CN105002086B - A kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble - Google Patents
A kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble Download PDFInfo
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- CN105002086B CN105002086B CN201510418103.4A CN201510418103A CN105002086B CN 105002086 B CN105002086 B CN 105002086B CN 201510418103 A CN201510418103 A CN 201510418103A CN 105002086 B CN105002086 B CN 105002086B
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- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
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- C12M47/00—Means for after-treatment of the produced biomass or of the fermentation or metabolic products, e.g. storage of biomass
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Abstract
The invention discloses a kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble, including raceway pond, turbulent flow carbon compensator is set in raceway pond, continues device, baffle device, double paddle wheels and the groove structure divided into that raceway pond frustule is collected in air supporting using microbubble.The present invention has advantages below：（1）Water circulation in raceway pond is can speed up, improves the gas exchanges frequency between liquid level and air.（2）The initial concentration to frustule can be real-time, effectively realized, improves centrifugal efficiency, reduces centrifugation energy consumption, reduces harvest cost.（3）The carbon dioxide escape spread can be prevented, improves utilization rate of carbon dioxide, more rapidly regulation algae solution pH.（4）The exchange between algae solution levels can be effectively facilitated, can prevent the frustule on top layer from, by light injury, can also increase effective luminous energy total amount that the frustule of unit of water body receives.（5）This raceway pond can realize the continuous culture of microalgae, and caused very small amount waste water can be led to after sterilization pool is handled with nutritive salt preparing pool by pipeline and recycle again in incubation.
Description
Technical field
The present invention relates to a kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble, specifically relate to
And a kind of raceway pond of microalgae mass culture, belong to microdisk electrode engineering field.
Background technology
Microalgae is the most important primary producer of natural water, and the CO2 being secured by it accounts for global CO2 fixed amounts
More than 40%.Meanwhile microalgae cell is contour rich in polyunsaturated fatty acid, a variety of essential amino acids, active polysaccharide, pigment
Added value bioactive substance, make it that there is important application valency in fields such as functional food, cosmetics, medicine and fine chemistry industries
Value.In recent years, as global industry process accelerates to cause demand for energy to be continuously increased, and traditional fossil energy has not
Recyclability, reserves are increasingly being reduced.Study, develop a kind of renewable, environmentally friendly energy to meet the energy need of the mankind
Ask, reduce the destruction to environment, be the key subjects urgently to be resolved hurrily of facing mankind.Microalgae, has that the speed of growth is fast, grease contains
A series of features such as amount is high, cultivation cycle is short, have become most important bioenergy candidate species.
Open raceway pond because cost it is relatively low, easily operated the advantages that, extensively using and a variety of microalgaes pilot scale culture
（Chlorella, micro- plan ball algae, spirulina etc.）.Because microalgae photosynthesis needs luminous energy and carbon dioxide；Therefore, in microdisk electrode
During, improve the utilization rate of carbon dioxide, the luminous energy total amount that the frustule in unit of water body receives, may consequently contribute to improve micro-
The yield of algae culture.The mode of harvesting microalgae, in addition to spirulina, other most of microalgaes are based on being collected by centrifugation.And centrifuge
The operating power consumption of machine is very big；Therefore, ratio of the cost being harvested by centrifugation in both culturing microalgae cost is very high.Improve centrifugation effect
Rate, harvest cost is reduced, the toxigenic capacity of microalgae can be greatly lowered.
, can be to 1mm or so when the penetration range of light is minimum with the increase of cell density during microdisk electrode.This
Mean in unit of water body, few a part of cell on only top layer can obtain enough luminous energy.Microalgae is in photosynthesis mistake
Cheng Zhong, only need illumination in cloudy, turbid phase.Even lasting illumination can cause certain damage to microalgae.Micro algae growth is come
Say, light-inner room is had a rest（Flash effect）It is optimal luminous environment；Therefore, it is necessary to effectively realize algae in raceway pond incubation
The frequent exchange of liquid levels water body, to cause the frustule of unit of water body both to obtain enough luminous energy, it turn avoid top layer algae
The light injury of cell.
Due to a series of shortcomings that traditional runway cell system has, the microalgae cell density for causing it to cultivate is not high enough, from
And the efficiency of crop that directly results in centrifuge is relatively low.In order to reduce energy consumption, centrifugal efficiency is improved, most manufacturers are harvesting
Before microalgae, algae solution is transferred to sedimentation basin.Through natural subsidence after a while, to reach the purpose of initial concentration microalgae.
But the efficiency of the method is poor, especially in face of some non-benthic type microalgaes when, it is even more so.In addition, due to big absolutely
Most cells are in dark surrounds the sedimentation for carrying out the long period, therefore this process both easy breed bacteria, can also cause phase
When biomass loss.Meanwhile shift all algae solutions to sedimentation basin, then by upper strata algae solution transport can raceway pond process, it is necessary to
Consume mass energy.
Microbubble in water body is attached to fine particle, during such as microalgae, because the effect of buoyancy can bring frustule to table
Layer water body.In the presence of having a large amount of microbubbles in algae solution, it will so that the frustule of unit of water body is largely assembled on top layer.If energy
It is enough that the frustule of larger unit of water body is enriched with to the top layer compared with subsection water body, and gather it, it will the effective, realization of low consumption
The initial concentration of frustule.So as to effectively reduce the toxigenic capacity of microalgae, and control microalgae quality.
The content of the invention
A series of deficiencies of the invention based on traditional raceway pond, there is provided one kind continues aerating collecting frustule using microbubble
Raceway pond microalgae cultivating system.In general, from raising utilization rate of carbon dioxide, the friendship by improving algae solution levels water body
Frequency is changed to improve effective luminous energy total amount of unit of water body frustule reception and prevent frustule by light injury, realize frustule
Initial concentration so as to reduce harvest cost angularly start with, be finally reached improve microdisk electrode efficiency, reduce microdisk electrode into
This purpose.
In order to solve the above technical problems, the technical solution adopted by the present invention is：
A kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble provided by the invention, including
Raceway pond, turbulent flow carbon compensator, device, baffle device, double paddle wheels using microbubble aerating collecting frustule are set in raceway pond
And the groove structure divided into；
Turbulent flow carbon compensator is used for the utilization rate for improving carbon dioxide and more rapidly regulation algae solution PH；
Using the device of microbubble aerating collecting frustule, for the algae solution in raceway pond to be carried out into initial concentration, so as to
Centrifugal efficiency is improved, reduces centrifuge loss；
Baffle device is used to produce stop to lower floor's algae solution, can cause the convection current of algae solution levels, continue frustule
In the state rolled up and down, improve effective luminous energy total amount that unit of water body receives and avoid cells of superficial layer by light injury；
Double paddle wheels are used to increase water velocity, shorten algae solution circulation time；The groove divided into, it is possible to increase stirring effect
Rate, promote algae solution levels convection current.
Turbulent flow carbon compensator provided by the invention, including transparent confinement cover and bottom plate, transparent confinement cover are located above bottom plate,
Water blockage plate, water blockage plate and aerator, aeration are set perpendicular to water (flow) direction on transparent confinement cover inwall and bottom plate
Device is located on bottom plate and before water blockage plate, is opened in described transparent confinement cover before Transverse to the flow direction
Mouthful, transparent confinement cover both sides, it is provided with closed plate with top below.
Described transparent confinement cover and bottom plate can be fixed together by more pillars, can also individually will be transparent
Seal bootr is fixed.
Preferably, described turbulent flow carbon compensator reclaimed water flow resistance baffle plate is provided with two pieces, and the first water blockage plate is positioned at transparent
At the top of seal bootr inwall, the second water blockage plate is located on bottom plate, after the second water blockage plate is located at the first water blockage plate
Face.
Preferably, to reduce the resistance that current are subject to, transparent confinement cover both sides outer edge area can be designed as with arc
Or " cap " structure of taper.
Preferably, transparent confinement cover length is the 1/20-1/5 of runway pond length；Width is the 1/5-1 of raceway pond width.
Preferably, the first water blockage plate is highly the 1/5-1/2 of algae solution total height；Second water blockage plate is transparent envelope
Close the 1/5-1/2 of cover total height；The distance between first and second water blockage plates are the 1/5-1/3 of total seal bootr length；Expose
The distance between device of air and the first water blockage plate are the 1/5-1/3 of total transparent confinement cover length.
Preferably, the Side closure plates of transparent confinement cover two are highly the 1/10-1/5 of algae solution total height.
Preferably, water blockage plate is detachable with transparent confinement cover and bottom plate by way of bonding, rivet or screw
It is fixedly connected.
The turbulent flow carbon compensator seal bootr of the present invention is completely immersed in below the water surface；Wherein aerator release bubble；Current
Into after transparent confinement cover region, bubble flow forward is driven；Bubble floating gathers to seal bootr top after being obstructed on top layer
Collection；Bubble moves on current, meets with dive after the obstruction of the first water blockage plate, and algae solution first time formed here is rapid
Stream, promotes frustule to be fully vortexed with bubble；Current move on, after the obstruction of current the second water blockage plate of experience of lower section
Second of turbulent flow can be formed with the current of rear and top entrained air bubbles, promote carbon dioxide bubble to be fully vortexed with algae solution, together
The convection current of Shi Shixian algae solution levels；Current are moved on by the top of the second water blockage plate, on remaining carbon dioxide
The floating stop for meeting with seal bootr, continues to advance in water body；Current meet with the stop of seal bootr peripheral edge portion, promote gas again
The contact with current is steeped, while realizes that frustule rolls up and down.
The seal bootr and water blockage plate of the present invention chooses the good material of translucency（It is glass, lucite, polyethylene, poly-
The thin plate or film of the materials such as vinyl chloride, polypropylene, polyester, rubber, resin）, built by modes such as bonding or Wound Dies
Sealing.
Microbubble provided by the invention continues the device of aerating collecting frustule, by will collect other areas in hole and raceway pond
Separating device and micro bubble generation device that domain separates composition, micro bubble generation device and collect hole position in different regions,
Micro bubble generation device is arranged on the bottom of pond of raceway pond.
The invention provides a kind of separating device, its concrete structure is：It is made up of air supporting plate and neck, neck is arranged on race
The both sides pool wall and bottom of pond of Dao Chi ends, air supporting plate both sides and downside by neck be fixed on raceway pond end both sides pool wall and
Bottom of pond, air supporting plate is fixed on by raceway pond end semicircular area by neck, so as to by collect hole around a part of region
Effectively separate with other regions of raceway pond.
Preferably, air supporting plate can move up and down along the neck on the pool wall of both sides.
Preferably, the angle of air supporting plate and runway pool wall is between 10-30 degree.Further, air supporting plate and raceway pond
The angle of wall is 15 degree.
Preferably, air supporting plate width is the 1/4-2/3 of raceway pond overall width；Air supporting plate is highly less than runway pool wall height,
It is consistent with algae solution face or higher than algae solution face 1-3cm.
Preferably, neck both sides are reserved or dug to raceway pond side wall or on runway pool wall by being bonded aluminium alloy structure
Staking gap is built；Bottom of pond neck is built by reserving or digging staking gap in bottom of pond.
Preferably, air supporting plate and neck detachable connection.
Preferably, air supporting sheet material matter is with certain elastic lucite, polyethylene, polyvinyl chloride, polypropylene, poly-
Ester, rubber, the thin plate of resin.
Air supporting plate is fixed on raceway pond end semicircular area, by runway by the present invention towards water (flow) direction by neck
The collection hole in pond effectively separates with the other regions of raceway pond.Air supporting plate height is consistent with liquid level or slightly above liquid level 1-3cm；
During microdisk electrode to suitable density, micro bubble generation device is opened, micro bubble generation device spreads a large amount of microbubbles, before air supporting plate
The frustule of side is acted on by air supporting, can largely assemble in water surface；When being moved to due to algae solution at air supporting plate, by air supporting
The stop of plate, liquid level can be slightly above the liquid level of raceway pond other parts at this；The highdensity algae solution in top layer crosses the entrance of air supporting plate
Marker space simultaneously flows into raceway pond collection hole；Real-time, lasting initial concentration to algae solution can be realized by the device；So as to improve
Centrifugal efficiency, reduce harvest cost.
The device is convenient to be dismantled, and is easily built.
Baffle device provided by the invention, it is a kind of lower floor's algae solution generation can be stopped suitable for microalgae raceway pond
Device.Specifically in raceway pond centre position, two choking walls are staggeredly built.Baffle device can make algae solution that turbulent flow occur herein,
Promote the levels of algae solution to exchange, so that the frustule that lower floor is under dark condition rolls to upper strata, obtain enough light
Energy.Choking wall is respectively with middle dividing wall and side wall into 15-30o angles；Highly it is 3-10cm；The gradient is built towards water (flow) direction
For 30-45o slopes, to reduce the resistance run into when current pass through choking wall.
Choking wall length is depending on its angle with raceway pond pool wall, it is preferred that vertical between two choking wall near-ends
Distance is the 1/5-1/3 of raceway pond width.
Double paddle wheel devices provided by the invention, specifically a kind of algae solution that can stir for being installed on microalgae raceway pond both ends push away
The device that dynamic algae solution is advanced.Double paddle wheels significantly more efficient can promote algae solution to advance, and accelerate algae solution inside raceway pond
Circulation；The levels for shortening algae solution exchange required time, promote the gas exchanges of algae solution top layer and air so that more algaes are thin
Born of the same parents obtain enough luminous energy, so as to improve microdisk electrode efficiency.And the groove below paddle wheel so that algae solution produces upwards here
Recoil strength, so as to help to realize the convection current of algae solution levels.
Preferably, the concave surface camber of groove, span are 2-4 times of paddle wheel impeller width, bosom 10-20cm.
Further, the span of groove is 3 times of paddle wheel impeller width, bosom 15cm.
Double paddle wheels are located at the diagonal both ends of raceway pond；Double paddle wheels operate simultaneously, before significantly more efficient can promoting algae solution
Enter, accelerate water circulation.
It is of the invention that there is advantages below compared with existing single-blade wheel runway cell system：（1）It can speed up runway pool inner water
Body circulation, improve and exchange frequency between liquid level and air.（2）The initial concentration to frustule can be real-time, effectively realized,
Centrifugal efficiency is improved, reduces centrifugation energy consumption, reduces harvest cost.（3）The carbon dioxide escape spread can be prevented, improves dioxy
Change carbon utilisation rate, more rapidly regulation algae solution PH.（4）The exchange between algae solution levels can be effectively facilitated, can be prevented
The frustule on top layer can also be made more frustules obtain enough luminous energy, improve total photosynthetic efficiency by light injury.
（5）This raceway pond can realize the continuous culture of microalgae, and caused very small amount waste water in incubation, can pass through sedimentation basin
It is pumped into after accumulation after being handled in water treating pond and is supplemented to raceway pond again, so as to realizes the recovery of nutritive salt and water.（6）This
Installation cost is low involved by invention, easily manufacture, efficiency high, helps to reduce the cost of micro-algae large-scale culture.
Brief description of the drawings
The embodiment of the present invention is described in further detail below in conjunction with the accompanying drawings.
Fig. 1 is the structural representation of transparent confinement cover of the present invention.
Fig. 2 is the schematic diagram of transparent confinement cover embodiment 2 of the present invention.
Fig. 3 is the structural representation of microbubble aerating collecting frustule device of the present invention.
Fig. 4 looks down schematic diagram for raceway pond of the present invention.
Fig. 5 is the groove structure of the embodiment of the present invention 3.
In figure, 1 transparent confinement cover, 2 first water blockage plates, 3 second water blockage plates, 4 aerators, 5 bottom plates, 6 envelopes
Closing plate, 7 air supporting plates, 8 necks, 9 aerators, 10 raceway ponds, 11 algae solution faces, 12 turbulent flow carbon compensators, 13 baffle devices, 14 pairs
Paddle wheel device, 15 collect hole, 16 grooves.Arrow represents the direction of current in figure.
Embodiment
Embodiment 1
Fig. 1,3,4, it is shown, the raceway pond microalgae for being continued aerating collecting frustule using microbubble that the present embodiment provides is supported
Grow system, including raceway pond, set in raceway pond turbulent flow carbon compensator, microbubble aerating collecting device, baffle device, double paddle wheels and
The groove structure divided into.
The turbulent flow carbon compensator for the microalgae raceway pond that the present embodiment provides, including transparent confinement cover and bottom plate, transparent confinement
Cover sets water blockage plate, water blockage plate on transparent confinement cover inwall and bottom plate above bottom plate perpendicular to water (flow) direction
And aerator, aerator are located on bottom plate and before water blockage plate, vertical water in described transparent confinement cover
The front openings in direction are flowed, transparent confinement cover both sides, are provided with closed plate with top below.
Described transparent confinement cover and bottom plate is fixed together by four pillars.
The present embodiment reclaimed water flow resistance baffle plate is provided with two pieces, and the first water blockage plate is located at the top of transparent confinement cover inwall, the
Two water blockage plates are located on bottom plate, and the second water blockage plate is located at behind the first water blockage plate.
To reduce the resistance that current are subject to, transparent confinement cover both sides outer edge area is designed as having " cap " of arc to tie
Structure.
Transparent confinement cover length is the 1/10 of runway pond length；Width is the 1/3 of raceway pond width.
First water blockage plate is highly the 1/3 of algae solution total height；Second water blockage plate is transparent confinement cover total height
1/3；The distance between first and second water blockage plates are the 1/4 of total seal bootr length；Aerator and the first current hinder
The distance between baffle plate is the 1/4 of total transparent confinement cover length.
The Side closure plates of transparent confinement cover two are highly the 1/7 of algae solution total height.
Water blockage plate is connected by way of bonding, rivet or screw with the detachable fixation of transparent confinement cover and bottom plate
Connect.
In use, after the device is dipped in water, current drive the bubble flow forward that aerator is spread, and bubble is forward
Flowing, while float upwards；The stop of the first water blockage plate and seal bootr top is met with respectively；Algae solution can form rapids in this place
Stream, algae solution are fully vortexed with carbon dioxide bubble；Algae solution passes through the first water blockage plate and the space of raceway pond bottom with bubble
Continuing flow forward, bubble can still float in the process, but because the current of bottom suffer from the second water blockage plate
Turbulent flow can be formed again above the barrier plate rear and corresponding seal bootr, algae solution can be promoted fully to be connect with bubble after stop
Touch, promote carbon dioxide further to dissolve；Algae solution continues flow forward with bubble, meets with the stop of seal bootr outer rim, current shape
Into after third time turbulent flow, algae solution fully contacts again with bubble.The multiple turbulent flow formed in the process simultaneously, also effectively cause
Convection current is carried out between algae solution levels, promotes the rolling up and down of microalgae cell so that more frustules obtain in unit of water body
Enough to luminous energy.
The microbubble aerating collecting frustule device that the present embodiment provides, by other regions point in hole and raceway pond will be collected
Separating device and the micro bubble generation device composition separated, micro bubble generation device and collection hole position are in different regions, micro- gas
The generating apparatus that is soaked is arranged on the bottom of pond of raceway pond.
Separating device concrete structure is：It is made up of air supporting plate and neck, neck is arranged on the both sides pool wall of raceway pond end
And bottom of pond, air supporting plate both sides and downside are fixed on the both sides pool wall and bottom of pond of raceway pond end by neck, by neck by gas
Kickboard is fixed on raceway pond end semicircular area, so as to collect a part of region around hole and other regions of raceway pond
Effectively separate.
Air supporting plate can move up and down along the neck on the pool wall of both sides.The angle of air supporting plate and runway pool wall is 15 degree.
Air supporting plate width is the 1/3 of raceway pond overall width；Air supporting plate is highly less than runway pool wall height, higher than algae solution face
2cm。
Neck both sides are by being bonded aluminium alloy structure to raceway pond side wall；Bottom of pond neck passes through in bottom of pond reserving gaps structure
Build.Air supporting plate and neck detachable connection.
Air supporting sheet material matter is with certain elastic lucite thin plate.
The baffle device that the present embodiment provides, it is a kind of lower floor's algae solution generation can be stopped suitable for microalgae raceway pond
Device.Specifically in raceway pond centre position, two choking walls are built.Baffle device can make algae solution that turbulent flow occur herein,
Promote the levels of algae solution to exchange, so that the frustule that lower floor is under dark condition rolls to upper strata, obtain enough light
Energy.Choking wall is respectively with middle dividing wall and side wall into 20o angles；Highly it is 6cm；It is 40o to build the gradient towards water (flow) direction
Slope, to reduce the resistance run into when current pass through choking wall.Vertical range between two choking wall near-ends is raceway pond width
1/4.
Double paddle wheel devices that the present embodiment provides, specifically it is a kind of be installed on microalgae raceway pond both ends can stir algae solution
The device for promoting algae solution to advance.Double paddle wheels significantly more efficient can promote algae solution to advance, and accelerate algae solution inside raceway pond
Circulation；The levels for shortening algae solution exchange required time, promote the gas exchanges of algae solution top layer and air so that more algaes
Cell obtains enough luminous energy, so as to improve microdisk electrode efficiency.
Double paddle wheels are located at the diagonal both ends of raceway pond；Double paddle wheels operate simultaneously, before significantly more efficient can promoting algae solution
Enter, accelerate water circulation.
Embodiment 2
As shown in Fig. 2 the new making-up air device for the microalgae raceway pond that the present embodiment provides is as different from Example 1, institute
The transparent confinement cover and bottom plate stated are fixed together by 2 pillars.
Embodiment 3
As described in Figure 5, the present embodiment sets groove structure unlike foregoing embodiment below paddle wheel, can
The algae solution for making to be stirred forms upward recoil strength in this place, so as to help to realize the levels convection current of algae solution.Groove it is recessed
Face camber, span are 3 times of paddle wheel impeller width, bosom 15cm.
Claims (1)
1. a kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble, it is characterised in that including running
Road pond, turbulent flow carbon compensator is set in raceway pond, continues that the device of raceway pond frustule is collected in air supporting, baffle fills using microbubble
Put, double paddle wheels and the groove structure divided into；
Turbulent flow carbon compensator is used for the utilization rate for improving carbon dioxide and regulation algae solution PH；
Continue air supporting using microbubble and collect the device of raceway pond frustule by the other regions for collecting hole and raceway pond are separated
Separating device and the micro bubble generation device composition opened, micro bubble generation device and collection hole position are in different regions；Baffle fills
Put for producing stop to lower floor's algae solution, the convection current of algae solution levels can be promoted, cause the rolling up and down of frustule, improved single
Effective luminous energy total amount that position water body receives；
Double paddle wheels are used to increase water velocity, shorten algae solution circulation time；The groove of lower section, the algae solution being stirred can be made herein
Place forms upward recoil strength, promotes the convection current between algae solution levels；
Described turbulent flow carbon compensator includes transparent confinement cover and bottom plate, and transparent confinement cover is located above bottom plate, transparent confinement cover
Water blockage plate and aerator, aerator is set to be located on bottom plate and in water perpendicular to water (flow) direction on inwall and bottom plate
Before flow resistance baffle plate, the front openings of Transverse to the flow direction in described transparent confinement cover, transparent confinement cover both sides, below and
Top is provided with closed plate；
Described micro bubble generation device is arranged on the bottom of pond of raceway pond；
Described baffle device, it is specifically：In raceway pond centre position, a plurality of choking wall is staggeredly built；Choking wall respectively with centre
Dividing wall and side wall are into 15-30o angles；Highly it is 3-10cm；It is 30-45o slopes to build the gradient towards water (flow) direction；
Described double paddle wheels, specifically a kind of dress that can be stirred algae solution and promote algae solution to advance for being installed on microalgae raceway pond both ends
Put, double paddle wheels are located at the diagonal both ends of raceway pond；Divide into groove structure；
Water blockage plate is provided with two pieces, and the first water blockage plate is located at the top of transparent confinement cover inwall, the second water blockage plate position
In on bottom plate, the second water blockage plate is located at behind the first water blockage plate；
Transparent confinement cover both sides outer edge area is designed as " cap " structure with arc or taper；
Described separating device is made up of air supporting plate and neck, and neck is arranged on the both sides pool wall and bottom of pond of raceway pond end, gas
Kickboard both sides and downside are fixed on the both sides pool wall and bottom of pond of raceway pond end by neck, are fixed on air supporting plate by neck
Raceway pond end semicircular area, so as to which a part of region around collection hole and other regions of raceway pond effectively be separated；
Air supporting plate moves up and down along the neck on the pool wall of both sides；
The angle of air supporting plate and runway pool wall is between 10-30 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510418103.4A CN105002086B (en) | 2015-07-16 | 2015-07-16 | A kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510418103.4A CN105002086B (en) | 2015-07-16 | 2015-07-16 | A kind of raceway pond microalgae cultivating system for continuing aerating collecting frustule using microbubble |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105002086A CN105002086A (en) | 2015-10-28 |
| CN105002086B true CN105002086B (en) | 2017-12-01 |
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| CN108641923A (en) * | 2018-05-07 | 2018-10-12 | 江南大学 | A kind of closing slope formula runway cell system for the harvesting of microalgae large-scale culture |
| CN109355170A (en) * | 2018-11-27 | 2019-02-19 | 重庆滂渤农业科技有限公司 | Yellow silk algae culturing device and cultural method |
| CN109526851A (en) * | 2019-01-14 | 2019-03-29 | 浙江佰瑞拉农业科技有限公司 | The controllable factory-like pearl culture system of overall process |
| CN110422930A (en) * | 2019-07-31 | 2019-11-08 | 宁波倍加福生物技术有限公司 | Racetrack biodegrade pond and its working method |
| CN110699235B (en) * | 2019-09-25 | 2022-11-25 | 微资源(上海)生物技术有限公司 | Runway type algae cultivation system |
| CN110669638B (en) * | 2019-09-30 | 2024-04-19 | 旭无线(宁波)智能卫浴有限公司 | Microalgae cultivation runway pool and working method thereof |
| CN110846211B (en) * | 2019-10-11 | 2023-09-29 | 孙旭阳 | Method and device for culturing microalgae attached to wall by mobile mechanical stirring thin liquid layer |
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| CN101659922B (en) * | 2008-08-28 | 2013-06-19 | 青岛生物能源与过程研究所 | Closed raceway pond microalgae culture system |
| CN102260629B (en) * | 2010-05-28 | 2014-07-30 | 中国科学院过程工程研究所 | Plate-type photobioreactor |
| CN102660451B (en) * | 2012-05-07 | 2014-04-30 | 中国科学院过程工程研究所 | Horizontal immersion cover type carbon supplement device and carbon supplement method used in culture of microalgae in open pond |
| CN103756893A (en) * | 2013-12-23 | 2014-04-30 | 中国科学院南海海洋研究所 | Foam concentration and harvest device for microalgae |
| CN204874506U (en) * | 2015-07-16 | 2015-12-16 | 中国海洋大学 | Utilize microbubble to last gather little algae farming systems in runway pond of frustule of air supporting |
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