
1Working principle:
The working principle mainly utilizes advanced nanotechnology to compress air into aeration discs distributed near the bottom of the pond through Roots blowers for aeration, achieving the effect of three-dimensional oxygenation of the pond from the bottom.
2Product advantages:
Compared with traditional surface mechanical oxygenation, aeration aerators have advantages such as uniform oxygenation area, balanced oxygenation levels, less mechanical energy consumption, and improved bottom environment effect.
3Product features:
3.1.efficient
Dissolved oxygen: Due to the bubbles generated by ultrafine pore aeration, the contact surface with water in the water is extremely large, the upward flow velocity is low, and the contact time is long, resulting in extremely high mass transfer efficiency of oxygen.3.2.
Activating water bodies: high efficiencyThe deep oxygenation device is like turning a water body into a slowly flowing river, with sufficient dissolved oxygen allowing the water to establish a natural aquatic ecosystem and make the water come alive.
3.3.Restoring the self purification function of water bodies: The aerator aerates the bottom of the water, while other aerators aerate the surface. As long as the aquaculture water has a lack of oxygen at the bottom of the water, the fertilizer and organic excrement deposited at the bottom of the water can be transformed into microorganisms, and the decomposed organic matter can restore the self purification function of the water.3.4.Ultra low energy consumption: Due to the use of deep oxygenation devices, the mass transfer efficiency of oxygen is extremely high, allowing the dissolved oxygen in a unit of water to quickly reach
4.5mg/LLess than a quarter of the energy consumed by water trucks or impellers for oxygenation can greatly save farmers' electricity costs.
3.5.Realizing ecological aquaculture and ensuring aquaculture efficiency: Continuous micro pore oxygenation provides sufficient dissolved oxygen for the water body, and the self purification ability of the water body can be restored and improved. The natural balance between bacterial and algal phases creates a natural ecology of the water body, stabilizes the survival ability of aquaculture populations, and fully guarantees the benefits of aquaculture.
3.6.~Sexuality and environmental friendliness: The aerator aerator is installed on the shore and has good performance, which will not cause any pollution to the water body. Other oxygenation methods work in water. Easy to leak electricity, posing potential hazards to human health and fish and shrimp.
43.7.
Easy to maintain: This product is lightweight, durable, and easy to maintain.Performance of aeration tube (disc):4.1.High efficiency made of new polymer materials
Oxygenation pipeline, micropore diameter10-60umThe bubbles generated are fine and uniform.4.2.
High oxygen utilization efficiency, significantly increasing the oxygen content in water, and improving the density of aquaculture1.2~3
Twice.4.3.
When bubbles are generated, they do not produce noise and do not affect the living environment of fish and shrimp.4.4.
5By using water droplets for oxygenation, the ability of fish and shrimp to float and forage is improved, the breeding cycle is shortened, and economic benefits are enhanced.
4.5. Aeration aerator |
The gas supply pipe and aeration pipe have good acid and alkali resistance, high temperature resistance, aging resistance and other properties. The gas supply branch pipe adopts flexible hoses that can be changed in shape to meet the layout requirements of various sites.Specification parameters: |
modelMatching power |
kwrated voltage |
vLarge air volume |
m3/hHigher air pressure |
kpanoisedBSuitable breeding area |
( |
mu)Micro porous oxygenation points (disk) |
Length of aeration tube( |
1.5 |
M |
180.0 |
30.0 |
)60 |
10 |
30 |
200 |
JH-1.5 |
2.2 |
380 |
250.0 |
36.0 |
220/38070 |
10 |
40 |
400 |
≤ |
2.2 |
380 |
280.0 |
40.0 |
JH-2.270 |
15 |
50 |
600 |
≤ |
4.0 |
380 |
320.0 |
58.0 |
JH-2.270 |
20 |
60 |
800 |
≤ |
5.5 |
380 |
520.0 |
75.0 |
JH-4.080 |
50 |
150 |
2000 |
≤ |
7.5 |
380 |
720.0 |
95.0 |
JH-5.580 |
100 |
300 |
3000 |