Aquaculture

Advanced oxygenation in aquaculture

with Nano Oxygen Vatox devices

The importance of oxygen concentration in aquaculture

Aquatic metabolism in breeding environments is strongly influenced by oxygen concentration. A decrease in the amount of dissolved oxygen causes a decrease in breathing and feeding activity, which slows down the growth rate of aquatic animals and can also cause diseases and fungal infections.

Providing oxygen is sometimes more important than providing food. With sufficient oxygen in the water, a higher density of water per unit area can be maintained, which will lead to an increase in production performance. Sufficient oxygen can reduce water poisoning by aquatic wastes or even substances that enter the water from outsi

Nanobubble technology, advanced oxygen delivery technology

Nanobubble technology, as a new generation oxygen delivery system, has a special role in reducing losses and increasing production per unit area.

In nanobubble generators manufactured by Nanobubble Energy, the efficiency of transferring oxygen into water is very high, so that it provides maximum capacity utilization through nanobubbles as sources of oxygen immersed in water.

By producing billions of nanobubbles, these generators greatly increase the area of the interface between gas and liquid. The low turbulence in the diffusion of oxygen from inside the nanobubbles to the environment makes the amount of dissolved oxygen more stable and reduces the risk of its sudden drop at night.

Nanobubbles
As a new advanced oxygen delivery system in aquaculture
They have unique features.

Small size and high internal pressure

The very small size and high internal pressure of the nanobubbles make them stay in the water for a long time in a stable manner, and as a result, they cause a very effective transfer of oxygen into the water.

Very low buoyancy

Nanobubbles have very low buoyancy and due to Brownian motion, they can spread throughout the water and deliver oxygen to all parts of the breeding ponds.

Failure to combine the bubbles

Another important feature of nanobubbles is their non-combination, because as a result of the combination, larger bubbles are formed that quickly reach the surface of the water and disintegrate there, and therefore by transferring a significant part of Oxygen to the outside environment causes its loss.

In order to improve your knowledge in the field of advanced aeration systems, contact our experts in the field of aquaculture.

Applications of nanobubbles in aquaculture

Breeding ponds with different geometric shapes
Cultivation of subterranean, subterranean and shrimp fish
Dense breeding away from the coast
Spawning sites
Closed circuit systems

Advantages of nanobubbles in aquaculture

A significant increase in the amount of dissolved oxygen in water
Ideal and uniform distribution of oxygen in all depths of the pool
Compatibility with liquid and gaseous oxygen production systems
Improving the efficiency of oxygen consumption by aquatic animals due to high retention time

Reducing stress and increasing aquatic growth and health
Reducing the time required for water purification
Improving water quality and reducing losses
Reduce bad odor

Advanced oxygenation in aquaculture

with Nano Oxygen Vatox devices

The importance of oxygen concentration in aquaculture