一种养殖池和养殖系统

Abstract

本实用新型公开了一种养殖池和养殖系统，所述养殖池包括塘区和养殖设备；塘区被划分为养殖区、沉淀区和消杀区，沉淀区与消杀区之间设有降解区，消杀区的下游设有过滤区；养殖设备包括设置在消杀区尾部的增氧机和布设在养殖区的排水管系，增氧机用于生成并驱动增氧水流动，排水管系用于向养殖区均匀排出增氧水，以使塘区内的水体沿养殖区、沉淀区、降解区、消杀区和过滤区循环流动。所述养殖系统包括所述养殖池。所述养殖池能够大幅度提升养殖密度，提高了塘区面积的利用率，提高了养殖的经济性，有助于提高经济收入的同时节约土地资源。此外，改善水质，保证养殖物存活率的基础上，节约人工和用药成本，降本增效，节能创收。

Claims

1. A raceway, characterized in that Including pond areas and aquaculture equipment; The pond area is divided into an aquaculture area (101), a sedimentation area (102), and a disinfection area (103). The aquaculture area (101) is used for fish farming, the sedimentation area (102) is used to achieve sedimentation and separation of water, and the disinfection area (103) is used to achieve disinfection and sterilization of water. The aquaculture equipment includes an aerator (201) installed at the end of the disinfection area (103) and a drainage pipe system (202) installed in the aquaculture area (101). The aerator (201) is used to generate and drive the flow of oxygenated water, and the drainage pipe system (202) is used to evenly discharge oxygenated water into the aquaculture area (101) so that the water in the pond circulates along the aquaculture area (101), the sedimentation area (102) and the disinfection area (103). The pond area has one side, and a retaining wall (104) is provided on the inner side of the side. The retaining wall (104) divides the pond area into a first area and a second area. The first area is constructed as the aquaculture area (101). The second area has two ends, one end of which is provided with a water inlet (105) and the other end is provided with an aerator (201). Correspondingly, the part of the second area near the water inlet (105) is constructed as the sedimentation area (102), and the part near the aerator (201) is constructed as the disinfection area (103). The area of ​​the first district accounts for more than 90% of the area of ​​the pond area; A filter screen is provided at the inlet (105); a passage plate is provided on the sedimentation zone (102) and / or the disinfection zone (103); a sinking zone (106) is provided at the end of the second zone, and the aerator (201) is placed in the sinking zone (106); A degradation zone (107) is provided between the sedimentation zone (102) and the disinfection zone (103), and a filtration zone (108) is provided downstream of the disinfection zone (103). The aerator (201) is connected to a water regulator (301) and an air supply device (302). The water regulator (301) is used to feed materials to the aquaculture area (101), and the air supply device (302) is used to supply oxygen and carbon dioxide, and at least one of the oxygen and carbon dioxide is input into the aerator (201). The drainage system (202) includes a main pipe (203) and several branch pipes (204); One end of the main pipe (203) is connected to the aerator (201), and the other end extends into the breeding area (101); One end of the branch pipe (204) is connected to the main pipe (203) via a tee, and the other end extends into the breeding area (101). Adjacent branch pipes (204) are spaced apart so that multiple branch pipes (204) are evenly distributed in the breeding area (101). Accordingly, each branch pipe (204) is provided with multiple drainage holes spaced apart along its axial direction, and the drainage holes are set vertically downward.

2. The raceway of claim 1, wherein Each drain hole is provided with a drain connector, the diameter of which is greater than its length extending out of the branch pipe (204).

3. A raceway according to claim 2, characterised in that Each branch pipe (204) is connected to a fixed rope (303) at both ends. The fixed rope (303) extends and is fixed to the pond embankment so that the main pipe (203) and the branch pipe (204) are suspended on the water surface of the aquaculture area (101).

4. A farming system, characterized by, The aquaculture pond included in any one of claims 1-3.

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