Nanoporous aerator tube is an advanced aerator device widely used in aquaculture, sewage treatment and other fields. The following is a detailed introduction to nano porous oxygen tubes:
1、 Product Features
1. Oxygenation:
The nano microporous oxygen tube adopts nano level microporous technology, which can generate a large number of tiny bubbles. These bubbles have a large contact area with water and a long contact time, thereby significantly improving the dissolution efficiency and utilization rate of oxygen.
Compared to traditional oxygenation methods, nanoporous oxygenation tubes can quickly increase the dissolved oxygen in water, providing a better growth environment for aquatic organisms.
2. Energy conservation and environmental protection:
This device has low energy consumption, stable operation, and can significantly reduce breeding costs.
At the same time, due to its high oxygenation efficiency, it reduces the occurrence of biological death and diseases caused by hypoxia, further reducing the risk of aquaculture.
3. Easy to install and maintain:
Nano porous oxygen tubes usually adopt a self sinking design, which is easy to install and does not require additional fixing devices.
Its structure is simple, easy to clean and maintain, reducing the cost of use.
4. Improve breeding efficiency:
Adequate oxygen supply helps promote the growth and development of aquatic organisms, increase aquaculture density and yield.
At the same time, improving the water quality environment, reducing the occurrence of diseases, and further enhancing the efficiency of aquaculture.
2、 Working principle
The working principle of the nano porous oxygen tube is to use a Roots blower or other similar equipment to send air into the gas pipeline, and then the air is dispersed into the water in the form of small bubbles through the nano porous tube. These tiny bubbles float upwards from the bottom of the pool and come into full contact with the water during their ascent, allowing oxygen to fully dissolve into the water. At the same time, the buoyancy and flow of microbubbles can also cause the rotation and convection of water flow, bringing oxygen rich water from the upper layer into the lower layer, achieving uniform oxygenation of the pool water.
3、 Application Fields
1. Aquaculture:
Nano porous oxygen tubes are widely used in the aquaculture of aquatic organisms such as fish, shrimp, and crabs.
It can provide sufficient oxygen supply for aquatic organisms, improve water quality and environment, and promote the healthy growth of aquatic organisms.
2. Wastewater treatment:
In the field of sewage treatment, nano microporous oxygen tubes can be used to accelerate the biodegradation process of organic matter in sewage.
By increasing the dissolved oxygen in the water, it promotes the growth and reproduction of microorganisms, thereby accelerating the purification process of wastewater.
3. Landscape water management:
Nano porous oxygen tubes can also be used for landscape water treatment, such as improving the water quality of artificial or natural water bodies such as lakes and rivers.
By increasing the dissolved oxygen content in the water, the occurrence of eutrophication can be prevented, and the clarity and beauty of the water can be maintained.
4、 Purchase suggestions
1. Brand selection:
Choose well-known brands of nanoporous oxygen tubes to ensure product quality and after-sales service.
2. Specification selection:
Select appropriate specifications based on factors such as the size, depth, and density of the aquaculture pond.
Ensure that the pipes can be evenly distributed and sink to the bottom of the water to achieve the desired oxygenation effect.
3. Performance evaluation:
Understand the performance indicators such as oxygenation efficiency, energy consumption, and service life of the product.
Choose products with superior performance and high cost-effectiveness.
5、 Usage and maintenance
1. Usage:
Install and use the nano porous oxygen tube correctly according to the product manual.
Ensure that the equipment is tightly connected and there is no air leakage.
Adjust the operating parameters of the equipment as needed to achieve the desired oxygenation effect.
2. Maintenance and upkeep:
Regularly check the operation status of the equipment and clean clogged micropores.
Replace damaged pipes or fittings to ensure the normal operation of the equipment.
Pay attention to electricity usage and avoid accidents such as electric shock.
In summary, nanoporous oxygenation tubes are an energy-saving and environmentally friendly oxygenation device with broad application prospects and market demand. When in use, it is necessary to choose the appropriate specifications and layout according to the actual situation, and regularly maintain and upkeep it to ensure its normal operation and extend its service life.
