CN203243788U - Integrated system for producing spirulina in sealed mode - Google Patents
Integrated system for producing spirulina in sealed mode Download PDFInfo
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- CN203243788U CN203243788U CN2013202976796U CN201320297679U CN203243788U CN 203243788 U CN203243788 U CN 203243788U CN 2013202976796 U CN2013202976796 U CN 2013202976796U CN 201320297679 U CN201320297679 U CN 201320297679U CN 203243788 U CN203243788 U CN 203243788U
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
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Abstract
The utility model discloses an integrated system for producing spirulina in a sealed mode in order to solve the problems that an existing spirulina culturing device is short in production cycle, is short in service life and can not achieve large-scale production. The integrated system for producing spirulina in the sealed mode comprises a spirulina expansion culturing pool, a spirulina culturing pool and a spirulina liquid recycling pool which are communicated with each other, wherein framework sealed bodies which cover pool surfaces and are erected on vertical column foundations are respectively arranged around the pool edges of the spirulina expansion culturing pool, the spirulina culturing pool and the spirulina liquid recycling pool, so that a spirulina expansion culturing room, a spirulina culturing room and a spirulina liquid harvesting room are formed, a spirulina planting pool connected with the spirulina expansion culturing pool is further arranged inside the spirulina expansion culturing room, and a spirulina collecting pool is arranged between the spirulina culturing room and the spirulina harvesting room. In a word, the integrated system for producing spirulina in the sealed mode can prolong the spirulina production cycle, is long is service life, economical and efficient, and can achieve large-scale production.
Description
Technical field
The utility model relates to a kind of spirulina production system, is specially adapted to the closed production spirulina of Han Qu, drought-hit area.
Background technology
Spirulina is a kind of low water plants such as grade of photosynthetic autotrophs, contain various mineral matters of 18 seed amino acids, vitamin, biological polyoses, unsaturated fatty acid, chlorophyll, carotenoid and needed by human body that 60-70% protein and human body can not synthesize etc., excellent alimentary health-care function is arranged, can promote growing, delaying senility of cell and human body, can improve the human body immunity function again, numerous disease is had good prevention and auxiliary therapeutic action, and Ministry of Public Health's approved is the medicine-food two-purpose resource.
At present domestic cultivation to spirulina, the main open cultivation that adopts, open cultivation, it is a kind of open-air cultivation, namely utilize natural lake or or build open-air culturing pool and produce spirulina, though the method cost is low, is subjected to regional limits, easily pollutes, production efficiency is low, is difficult to produce a drug food level Spirulina Products.
Domestic to the gathering of ripe spirulina in addition, all adopt electric water pump to receive algae from the culturing pool suction, but because the spirulina cells wall is very thin, this machinery extract and easily causes the spirulina cells wall damaged in a large number, at culturing pool internal contamination culturing liquid, causes a large amount of dead algaes.
The utility model content
The purpose of this utility model provides a kind of integral system of closed production spirulina, lacks to solve with short production cycle, the service life that exist in the existing spirulina breeding device, can not form the problem of large-scale production.
A kind of integral system of closed production spirulina, the spirulina that the comprises connection pond that spreads cultivation, spirulina culture pond and algae liquid recovery pond, in the described spirulina pond that spreads cultivation, thereby the pond of spirulina culture pond and algae liquid recovery pond along around be respectively equipped with the skeleton obturator on upright post basic built that shrouds the pond face and form the spirulina chamber that spreads cultivation, the spirulina breeding chamber, the collection of spirulina chamber, described spirulina spreads cultivation and also is provided with in the chamber and the spirulina spirulina breeding pond that the pond links to each other that spreads cultivation, also be provided with Ji Zaochi between described spirulina breeding chamber and the collection of spirulina chamber, the described spirulina pond that spreads cultivation, spirulina culture pond, the physical features of Ji Zaochi and algae liquid recovery pond reduces successively, described spirulina spreads cultivation and is connected by algae kind carrier pipe between pond and the spirulina culture pond, connect by the first algae liquid carrier pipe between spirulina culture pond and the collection algae pond, connect by the second algae liquid carrier pipe between described Ji Zaochi and the algae liquid recovery pond.
As further improvement of the utility model, described algae kind carrier pipe, the first algae liquid carrier pipe, the second algae liquid carrier pipe are downward-sloping, and its horizontal tilt angle is 1-5 degree angle.The gravity flow of algae liquid is convenient in this design, can effectively reduce the mechanical damage of frond.
As further improvement of the utility model, surrounded by eastern framework, western framework, southern framework, northern framework around the described skeleton obturator, described eastern framework and western framework comprise quadrate framework and the arch form skeleton that arranges on it, in described quadrate framework and the arch form skeleton PC sunlight board is set, described northern framework comprises brick structure body of wall and PC sunlight board on it is set, have vent window and door on the described brick structure body of wall, described southern framework is comprised of the PC sunlight board.
With the PC sunlight board lighting material as roofing, the PC sunlight board is polycarbonate plate or polycarbonate sheet in the utility model, the premium properties of tool lightweight, weather-proof, superpower, fire-retardant, sound insulation.Light transmittance can reach 82%-89%, and heat transfer coefficient (K value) is low, and heat-proof quality is good, good airproof performance, service life 10-15, good impact resistance, good heat preservation performance, heat-resisting cold-resistant, the easy cleaning foreign material are convenient to be connected with light weight steel frame.Energy-conservation be same thickness glass 1.5-1.7 doubly.Weather-proof: as to keep the stable of physical properties index-40 ℃ of-120 ℃ of scopes.Accelerated aging test 4000 hours, xanthochromia degree are 2%, and light transmittance only reduces by 0.6%.Difficult combustion: meet the difficult combustion of GB8624-1997 primary standard.The thick polycarbonate layered impact strength of impact strength: 6mm is 16 times in same thickness safety glass dacron.Easily install: but at normal temperatures along rib direction cold roll forming, minimum bending radius is 175 times of thickness of slab.Use can reach 15 years.
As further improvement of the utility model, described spirulina spread cultivation chamber, spirulina breeding chamber the arch form skeleton above be provided with the Motorized blind net.External sunshade design can improve ecotope in the canopy by regulating illumination. and the torridity summer ante-venna can the stop portions sunlight according to different sunshade rates, and it is indoor that the sunlight diffusion is entered, the uniform irradiation spirulina, avoid spirulina to be burnt by high light, improve growth rate, reduce dead algae.
As further improvement of the utility model, described spirulina culture pond has been arranged side by side at least 3, is provided with the circulation of algae liquid in each spirulina culture pond every the road; End near the first algae liquid carrier pipe at the bottom of the pond of spirulina culture pond is provided with discharge orifice and algae liquid moisturizing hole under the spirulina algae liquid, discharge orifice links to each other with the first algae liquid carrier pipe under the described spirulina algae liquid, presents the gradient of 0.1-1 degree at the bottom of the pond of described spirulina culture pond downwards to the end near discharge orifice under the spirulina algae liquid.
As further improvement of the utility model, in the pond of each spirulina culture pond, flow to perpendicular direction with algae liquid and be provided with group algae axle, be fixed with on the described group of algae axle and dial the algae plate, described group of algae axle links to each other with reducing motor by bearing block.
Described algae liquid recovery pond bottom is provided with the spirulina filtrate reflux line that links to each other with described Ji Zaochi.So that algae liquid circulates in spirulina culture pond.
As further improvement of the utility model, the face top, pond of described algae liquid recovery pond is provided with the steel mesh stand; Described steel mesh stand is provided with the collection of spirulina machine.
As further improvement of the utility model, the arranged outside of described spirulina breeding chamber has the nutritious algae liquid preparing pool, the top of described nutritious algae liquid preparing pool is provided with top cover, the ground, pond of described nutritious algae liquid preparing pool is lower than the surface water plane, and described nutritious algae liquid preparing pool is connected with spirulina breeding pond by the nutrient solution service.The nutrient solution of body series allotment chamber physical features is lower than the surface water plane, both can play the allotment nutritious algae liquid, more can play the effect of impurity in the sedimentation nutrient solution.
As further improvement of the utility model, described spirulina culture pond is xoncrete structure at the bottom of the pond, from bottom to top is followed successively by sand dirt band, yellow clay soil layer, plastics waterproofing rete, yellow clay soil layer, rebar cylinder mould layer, concrete layer at the bottom of the pond.Frost-cracking-preventing, anti-expand, antiseep is effective, can be applicable to the Northwest.
The beneficial effect of the integral system of closed production spirulina of the present utility model is:
1. the each several part of body series exists ground potential difference, pipeline to have the gradient, and the gravity flow of algae liquid is convenient in this design, can effectively reduce the mechanical damage of frond;
2. the automatic telescopic external sunshade of body series design can improve the cultivation indoor ecological environment by regulating illumination, makes the even diffusion of sunlight, avoids spirulina to be burnt by high light, improves growth rate, reduces dead algae;
3. algae liquid can circulate in spirulina culture pond;
4. the nutrient solution of body series allotment chamber physical features is lower than horizontal plane, both can allocate nutritious algae liquid, more can play the high area of calcium-magnesium content in the effect, particularly water of impurity in the sedimentation nutrient solution, impurity sedimentation is more than 80%.
5. the culturing pool pond bottom structure of body series, frost-cracking-preventing, anti-ly expand, antiseep is effective, can be applicable to the Northwest.
Generally speaking, use native system can prolong the spirulina production cycle, long service life, economical and efficient can form large-scale production, by spirulina production practices in 4 years, the result shows: growth of spirulina platensis speed is accelerated, reduced dead algae, spirulina was increased to 7 months from 5 months campaign, prolonged 2 months; Output is from 8.2g/m
2﹒ d brings up to 11.8g/ m
2﹒ d increases by 43.9% than additive method, does not withdraw from throughout the year the PC sunlight board simultaneously, and culturing pool spring, drum split, and saved cost.
Description of drawings
Fig. 1 is a kind of main TV structure schematic diagram of integral system of closed production spirulina;
Fig. 2 is a kind of vertical view of integral system of closed production spirulina;
Fig. 3 is a kind of integral system Middle East framework of closed production spirulina and the structural representation of western framework;
Fig. 4 is the structural representation of northern framework in a kind of integral system of closed production spirulina;
Fig. 5 is a kind of structural representation of the Central-South framework of integral system of closed production spirulina;
Fig. 6 is the partial sectional view of collection of spirulina chamber in a kind of integral system of closed production spirulina;
Fig. 7 is the structural representation at the bottom of the spirulina culture pond pond in a kind of integral system of closed production spirulina.
The Reference numeral implication is as follows: the spirulina chamber (1) that spreads cultivation, spirulina breeding chamber (2), collection of spirulina chamber (3), Ji Zaochi (4), algae kind carrier pipe (5), spirulina breeding pond (7), the spirulina pond (8) that spreads cultivation, spirulina culture pond (9), the circulation of algae liquid is every road (10), walkway (11), discharge orifice (12) under the spirulina algae liquid, algae liquid moisturizing hole (13), reducing motor (14), dial algae axle (15), dial algae plate (16), bearing block (17), algae liquid recovery pond (18), spirulina filtrate reflux line (19), steel mesh stand (20), working stand (21), collection of spirulina machine (22), quadrate framework (23), arch form skeleton (24), the first algae liquid carrier pipe (25), Motorized blind net (26), upright post basic (27), door (28), nutritious algae liquid preparing pool (29), PC sunlight board (30), brick structure body of wall (31), vent window (32), the second algae liquid carrier pipe (33), nutrient solution service (34), sand dirt band (91), yellow clay soil layer (92), plastics waterproofing rete (93), rebar cylinder mould layer (94), concrete layer (95), horizontal tilt angle (A).
Embodiment
Below in conjunction with drawings and Examples the utility model is described further.
As shown in the figure, a kind of integral system of closed production spirulina, the spirulina that the comprises connection pond 8 that spreads cultivation, spirulina culture pond 9 and algae liquid recovery pond 18, in the spirulina pond 8 that spreads cultivation, thereby the pond of spirulina culture pond 9 and algae liquid recovery pond 18 along around be respectively equipped with the skeleton obturator on upright post basic 27 built that shrouds the pond face and form the spirulina chamber 1 that spreads cultivation, spirulina breeding chamber 2, collection of spirulina chamber 3, spirulina spreads cultivation and also is provided with in the chamber 1 and the spirulina spirulina breeding pond 7 that pond 8 links to each other that spreads cultivation, also be provided with collection algae pond 4 between spirulina breeding chamber 2 and the collection of spirulina chamber 3, the spirulina pond 8 that spreads cultivation, spirulina culture pond 9, the physical features of collection algae pond 4 and algae liquid recovery pond 18 reduces successively, spirulina spreads cultivation and is connected by algae kind carrier pipe 5 between pond 8 and the spirulina culture pond 9, connect by the first algae liquid carrier pipe 25 between spirulina culture pond 9 and the collection algae pond 4, connect by the second algae liquid carrier pipe 33 between collection algae pond 4 and the algae liquid recovery pond 18.Described algae kind carrier pipe 5, the first algae liquid carrier pipe 25, the second algae liquid carrier pipe 33 are downward-sloping, and its horizontal tilt angle A is 1-5 degree angle.
Such as Fig. 3-shown in Figure 5, surrounded by eastern framework, western framework, southern framework, northern framework around the obturator, east framework and western framework comprise quadrate framework 23 and the arch form skeleton 24 that arranges on it, in quadrate framework 23 and the arch form skeleton 24 PC sunlight board 30 is set, the north framework comprises brick structure body of wall 31 and PC sunlight board 30 on it is set, have vent window 32 and door 28 on the brick structure body of wall 31, southern framework is comprised of PC sunlight board 30.Spirulina spread cultivation chamber 1, spirulina breeding chamber 2 arch form skeleton 24 above be provided with the Motorized blind net 26 that can stretch to both sides.Generally hide at 12.00-16.00 summer, can reach 70% sunshade rate.Motorized blind network operation speed: 0.36m/min, one way running time: 10.8min, power supply: 380V, three-phase, 50HZ, power of motor: 0.75KW.
The skeleton obturator of collection of spirulina chamber 3 and other two Room are basic identical, just without the Motorized blind net.
As shown in Figure 2, spirulina culture pond 9 has been arranged side by side at least 3, is provided with the circulation of algae liquid in each spirulina culture pond 9 every road 10; End near the first algae liquid carrier pipe 25 at the bottom of the pond of spirulina culture pond 9 is provided with discharge orifice 12 and algae liquid moisturizing hole 13 under the spirulina algae liquid, discharge orifice 12 links to each other with the first algae liquid carrier pipe 25 under the spirulina algae liquid, presents the gradient of 0.1-1 degree at the bottom of the pond of spirulina culture pond 9 downwards to the end near discharge orifice 12 under the spirulina algae liquid.The low side arranged outside has walkway 11 in the bottom surface, pond of spirulina culture pond 9.Algae liquid moisturizing hole 13 is connected with water supply line.
In the pond of each spirulina culture pond 9, flow to perpendicular direction with algae liquid and be provided with group algae axle 15, dial to be fixed with on the algae axle 15 and dial algae plate 16, dial algae axle 15 and link to each other with reducing motor 14 by bearing block 17.
Algae liquid recovery pond 18 bottoms are provided with and the spirulina filtrate reflux line 19 that collects algae pond 4 and link to each other.
The face top, pond of algae liquid recovery pond 18 is provided with steel mesh stand 20; Steel mesh stand 20 is provided with collection of spirulina machine 22.Working stand 21 is arranged on the steel mesh stand 20.
The arranged outside of spirulina breeding chamber 2 has nutritious algae liquid preparing pool 29, the top of nutritious algae liquid preparing pool 29 is provided with top cover, can be with 29 cappings of nutritious algae liquid preparing pool, the ground, pond of nutritious algae liquid preparing pool 29 is lower than the surface water plane, nutrient solution preparing pool 29 is the semi-underground type structure, and nutritious algae liquid preparing pool 29 is connected with spirulina breeding pond 7 by nutrient solution service 34.
As shown in Figure 7, spirulina culture pond is xoncrete structure at the bottom of 9 ponds, from bottom to top is followed successively by sand dirt band 91, yellow clay soil layer 92, thickening plastics waterproofing rete 93, yellow clay soil layer 92, rebar cylinder mould layer 94, concrete layer 95 at the bottom of the pond.
The process of the integral system cultivating spirulina of the closed production spirulina of the utility model is as follows, at first with 7 cultivations in spirulina breeding pond of a certain amount of spirulina seed, then the algae kind after breeding gravity flow being transported to the spirulina pond 8 that spreads cultivation cultivates, then the spirulina after the cultivation of will spreading cultivation is transported to spirulina culture pond 9 through algae kind carrier pipe 5 gravity flow and cultivates, after cultivation reaches the requirement of gathering, be transported to collection algae pond 4 by 25 gravity flows of the first algae liquid carrier pipe, through after the precipitated impurities, gravity flow is transported to collection of spirulina chamber 3, is gathered by collection of spirulina machine 22.
Embodiment 1: lay at the bottom of spirulina culture pond 9 ponds: the bottom is filled the thick sand horsestone of 600mm, then the thick yellow pelinite of bedding one deck 50-60mm, upwards bedding one deck is thickeied plastic waterproof membrane again, add the thick yellow pelinite of 50-60mm, add the concrete that tamps one deck 150mm behind the last layer rebar cylinder mould, surperficial concrete is closed flat, reaches smooth.
The above embodiment only is that preferred embodiment of the present utility model is described; be not that scope of the present utility model is limited; under the prerequisite that does not break away from the utility model design spirit; various distortion and improvement that those of ordinary skills make the technical solution of the utility model all should fall in the definite protection domain of claims of the present utility model.
Claims (10)
1. the integral system of a closed production spirulina, the spirulina that the comprises connection pond that spreads cultivation, spirulina culture pond and algae liquid recovery pond, it is characterized in that: in the described spirulina pond (8) that spreads cultivation, the pond of spirulina culture pond (9) and algae liquid recovery pond (18) along around be respectively equipped with shroud the pond face build at upright post basic (27) thus on the skeleton obturator form the spirulina chamber (1) that spreads cultivation, spirulina breeding chamber (2), collection of spirulina chamber (3), described spirulina spreads cultivation and also is provided with in the chamber (1) and the spirulina spirulina breeding pond (7) that pond (8) links to each other that spreads cultivation, also be provided with Ji Zaochi (4) between described spirulina breeding chamber (2) and collection of spirulina chamber (3), the described spirulina pond (8) that spreads cultivation, spirulina culture pond (9), the physical features of Ji Zaochi (4) and algae liquid recovery pond (18) reduces successively, described spirulina spreads cultivation and is connected by algae kind carrier pipe (5) between pond (8) and the spirulina culture pond (9), connect by the first algae liquid carrier pipe (25) between spirulina culture pond (9) and the Ji Zaochi (4), connect by the second algae liquid carrier pipe (33) between described Ji Zaochi (4) and the algae liquid recovery pond (18).
2. the integral system of closed production spirulina according to claim 1 is characterized in that: described algae kind carrier pipe (5), the first algae liquid carrier pipe (25), the second algae liquid carrier pipe (33) are downward-sloping, and its horizontal tilt angle is 1-5 degree angle.
3. the integral system of closed production spirulina according to claim 1 and 2, it is characterized in that: described skeleton obturator around by eastern framework, the west framework, the south framework, the north framework surrounds, described eastern framework and western framework comprise quadrate framework (23) and arch form skeleton (24) on it are set, in described quadrate framework (23) and the arch form skeleton (24) PC sunlight board (30) is set, described northern framework comprises brick structure body of wall (31) and PC sunlight board (30) on it is set, have vent window (32) and door (28) on the described brick structure body of wall (31), described southern framework is comprised of PC sunlight board (30).
4. the integral system of closed production spirulina according to claim 3 is characterized in that: be provided with Motorized blind net (26) in the spread cultivation top of arch form skeleton (24) of chamber (1), spirulina breeding chamber (2) of described spirulina.
5. the integral system of closed production spirulina according to claim 4, it is characterized in that: described spirulina culture pond (9) has been arranged side by side at least 3, is provided with the circulation of algae liquid in each spirulina culture pond (9) every road (10); End near the first algae liquid carrier pipe (25) at the bottom of the pond of spirulina culture pond (9) is provided with discharge orifice (12) and algae liquid moisturizing hole (13) under the spirulina algae liquid, discharge orifice (12) links to each other with the first algae liquid carrier pipe (25) under the described spirulina algae liquid, presents the gradient of 0.1-1 degree at the bottom of the pond of described spirulina culture pond (9) downwards to the end near discharge orifice (12) under the spirulina algae liquid.
6. the integral system of closed production spirulina according to claim 5, it is characterized in that: in the pond of each spirulina culture pond (9), flow to perpendicular direction with algae liquid and be provided with group algae axle (15), be fixed with on the described group of algae axle (15) and dial algae plate (16), described group of algae axle (15) links to each other with reducing motor (14) by bearing block (17).
7. the integral system of closed production spirulina according to claim 6 is characterized in that: be provided with the spirulina filtrate reflux line (19) that links to each other with described Ji Zaochi (4) bottom the described algae liquid recovery pond (18).
8. the integral system of closed production spirulina according to claim 7 is characterized in that: be provided with steel mesh stand (20) above the pond face of described algae liquid recovery pond (18); Described steel mesh stand (20) is provided with collection of spirulina machine (22).
9. the integral system of closed production spirulina according to claim 8, it is characterized in that: the arranged outside of described spirulina breeding chamber (2) has nutritious algae liquid preparing pool (29), the top of described nutritious algae liquid preparing pool (29) is provided with top cover, and the ground, pond of described nutritious algae liquid preparing pool (29) is lower than the described nutritious algae liquid preparing pool in surface water plane (29) and is connected with spirulina breeding pond (7) by nutrient solution service (34).
10. the integral system of closed production spirulina according to claim 9, it is characterized in that: be xoncrete structure at the bottom of the pond of described spirulina culture pond (9), from bottom to top be followed successively by sand dirt band (91), yellow clay soil layer (92), plastics waterproofing rete (93), yellow clay soil layer (92), rebar cylinder mould layer (94), concrete layer (95) at the bottom of the pond.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2013202976796U CN203243788U (en) | 2013-05-28 | 2013-05-28 | Integrated system for producing spirulina in sealed mode |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202976796U CN203243788U (en) | 2013-05-28 | 2013-05-28 | Integrated system for producing spirulina in sealed mode |
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| CN203243788U true CN203243788U (en) | 2013-10-23 |
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| CN2013202976796U Expired - Fee Related CN203243788U (en) | 2013-05-28 | 2013-05-28 | Integrated system for producing spirulina in sealed mode |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103238512A (en) * | 2013-05-28 | 2013-08-14 | 甘肃凯源生物技术开发中心 | Sealed integrated system for producing spirulina |
| CN106465677A (en) * | 2015-08-18 | 2017-03-01 | 杭州旭文海洋科技有限公司 | The method setting up serialization high-efficiency artificial cultivating seaweed system |
-
2013
- 2013-05-28 CN CN2013202976796U patent/CN203243788U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103238512A (en) * | 2013-05-28 | 2013-08-14 | 甘肃凯源生物技术开发中心 | Sealed integrated system for producing spirulina |
| CN103238512B (en) * | 2013-05-28 | 2015-01-21 | 甘肃凯源生物技术开发中心 | Sealed integrated system for producing spirulina |
| CN106465677A (en) * | 2015-08-18 | 2017-03-01 | 杭州旭文海洋科技有限公司 | The method setting up serialization high-efficiency artificial cultivating seaweed system |
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