TWI504345B - Multi-layer ecological recirculating aquaculture system - Google Patents

Description

Multi-dimensional ecological recycling system

The invention relates to a multi-dimensional eco-circulating breeding system, in particular to a breeding system which has the advantages of food supply and water quality treatment, and can achieve the advantages of saving manpower, cost and ecological balance.

At present, aquarium devices for raising fish, algae, plankton or microorganisms are generally required according to different farming needs, and different sizes of breeding spaces are needed to accommodate aquaculture water, filtration cycle equipment and food supply equipment.

For example, the invention patent No. I345453, “Multi-level Aquaculture System Constructed by Commercial Support Structure”, announced on July 21, 100, includes the construction of a scaffolding system and a storage system and a horticultural greenhouse system. The supporting structure adopted is used as the structure of multi-level aquaculture facilities to achieve the purpose of rapidly constructing multi-level aquaculture facilities. This multi-level facility is equipped with an existing system to modify or/and process a multi-level aquaculture including the provision of vertical and horizontal support systems, stairways or power lift systems for up and down people, various environmentally-adjusted fittings and various positioning fittings. The various components of the facility include various levels of aquaculture facilities, various types of sinks and pipeline support frames, multi-level farming facilities for people's goods up and down systems, various environmentally-adjusted accessories, multi-level farming facilities, bracket stabilization, and sinks and piping. Components such as positioning and shock-proof accessories, and personnel safety facilities in multi-level farming facilities. These farming facilities include small-scale farming facilities used in laboratories and classrooms, medium-sized farming facilities for display, and large-scale facilities used in farming sites. Cultured aquatic organisms include fish, shrimp, shellfish and algae.

There is also a new patent No. M446778 entitled "Waste/Sewage Treatment System Using Ecological Cycle Mechanism" announced by the Republic of China on February 11, 102, which discloses: including: a biological preparation environment with a water storage space, and Directing a sewage source to the water storage space, the sewage source having a plurality of organic compounds and suspended matter, and adding a proper proportion of the purified water source, wherein the water storage space is provided with a light source to form an environment for cultivating algae And a plurality of water rafts are arranged in the water storage space, and the waste water/sewage treatment system is jointly formed by the algae and the water raft in the water storage space to remove the pollution sources such as organic compounds and suspended solids in the water storage space. Thereby, the odor and pollutants in the sewage source can be effectively improved, and the form of reclaimed water can be recovered as a resource, which can achieve the purpose of waste/sewage treatment, and can reduce the huge energy consumption, and has the concept of sustainable environmental protection.

There is also a new type of patent No. M406347 entitled "Three-dimensional culture equipment of fern algae" announced on July 1, 100, which is disclosed in the following: it contains a frame, a plurality of culture tanks, a pipeline unit, a filter device, The plurality of lighting devices and the plurality of temperature controllers have a plurality of compartments, and the culture tanks are respectively arranged in the compartments of the frame, the pipeline units are serially connected to the frame, and the pipeline unit comprises a water inlet pipeline and a The drainage pipeline and the water inlet pipeline respectively have a water supply head in each compartment, and the drainage pipeline has a drainage head in each compartment, and the water flowing out from each culture tank flows from the end of the drainage pipeline through the filtering device, and then enters the water inlet pipe. In the road, the culture tank is circulated and water is supplied, and the plurality of illumination devices are respectively arranged in the compartments of the frame, and the plurality of temperature controllers are respectively arranged in the respective culture tanks, thereby forming a three-dimensional culture device.

In addition, the patent No. I379814 of the Republic of China on December 21, 101, "Algae Purification System for Effective Use of Sunlight", discloses that it receives waste water from a source to a sedimentation tank; it is basically separated in the above sedimentation tank. The solid waste and the sludge and the fluid phase in the wastewater; the fluid phase of the wastewater is treated in the sedimentation tank by at least one algae purification system having one or more active and/or passive solar trackers, the solar tracking Combining a plurality of rotatable and/or tilting growth screens, at least one layer of algae growing on the growth screen; converting the luminescent material and/or a layer or layers through one or more layers overlying at least a portion of the algae purification system Multi-layer down conversion luminescent material will be too Sunlight or artificial light is directed to the plurality of growth screens; CO2 from atmospheric or external sources is supplied to the algae purification system; and the above-mentioned algal layer from the growth screen is periodically collected and processed for use in manufacturing biogas, biofuel Or other by-products. An algae purification system for the efficient use of sunlight for treating wastewater.

However, the above-mentioned patents have only a single aspect of improved aquaculture function, filtration function or the function of cultivating algae, plankton or microorganisms as food or manufacturing biogas fuel or other by-products, and do not have diverse functions. Coexisting, and at the same time, the equipment will increase the space for breeding, recycling or accommodating equipment as the number of cultures increases. In particular, the water consumption and power consumption will increase, and the food demand for feeding water products will be increased. The amount becomes larger, so it is rather unsatisfactory in use.

Therefore, in view of the aquarium filtration device currently used, the above-mentioned disadvantages are used in use, the present invention provides a multi-dimensional eco-circulation breeding system, which is provided with a biological breeding pond; a sewage pool with a relative installation height system. Lower than the biological breeding pond, the sewage pool is connected to the biological breeding pond; a food supply subsystem has a relative installation height higher than the biological breeding pond and the sewage pool, and the food supply subsystem contains at least one fertilizer water cooling a processor, a water overflow overflow storage tank, a microalgae culture tank, a rotifer breeding area, and a brine shrimp culture pond, the fertilizer water cooling device is connected to the biological culture tank, and the fertilizer overflow storage tank system and the The fertilizer water cooling storage device is connected to the microalgae culture pond, and the microalgae culture pond is connected to the biological aquaculture pond; The water treatment subsystem has a relative installation height higher than the biological culture pond and the sewage pool, and the water treatment subsystem includes at least one filter tank and one net a pool, an overflow storage tank, an enzyme culture tank, a microbial culture tank and a photosynthetic culture tank, the filter tank is connected to the sewage tank, the clean pool, the overflow storage tank and the filter tank In connection, the enzyme culture tank, the microbial culture tank, and the photosynthetic culture tank are connected to the fertilizer overflow storage tank, and the enzyme culture tank, the microbial culture tank, the photosynthetic culture tank and the brine shrimp culture The pool is connected, The overflow storage tank, the enzyme culture tank, the microbial culture tank, and the photosynthetic culture tank are connected to the biological culture tank.

The sewage pool is provided with a first pump, the relative installation height of the fertilizer cooling processor is higher than the sewage pool, and the fertilizer water cooling device is provided with a first supply pipeline connected to the first pump of the sewage pool. Further, the fertilizer water cooling processor is provided with a second pump, and the second pump is provided with a second supply line connected to the fertilizer overflow storage tank, and the relative installation height of the fertilizer overflow storage tank is higher than The fertilizer water cooling storage tank is provided with a third supply line connected to the microalgae cultivation tank, the relative installation height of the fertilizer overflow storage tank is higher than the microalgae cultivation tank, the rotifer The relative installation height of the breeding area is higher than the microalgae cultivation tank and is equal to the fertilizer overflow storage tank, and the rotifer breeding area is provided with a fourth supply line connected to the microalgae cultivation tank, the microalgae The culture tank is provided with a fifth supply line connected to the biological culture tank, the relative installation height of the microalgae cultivation tank is higher than the biological culture tank, and the relative installation height of the brine shrimp culture pond is lower than the microalgae Pond, but this too high bio-pond, and the microalgae culturing tank and the fifth supply line connected to the communication and biological pond.

The relative installation height of the filter tank is higher than the sump, and a first conveying pipeline is connected to the first pump of the sump, and the relative installation height of the sump is higher than the filter tank, the purified water The tank is connected to the filter tank, and the filter tank is provided with a third pump, and the third pump is connected to the overflow tank, and the overflow is connected to the overflow tank. The relative installation height of the storage tank is higher than the filter tank, and the overflow storage tank is provided with a fourth transfer pipeline connected to the biological culture tank, the relative installation height of the overflow storage tank is higher than the biological culture tank, and Contrast with the brine shrimp culture pond, and the relative installation height of the enzyme culture tank is higher than the overflow storage tank, and the enzyme culture tank is connected with the third supply pipeline of the fertilizer overflow storage tank, the enzyme The culture tank is connected to the fourth transfer line of the overflow storage tank, and the enzyme culture tank is provided with a fifth transport line connected to the brine shrimp culture tank, and the relative installation height of the enzyme culture tank is higher than the a brine shrimp culture pond, the microbial culture tank is connected to the enzyme culture tank, and the microbial culture tank is connected to a third supply pipeline of the fertilizer overflow storage tank, the microbial culture tank and the overflow storage tank The fourth delivery line is connected, and the microbial culture tank is connected to the fifth delivery line of the enzyme culture tank, the photosynthetic bacteria culture tank is equal to the microalgae culture tank, and is stored with the overflow The fourth delivery line of the tank is connected, and the photosynthetic bacteria culture tank is connected to the fifth delivery line of the enzyme culture tank, and the photosynthetic bacteria culture tank is connected with the third supply line of the fertilizer overflow storage tank. connection.

The above biological aquaculture tank is provided with a discharge pipeline connecting the discharge pipeline of the biological culture tank.

The above biological aquaculture pond has an initial filtering function.

The biological breeding pond comprises at least one of a wooden barrel culture tank, a glass tank culture pond, a cement culture pond, a biological hatchery tank or a combination thereof.

The above-mentioned fertilizer water cooling device is divided into a primary fertilizer water zone and a high-grade fertilizer water zone, and a cooling water tower is provided for cooling treatment.

The above-mentioned clean water pool is introduced into fresh water and sea water, and mixed and mixed in different proportions.

The above blending ratio of fresh water and seawater is 1:1.

The multi-dimensional ecological cycle culture system, wherein the overflow storage tank comprises at least one of a glass tank overflow tank, a barrel overflow tank, a cement overflow tank, or a combination thereof.

The invention has the following advantages:

1. The invention can simultaneously have the dual functions of food supply and water quality treatment, and can achieve the effect of saving manpower and cost.

2. The invention can maintain the ecological balance and the cleanliness of the water for a long time, and only needs to periodically replenish the evaporated fresh water or sea water.

3. The present invention can utilize the principle of water level difference to generate overflow, and reuse the gravity of the water itself, so that without any power, the downward flow can be automatically used to supply food and clean water.

4. The present invention utilizes reared fish to produce a continuous excrement, which can be converted into microalgae, photosynthetic bacteria, enzymes and foods required for the growth of microorganisms, and then used as a fish after the microalgae are grown. Food, in this way, can save a lot of feed costs, and the photosynthetic bacteria, enzymes and microorganisms can also be used as water quality treatment, and can greatly save the cost of sewage treatment.

(1) ‧ ‧ biological breeding ponds

(11)‧‧‧Drainage lines

(2) ‧‧ ‧ lagoon

(21)‧‧‧First pump

(3) ‧‧‧Food Supply Subsystem

(31) ‧‧‧Fert water cooling processor

(311)‧‧‧First supply line

(312)‧‧‧Second pump

(313)‧‧‧Second supply line

(32) ‧‧‧Fly water overflow storage tank

(321)‧‧‧ Third supply line

(313)‧‧‧Second supply line

(33)‧‧‧Microalgae culture pond

(331)‧‧‧ Fifth supply line

(34) ‧ ‧ rotifer breeding area

(341)‧‧‧ Fourth supply line

(35) ‧‧‧Year Year Shrimp Culture Pool

(4) ‧ ‧ water treatment subsystem

(41) ‧‧‧Filter tank

(411)‧‧‧First delivery line

(412) ‧ ‧ third pump

(413)‧‧‧ Third delivery line

(42)‧‧‧ clean pool

(421)‧‧‧Second delivery line

(43)‧‧‧Overflow storage tank

(431) ‧‧‧four delivery lines

(44)‧‧‧Enzyme Culture Pool

(441)‧‧‧ Fifth delivery line

(45) ‧‧‧Microbial culture pool

(46) ‧‧‧Photosynthetic bacteria culture tank

(A) ‧ ‧ buildings

(A1)‧‧‧ first floor

(A2)‧‧‧ second floor

(A3) ‧ ‧ third floor

(A4) ‧ ‧ transparent roof

[First figure] is a schematic diagram of the configuration of the present invention.

[Second figure] is a block diagram of the system of the present invention.

First, referring to the first and second figures, the present invention is implemented in a building (A) having several floors, and the building (A) has a bottom-up relationship according to its height position. a first floor (A1), a second floor (A2), a third floor (A3), and a transparent roof (A4) shielding the third floor (A3), the embodiment of the present invention includes a biological breeding pool (1) a sewage pool (2), a food supply subsystem (3) and a water treatment subsystem (4), wherein: the biological breeding tank (1) is installed in the first floor (A1) and has In an initial filtration function, the biological breeding pond (1) comprises at least one of a wooden tank culture pond, a glass tank culture pond, a cement culture pond, a biological hatchery tank or a combination thereof (the above different culture ponds may also be used) The aquaculture ponds (1) are suitable for breeding aquatic animals such as fish, shellfish and crustaceans. In this example, adult fish and fry with high economic value are used as breeding instructions. And the biological breeding pond (1) is provided with a discharge line (11) for discharging the biological breeding pond (1) Excreta of fish cultured in the country and its sewage.

a sewage pool (2) installed in the first floor (A1), and the relative installation height of the sewage pool (2) is lower than the biological culture tank (1), the sewage pool (2) is connected to the a discharge line (11) of the biological culture tank (1) through which the waste water (2) collects excrement from the fish cultured in the biological culture tank (1) and Sewage (the excrement and sewage in the above-mentioned barrel culture pond, glass tank culture pond, cement culture pond and biological hatchery tank can also be collected separately), and discharged into the sewage tank (2) for storage A first pump (21) is arranged in the pool (2).

The food supply subsystem (3), as indicated by the dashed lines in the first and second figures, is in communication with the biological culture tank (1) and the sewage pool (2), respectively, the food supply subsystem (3) The system comprises at least a fertilizer water cooling processor (31), a fertilizer overflow storage tank (32), a microalgae cultivation tank (33), a rotifer breeding area (34) and a brine shrimp culture pond (35), wherein A fertilizer water cooling device (31) is installed on the first floor (A1) and is in communication with the biological culture tank (1), so that the waste produced by the biological culture pond (1) can be additionally filtered. Collecting and cooling, the fertilizer water cooling device (31) can be divided into a primary fertilizer water zone and a high-grade fertilizer water zone according to the concentration of the waste material, for distribution to a lower concentration output, and a The cooling water tower is cooled, and the relative installation height of the fertilizer water cooling processor (31) is higher than the sewage pool (1), and the fertilizer water cooling device (31) is provided with a first supply line (311) and the The first pump (21) of the sewage pool (2) is connected to provide the power of the first pump (21), and the row in the sewage pool (2) The sewage and the sewage are sent upward to the fertilizer cooling processor (31) for cooling treatment, and the fertilizer cooling processor (31) is provided with a second pump (312), and the second pump (312) is provided with a The second supply line (313) is connected to the fertilizer overflow storage tank (32), the fertilizer overflow storage tank (32) is installed on the third floor (A3), and the fertilizer overflow storage tank (32) The relative installation height is higher than the fertilizer water cooling processor (31), and the fertilizer overflow storage tank (32) is provided with a third supply line (321) connected to the microalgae cultivation tank (33), the fertilizer water The relative installation height of the overflow storage tank (32) is higher than the microalgae culture tank (33), and the microalgae culture tank (33) is cultured with a microalgae, and the rotifer breeding area (34) is attached to the In the third floor (A3), the relative installation height of the rotifer breeding area (34) is higher than the microalgae cultivation tank. (33), and is equal to the fertilizer overflow storage tank (32), and is provided with a fourth supply line (341) connected to the microalgae cultivation tank (33), the rotifer breeding area (34) One round of insects is propagated, and the microalgae cultivation tank (33) is further provided with a fifth supply line (331) connected to the biological culture tank (1), and the relative installation height of the microalgae cultivation tank (33) is higher than The biological breeding pond (1), and the brine shrimp culture pond (35) is installed on the second floor (A2), and the relative installation height of the brine shrimp culture pond (35) is lower than the microalgae cultivation tank (33) ), but higher than the biological culture tank (1), and connected to the fifth supply line (331) of the microalgae cultivation tank (33) to be connected to the biological culture tank (1), the brine shrimp culture pond (35) The internal system is cultivated with brine shrimp.

The water treatment subsystem (4), as shown by the thick solid line in the first and second figures, is connected to the biological culture tank (1) and the sewage pool (2), respectively, and the water treatment subsystem ( 4) at least comprising a filter tank (41), a clean water tank (42), an overflow storage tank (43), an enzyme culture tank (44), a microbial culture tank (45) and a photosynthetic culture tank (46), wherein the filter tank (41) is installed in the first floor (A1), the relative installation height of the filter tank (41) is higher than the sewage pool (2), and is provided with a first conveying The pipeline (411) is in communication with the first pump (21) of the sump (2) for utilizing the power of the first pump (21) to discharge the sewage and the sewage in the sump (2) It is transported upwards to the filter tank (41) for filtration (the wastes and sewage collected by the above-mentioned wooden barrel culture tank, glass tank culture pond, cement culture pond, biological hatchery tank can be separately filtered separately), and the net The pool (42) is installed in the first floor (A1), the relative installation height of the clean pool (42) is higher than the filter tank (41), and the clean pool (42) is provided with a second transport Pipeline (421) The filter tank (41) is provided, and the clean water tank (42) is for introducing fresh water and sea water, and is mixed and mixed in different proportions. In this embodiment, the filter tank is mainly 1:1, and the filter tank ( 41) A third pump (412) is provided, the third pump (412) is provided with a third transfer line (413) connected to the overflow storage tank (43), the overflow storage tank (43) Is installed in the second floor (A2), the relative installation height of the overflow storage tank (43) is higher than the filter tank (41), and the overflow storage tank (43) includes at least one glass tank overflow One or a combination of a tank, a bucket overflow tank, a cement overflow tank (the above different overflow tanks may also independently overflow and not communicate), in addition to the function of overflow regulating water volume, And having the functions of aeration and defoaming, the overflow storage tank (43) is provided with a fourth conveying line (431) connected to the biological breeding tank (1), and the overflow storage tank (43) The relative height of the installation is higher than the biological culture tank (1), and is equal to the height of the brine shrimp culture pond (35), and the enzyme culture tank (44) is installed in the second floor (A2), the enzyme culture The relative installation height of the pool (44) is higher than the overflow storage tank (43), and is connected to the third supply line (321) of the fertilizer overflow storage tank (32) and the overflow overflow storage tank (32) communicating, and the enzyme culture tank (44) is connected to the fourth transfer line (431) of the overflow storage tank (43) to communicate with the biological culture tank (1), the enzyme culture tank (44) is provided with a fifth delivery line (441) connected to the brine shrimp culture pond (35), and the relative installation height of the enzyme culture tank (44) is higher than the brine shrimp culture pond (35), the enzyme The culture tank (44) is cultured with an enzyme, and the microbial culture tank (45) is equal to the enzyme culture tank (44), and the microbial culture tank (45) is the same as the fertilizer overflow storage tank (32). Three supply line (321) connected to the fertilizer overflow storage tank (32), and the microbial culture tank (45) is connected to the fourth delivery line (431) of the overflow storage tank (43) To the biological culture tank (1), the microorganism culture tank (45) is connected to the fifth delivery line (441) of the enzyme culture tank (44) and connected to the brine shrimp culture tank (35), The microbial culture tank (45) internally cultures probiotic bacteria and nitrifying bacteria, and the probiotic bacteria control the growth temperature between 28 ° C and 30 ° C. The nitrifying bacteria can decompose ammonia in the water, and the photosynthetic bacteria culture tank (46) Is installed on the third floor (A3), and the photosynthetic bacteria culture tank (46) is equal to the microalgae cultivation tank (33) and the fourth delivery line of the overflow storage tank (43) ( 431) connected to the biological culture tank (1), and the photosynthetic bacteria culture tank (46) is connected to the fifth delivery line (441) of the enzyme culture tank (44) to communicate with the brine shrimp a culture tank (35), wherein the photosynthetic bacteria culture tank (46) is connected to the third supply line (321) of the fertilizer overflow storage tank (32), and is connected to the fertilizer overflow storage tank (32) Pass, the photosynthetic bacteria culture There is a photosynthetic bacteria in the inner culture of the pool (46).

When it is required to be used as a food supply, as shown in the first and second figures, the fish and fish produced in the biological breeding pond (1) will have some excrement and waste. And the sewage is discharged to the sump (2) through the discharge pipe (11) for collection and storage, and another part of the waste and The sewage can be additionally collected by the fertilizer water cooling processor (31) of the food supply subsystem (3) after initial filtration, and subjected to cooling treatment, and the internal division of the fertilizer water cooling device (31) is separated. There is a secondary fertilizer area and a high-grade fertilizer area. When the high concentration of excrement and sewage collected in the high-grade fertilizer area can be blended into a low concentration, it enters the secondary fertilizer area for storage, and then cools through the cooling tower. The storage and storage, and the waste and sewage collected and collected in the sewage pool (2) can also be transported to the fertilizer water through the first supply pipeline (311) through the power of the first pump (21). In the device (31), and forming a fertilizer water through the advanced fertilizer water zone, the secondary fertilizer water zone and the cooling process, the fertilizer water can cool the second pump (312) of the processor (31) via the fertilizer water, The second supply line (313) is pressurized and delivered to the fertilizer overflow storage tank (32), and then the fertilizer overflow storage tank (32) is flooded by the principle of water level difference, and then the water itself is used. Gravity can be free of any power, you can The fertilizer is transported to the microalgae culture tank (3), the enzyme culture tank (44), the microbial culture tank (45), and the photosynthetic culture tank for use as the microalgae, enzyme, microorganism, and photosynthetic bacteria, respectively. The food required for growth, the microalgae and photosynthetic bacteria are more transparent due to the transparent roof (A4), so that it can directly irradiate sunlight to help its growth, and the rotifer breeding area (34) A rotifer may be additionally propagated, and then the rotifer is automatically transported to the microalgae cultivation tank (33) through the fourth supply line (341), and the microalgae is used as a food for rotifer growth, when the micro After the rotifers in the algae culture pond (33) and the brine shrimp cultured in the brine shrimp culture pond (35) are grown, the fifth supply line (331) is used to transport the brine shrimp to the biological culture pond (1). ), as a food for fish growth, so that the continuous excrement of fish can be converted into food, thus saving a lot of feed costs.

When it is required to be used for water treatment, as shown in the first and second figures, the sewage in the sewage pool (2) passes through the first supply line through the power of the first pump (21). (311) a filter tank (41) conveyed to the water treatment subsystem (4), wherein fresh water and seawater can be introduced into the filter tank by gravity through a second transfer line (421) of the clean water tank (42) (41), and mixed in different proportions to achieve the PH value suitable for fish survival, and at the same time with the complete filtration of the sewage through the filter tank (41) Thereafter, the third water pump (412) of the filter tank (41) can deliver clean water to the overflow storage tank (43) through the third transfer line (413), the overflow storage tank (43) Using the principle of water level difference to generate overflow, and then using the gravity of the water itself, without any power, the clean water can be automatically transmitted to the creature through the fourth delivery line (431). The culture pond (1) is used for the clean water required for the growth of the fish, the enzyme in the enzyme culture tank (44), the microorganisms in the microorganism culture tank (45), and the other photosynthetic culture tank (46). The photosynthetic bacteria in the medium can also be automatically transported through the fourth transfer line (431) to the biological culture tank (1) for purification of the biological culture tank (1) as decomposition waste For the purpose of water quality, the enzyme in the enzyme culture tank (44), the microorganisms in the microorganism culture tank (45), and the photosynthetic bacteria in the photosynthetic culture tank (46) can pass through the fifth transfer line (441). And transported to the brine shrimp culture pond (35) for use as a decomposition waste to purify the water quality in the brine shrimp culture pond (35).

Thus, the present invention utilizes the action of gravity of water itself, requires only a few pumps, and can transport foods required for the growth of fish or other organisms without using excessive power, and at the same time can take care of The purpose of water purification is to achieve the role of food supply and water quality treatment at a very low cost.

However, the above description is only one of the embodiments of the present invention. When the scope of the patent application of the present invention is not limited thereto, the simple equivalent changes and substitutions made by the scope of the patent application and the contents of the specification of the present invention are It is still within the scope of the protection covered by the scope of the invention.

(1) ‧ ‧ biological breeding ponds

(11)‧‧‧Drainage lines

(2) ‧‧ ‧ lagoon

(21)‧‧‧First pump

(31) ‧‧‧Fert water cooling processor

(311)‧‧‧First supply line

(312)‧‧‧Second pump

(313)‧‧‧Second supply line

(32) ‧‧‧Fly water overflow storage tank

(321)‧‧‧ Third supply line

(33)‧‧‧Microalgae culture pond

(331)‧‧‧ Fifth supply line

(34) ‧ ‧ rotifer breeding area

(341)‧‧‧ Fourth supply line

(35) ‧‧‧Year Year Shrimp Culture Pool

(41) ‧‧‧Filter tank

(411)‧‧‧First delivery line

(412) ‧ ‧ third pump

(413)‧‧‧ Third delivery line

(42)‧‧‧ clean pool

(421)‧‧‧Second delivery line

(43)‧‧‧Overflow storage tank

(431) ‧‧‧four delivery lines

(44)‧‧‧Enzyme Culture Pool

(441)‧‧‧ Fifth delivery line

(45) ‧‧‧Microbial culture pool

(46) ‧‧‧Photosynthetic bacteria culture tank

(A) ‧ ‧ buildings

(A1)‧‧‧ first floor

(A2)‧‧‧ second floor

(A3) ‧ ‧ third floor

(A4) ‧ ‧ transparent roof

Claims (10)

A multi-dimensional ecological cycle breeding system comprises: a biological breeding pond; a sewage pool having a relative installation height lower than the biological breeding pond, the sewage pool being connected to the biological breeding pond; a food supply subsystem, The relative installation height is higher than the biological breeding pool and the sewage pool, and the food supply subsystem comprises at least one fertilizer water cooling processor, one fertilizer water overflow storage tank, a microalgae cultivation tank, a rotifer breeding area and a brine shrimp a culture tank, the fertilizer water cooling device is connected to the biological culture tank, and the fertilizer overflow storage tank is connected with the fertilizer water cooling processor, and the fertilizer overflow storage tank and the rotifer breeding area are respectively associated with the microalgae The culture pond is connected to the microalgae culture pond, the brine shrimp culture pond is connected to the biological culture pond; a water treatment subsystem has a relative installation height higher than the biological culture pond and the sewage pool, the water treatment The subsystem comprises at least one filter tank, a clean pool, an overflow storage tank, an enzyme culture tank, a microbial culture tank and a photosynthetic culture tank, the filtration Is connected to the sump, the clean pool, the overflow storage tank is connected to the filter tank, and the enzyme culture tank, the microbial culture tank, and the photosynthetic culture tank are connected to the fertilizer overflow storage tank. The enzyme culture tank, the microbial culture tank, and the photosynthetic culture tank are connected to the brine shrimp culture pond, and the overflow storage tank, the enzyme culture tank, the microbial culture tank, and the photosynthetic culture tank Connected to the biological breeding pond. The multi-dimensional ecological cycle breeding system according to claim 1, wherein the sewage pool is provided with a first pump, the relative installation height of the fertilizer cooling processor is higher than the sewage pool, and the fertilizer water cooling unit The first supply pipe is connected to the first pump of the sewage pool, and the fertilizer cooling processor is provided with a second pump, and the second pump is connected to the second supply line. a fertilizer overflow overflow storage tank, wherein the relative installation height of the fertilizer overflow storage tank is higher than the fertilizer water cooling processor, wherein the fertilizer overflow storage tank is provided with a third supply line connected to the microalgae cultivation tank, the fertilizer water The relative installation height of the overflow storage tank is higher than the microalgae cultivation tank, and the relative installation height of the rotifer breeding area is higher than the microalgae cultivation tank, and is equal to the fertilizer overflow storage tank, the rotifer breeding And a fourth supply line is connected to the microalgae cultivation tank, and the microalgae cultivation tank is provided with a fifth supply line connected to the biological culture tank, and the relative installation height of the microalgae cultivation tank is higher than the biological The culture pond, the relative installation height of the brine shrimp culture pond is lower than the microalgae culture pond, but higher than the biological culture pond, and connected to the fifth supply pipeline of the microalgae culture tank to connect to the biological culture Pool. The multi-dimensional eco-circulation breeding system according to claim 2, wherein the filter tank has a relative installation height higher than the sewage pool, and is provided with a first conveying pipeline and a first pump of the sewage pool. Connected to each other, the relative installation height of the clean water tank is higher than the filter tank, and the clean water tank is provided with a second transfer pipeline connected to the filter tank, the filter tank is provided with a third water pump, the third water pump Is provided with a third conveying line connected to the overflow storage tank, the relative installation height of the overflow storage tank is higher than the filter tank, and the overflow storage tank is provided with a fourth conveying pipeline connected to the biological breeding tank The relative installation height of the overflow storage tank is higher than the biological culture tank and is equal to the high-yield shrimp culture tank, and the relative installation height of the enzyme culture tank is higher than the overflow storage tank, the enzyme culture tank And connected to the third supply line of the fertilizer overflow storage tank, the enzyme culture tank is connected with the fourth transfer line of the overflow storage tank, and the enzyme culture tank is provided with a fifth transport line connection. To the brine shrimp culture pond, the relative installation height of the enzyme culture tank is higher than the brine shrimp culture pond, and the microbial culture pond is equal to the enzyme culture tank, and the microbial culture tank is the same as the fertilizer overflow storage tank. The three supply lines are connected to the fourth transfer line of the overflow storage tank, and the microbial culture tank is connected to the fifth transfer line of the enzyme culture tank, the photosynthetic bacteria The culture pond is connected to the microalgae culture tank and connected to the fourth transport pipeline of the overflow storage tank, and the photosynthetic culture tank is connected to the fifth transport pipeline of the enzyme culture tank, the photosynthetic The bacteria culture tank is connected to the third supply line of the fertilizer overflow storage tank. The multi-dimensional eco-circulation breeding system according to claim 1, wherein the biological breeding pond is provided with a discharge pipeline connecting the discharge pipeline of the biological breeding pond. The multi-dimensional eco-circulation breeding system according to claim 1, wherein the biological breeding pond has a preliminary filtering function. The multi-dimensional eco-circulation breeding system according to claim 1, wherein the biological breeding pond comprises at least one of a wooden barrel culture pond, a glass tank culture pond, a cement culture pond, and a biological hatching pond. Or a combination thereof. For example, the multi-dimensional ecological cycle breeding system described in claim 1 is characterized in that the fertilizer water cooling device is divided into a primary fertilizer water zone and a high-grade fertilizer water zone, and a cooling water tower is provided for cooling treatment. For example, the multi-dimensional eco-circulation breeding system described in claim 1 is characterized in that the clean water tank is introduced into fresh water and sea water, and mixed and mixed in different proportions. For example, the multi-dimensional eco-circulation breeding system described in claim 8 of the patent scope, wherein the mixed ratio of the fresh water and the seawater is 1:1. The multi-dimensional eco-circulation breeding system according to the first aspect of the invention, wherein the overflow storage tank comprises at least one glass tank overflow tank and a wooden barrel; One or a combination of an overflow tank, a cement overflow tank.