culturing microalgae system shone in salt pond
System.
Background technique
Microalgae is a kind of, full of nutrition, photosynthetic availability high autophyte widely distributed in land, ocean, can
CO is absorbed using luminous energy by efficient photosynthesis2And H2O converts them into carbohydrate, protein, fat etc.
Chemical energy, and release O2.Cell metabolism generates polysaccharide, protein and pigment etc., in food, medicine, genetic engineering, liquid combustion
The fields such as material have good development prospect.
Microalgae it is many kinds of and it is individual be generally less than 2mm.Currently, both culturing microalgae mostly uses greatly the open pond in land to be supported
It grows.But the breeding way has the disadvantage in that one, due to needing sufficient illumination in microalga cultivation process, can not pass through increasing
Breeding water body is opened up in the measures such as plus depth, so taking up a large area, farm is limited, it is difficult to realize that large area, scale are supported
It grows.Two, terrestrial environment is poor, easily makes cultivated microalgae contaminated；Three, it is with high salt, high-alkali to be adapted only to fraction for the breeding way
The microalgae of equal extreme environments existence, the type of cultivating microalgae are limited.
Utility model content
Technical problem to be solved by the utility model is to provide the both culturing microalgae systems in a kind of solarization salt pond, significantly
Both culturing microalgae coverage of water is expanded, the marine environment cultivation of microalgae is realized, mitigates influence of the environment to algae pollution, improve economical
Benefit.
In order to solve this technical problem, the utility model uses following technical scheme:
Both culturing microalgae system in a kind of solarization salt pond, it is characterised in that it includes shining salt pond, dredges hole knitmesh and console, control
Blower is installed on platform processed；It shines and is equipped with several spud piles in salt pond；The thin hole knitmesh is connected with spud pile, knits thin hole
Net is tightened up below the liquid level for shining salt pond；Several transparent both culturing microalgae polybags are equipped with below the knitmesh of hole dredging；It is dredging
At least one longitudinal direction gas-guide tube for being additionally provided with several lateral gas-guide tubes below the knitmesh of hole and being communicated with each item transverse direction gas-guide tube,
Wherein longitudinal gas-guide tube connects the blower；Both culturing microalgae polybag is connected on lateral gas-guide tube by air inlet pipe, and microalgae is supported
The upper side for growing polybag is also connected with exhaust pipe；The inner end of exhaust pipe is communicated with both culturing microalgae polybag inner cavity, outer end opening
Upwards；Both culturing microalgae polybag is also fixedly connected with expects pipe, and the inner end of expects pipe is located at both culturing microalgae polybag inner cavity, and outer end is equipped with
Sealing-plug.
Preferably, it shines and is also connected with the fixed rope for being located at and dredging above the knitmesh of hole between the spud pile of salt pond front and rear sides；Row
Tracheae is connected on fixed rope and outer end opening is upward.
Preferably, exhaust pipe is connected in thin hole knitmesh and outer end opening is upward.
Preferably, each lateral gas-guide tube is isometric and is parallel to the horizontal edge for shining salt pond, and longitudinal gas-guide tube runs through each cross
To gas-guide tube, the central axes of longitudinal gas-guide tube and each lateral gas-guide tube overlap.
The utility model has the following positive effects:
The first, the utility model is cultivated in bag by the way that microalgae is placed in plastics, and plastics cultivation bag is laid on and is shone in salt pond,
It is effectively utilized pool area of evaporating brine, both culturing microalgae coverage of water is greatly improved；And can gather materials on the spot, direct extracting seawater
Cultivating microalgae, more economical convenient, saving labour, while ensure that the stabilization of micro algae growth environment, effectively prevent land
Pollution of the environment to microalgae.Mode through the invention can be realized large area artificial breeding microalgae, increase aquaculture already
The purpose for benefit of helping.
The second, different microalgae by being placed on cultivation in different polybags, it can be achieved that cultivating simultaneously more by the utility model
Kind microalgae, the cultivation type of microalgae are no longer limited.
Third, because microalgae color it is deeper, absorb daylight ability it is stronger compared with salt water, by shine salt pond in cultivating microalgae, can
It is promoted and shines temperature in salt pond, facilitate pond moisture transpiration of evaporating brine, shortening is evaporated brine the period, is improved and is produced salt efficiency.
Detailed description of the invention
Fig. 1 is the both culturing microalgae system structure diagram of the utility model；
Fig. 2 is the both culturing microalgae plastic bag structure schematic top plan view of the utility model；
Fig. 3 is the both culturing microalgae plastic bag structure left view schematic diagram of the utility model.
Specific embodiment
The utility model is further illustrated with reference to the accompanying drawings and examples.
As shown in Figure 1, the embodiment of Tthe utility model system includes shining salt pond 2 and thin hole knitmesh 4, it further include being located to evaporate brine
The console 13 in 2 outside of pond.Blower 12 is installed on console 13.
It shines and is equipped with several spud piles 3 on the inside of 2 edge of salt pond, shine and be also connected with position between the spud pile 3 of 2 front and rear sides of salt pond
The fixed rope 10 of 4 top of Yu Shukong knitmesh.The thin hole knitmesh 4 is connected with spud pile 3, makes to dredge hole knitmesh 4 in solarization salt pond 2
Liquid level below be tightened up.Several transparent both culturing microalgae polybags 6 are equipped with below hole knitmesh 4 dredging.Under thin hole knitmesh 4
At least one longitudinal direction gas-guide tube 5 that side is additionally provided with several lateral gas-guide tubes 1 and communicates with each item transverse direction gas-guide tube 1, wherein
Longitudinal gas-guide tube 5 connects the blower 12 by air valve 11.Each lateral gas-guide tube 1 is isometric and is parallel to solarization salt pond 2
Horizontal edge, longitudinal gas-guide tube 5 overlap through each lateral gas-guide tube 1, the central axes of longitudinal gas-guide tube 5 and each lateral gas-guide tube 1.
Longitudinal gas-guide tube 5, lateral gas-guide tube 1 and both culturing microalgae polybag 6 are all located at the downside of thin hole knitmesh 4, it is therefore an objective to
It is located at this system and shines 2 liquid level of salt pond or less.It prevents from having an adverse effect to the transpiration for shining salt pond 2.
In conjunction with Fig. 1, Fig. 2 and Fig. 3, both culturing microalgae polybag 6 is connected on lateral gas-guide tube 1 by air inlet pipe 7, and microalgae is supported
The upper side for growing polybag 6 is also connected with exhaust pipe 9.The inner end of exhaust pipe 9 is communicated with 6 inner cavity of both culturing microalgae polybag, exhaust
Pipe 9 is connected on fixed rope 10 and ensures that outer end opening is upward by fixed rope 10, prevents from falling because of 9 side of exhaust pipe, and liquid enters
In exhaust pipe 9, guarantee that the gas in both culturing microalgae polybag 6 is smoothly discharged.In practical operation, air inlet pipe 7 and both culturing microalgae are moulded
It is needed between material bag 6 fastened to each other in order to which entirety is put into pond and recycled in its entirety.Both culturing microalgae polybag 6 is also fixedly connected with
Expects pipe 8 is used for the disengaging of algae, algae solution, seawater, nutrient solution and thimerosal, and the inner end of expects pipe 8 is located in both culturing microalgae polybag 6
Chamber, outer end are equipped with sealing-plug 14.
The utility model can not also set fixed rope 10, but exhaust pipe 9 is connected to thin hole knitmesh 4 and is knitted by dredging hole
Net 4 ensures that outer end opening is upward.
Algae, seawater, nutrient solution and thimerosal etc. are filled in both culturing microalgae polybag 6 respectively.Open blower 12 and air valve
11, into both culturing microalgae polybag 6 in be passed through air, provide carbon dioxide for the photosynthesis of microalgae.Extra air and light
The oxygen that cooperation generates is discharged upwards by exhaust pipe 9.Sealing-plug 14 is opened, using machinery suction or manual operations, is led to
Charge tube 8 periodically extraction section algae solution and fills into the seawater and nutrient solution of respective volume from both culturing microalgae polybag 6.
Claims (4)
1. a kind of both culturing microalgae system shone in salt pond, it is characterised in that it includes shining salt pond (2), dredges hole knitmesh (4) and controls
Platform (13) is equipped with blower (12) on console (13)；It shines in salt pond (2) and is equipped with several spud piles (3)；The thin hole knitmesh
(4) it is connected with spud pile (3), is tightened up thin hole knitmesh (4) below the liquid level for shining salt pond (2)；Under thin hole knitmesh (4)
Side is equipped with several transparent both culturing microalgae polybags (6)；Several lateral gas-guide tubes are additionally provided with below thin hole knitmesh (4)
(1) and with each item transverse direction gas-guide tube (1) at least one longitudinal direction gas-guide tube (5) communicated, wherein longitudinal gas-guide tube (5) connects institute
State blower (12)；Both culturing microalgae polybag (6) is connected on lateral gas-guide tube (1) by air inlet pipe (7), both culturing microalgae polybag
(6) upper side is also connected with exhaust pipe (9)；The inner end of exhaust pipe (9) is communicated with both culturing microalgae polybag (6) inner cavity, outer end
Opening upwards；Both culturing microalgae polybag (6) is also fixedly connected with expects pipe (8), and the inner end of expects pipe (8) is located at both culturing microalgae polybag
(6) inner cavity, outer end are equipped with sealing-plug (14).
2. both culturing microalgae system according to claim 1, it is characterised in that: shine the spud pile (3) of salt pond (2) front and rear sides
Between be also connected be located at dredge hole knitmesh (4) above fixed rope (10)；Exhaust pipe (9) is connected on fixed rope (10) and outer
End opening is upward.
3. both culturing microalgae system according to claim 1, it is characterised in that: exhaust pipe (9) is connected on thin hole knitmesh (4)
And outer end opening is upward.
4. both culturing microalgae system according to claim 1 or 2 or 3, it is characterised in that: each item transverse direction gas-guide tube
(1) horizontal edge that is isometric and being parallel to solarization salt pond (2), longitudinal gas-guide tube (5) run through each item transverse direction gas-guide tube (1), longitudinal gas-guide tube
(5) central axes with each item transverse direction gas-guide tube (1) overlap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821952775.9U CN209162043U (en) | 2018-11-26 | 2018-11-26 | A kind of both culturing microalgae system in solarization salt pond |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821952775.9U CN209162043U (en) | 2018-11-26 | 2018-11-26 | A kind of both culturing microalgae system in solarization salt pond |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209162043U true CN209162043U (en) | 2019-07-26 |
Family
ID=67340101
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821952775.9U Active CN209162043U (en) | 2018-11-26 | 2018-11-26 | A kind of both culturing microalgae system in solarization salt pond |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209162043U (en) |
-
2018
- 2018-11-26 CN CN201821952775.9U patent/CN209162043U/en active Active
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