Micro porous oxygen tubes can indeed promote water flow during oxygenation. Here is a detailed explanation:
working principle
The microporous oxygenation technology mainly relies on Roots blower to send air into the gas pipeline, and then the air is sent into the microporous tube through the gas pipeline. Micro porous tubes, due to their small pore size, can disperse air in the form of microbubbles into water. These microbubbles, due to their small size and slow ascent speed, have a longer movement path in water and come into full contact with the water during their ascent, thus achieving sufficient exchange of oxygen molecules between the gas-liquid phase.
The way to drive water flow
1. Up and down flow: When microbubbles float up from the bottom of the pool, due to the high oxygen partial pressure of the gas, oxygen is fully dissolved into the water, which simultaneously drives the up and down flow of the water flow. The oxygen rich water in the upper layer is brought into the lower layer, which helps to improve the dissolved oxygen content of the lower water body.
2. Rotating flow: In addition to upward and downward flow, the release of microbubbles also causes the rotation of water flow. This rotating flow disperses oxygen rich water around the microporous tube, further achieving uniform oxygenation of the aquaculture pond water.
advantage
Micro porous oxygenation technology can not only significantly increase the dissolved oxygen content of water bodies, but also improve the ecological environment of aquaculture water bodies and reduce the occurrence of diseases. At the same time, this technology also has the advantages of energy saving, low noise, etc., so it has been widely used in aquaculture.
In summary, microporous aerators can indeed promote water flow during oxygenation, which helps to achieve uniform oxygenation of aquaculture pond water and improve water quality conditions.
