Effects of pond water depth and ventilation on the oxygen-enhancing performance of microporous aeration!

Effects of pond water depth and ventilation on the oxygen-enhancing performance of microporous aeration in aquaculture! In order to facilitate users to understand the changes of the oxygen-enhancing effect of the microporous aeration tube under different water levels, we design and test according to the standard of the pool. 10 gauge nanotubes!

Tests at different water levels, through the experiment of microporous aeration tube, the analysis of the oxygen-increasing dissolved oxygen rate of the water body, the results show that the dissolved oxygen rate will increase with the increase of water depth, and will further increase, in short, it is Adding oxygen to the depth of the pool, the dissolved oxygen rate will be higher. But at the same time, as the water depth increases, the air output of the nanotubes decreases, that is, the air volume of the nanotubes is decreasing! Therefore, under the condition that the motor power of the same type of fan remains unchanged in daily use, the number of aeration discs in the deeper water will be less! It is such a truth.

According to the above test, whether you have a new understanding of the microporous aeration tube, in the future aquaculture oxygenation, you can design it according to your own needs and your actual situation!

Microporous aeration pipe plays an important role in sewage aeration and aquaculture, and has the advantages of high efficiency and convenient operation. With the expansion of aquaculture and the use of factory aquaculture, the bottom microporous oxygenation has become the current and future development trend! It is also the popular way of oxygenation. The main ones are microporous nanotube aeration and self-immersed tube oxygenation! This oxygenation effect is several times that of the impeller surface oxygenation effect!