The microporous aeration tubes used in aquaculture, especially the anti clogging design, are crucial for increasing water oxygen content, promoting the growth of aquatic organisms, and improving water quality. The following is a detailed introduction to the anti clogging type of microporous aeration tubes in aquaculture:
1、 Anti blocking principle and characteristics
1. Nanoporous technology:
By adopting a nanoscale pore design, bubbles form a microstructure inside the tube, thereby enhancing their solubility and allowing oxygen to dissolve more effectively into water.
This technology can also reduce the loss and consumption of oxygen, improve the utilization rate and oxygenation effect of oxygen.
2. Anti blocking design:
The pore design of the aeration tube is relatively large, making it less prone to clogging compared to low-density aeration tubes.
Some products, such as 18 × 10 yellow stripe burr type anti clogging aeration tubes, have surface air hole designs that help reduce the risk of clogging.
3. Material and Durability:
Aeration pipes are usually made of PVC plastic, rubber hoses, or nanomaterials, which have good corrosion resistance and durability.
The nano material aeration tube also has functions that help reduce the growth of microorganisms inside the tube, further reducing the risk of blockage.
2、 Structure and Composition
The anti blocking microporous aeration tube mainly consists of the following parts:
1. Host: usually an electric motor, providing a source of power.
2. Roots blower: The speed is generally 1400 revolutions per minute, used to generate airflow and push oxygen through the aeration tube.
3. Gas storage buffer device: generally made of PVC plastic pipe, used for storing and buffering gas.
4. Branch pipe: a pipeline connecting the gas storage buffer device and the aeration pipe, which can be made of PVC plastic or rubber hose.
5. Aeration tube: The core component uses microporous nanotechnology to release oxygen into the water in the form of tiny bubbles.
3、 Application and advantages
1. Application scenarios:
Suitable for various aquatic environments, such as aquaculture ponds, sewage treatment pools, swimming pools, etc.
Especially suitable for aquaculture environments that require high dissolved oxygen, such as high-density aquaculture ponds for shrimp, crabs, fish, etc.
2. Advantages:
Increase the oxygen content in water bodies to promote the growth and reproduction of aquatic organisms.
Improve water quality and reduce the accumulation of harmful substances.
Energy saving, low noise, stable and reliable operation.
Reduce maintenance costs and extend service life.
4、 Maintenance and Precautions
1. Regular inspection: Regularly check whether the aeration pipe and connecting components are intact, and replace them in a timely manner if they are damaged.
2. Cleaning up silt: Regularly clean the silt and debris at the bottom of the pond to prevent the aeration pipe from being blocked.
3. Avoid long-term idle: Try to turn on the aerator for aeration every day to avoid blockage of the aeration tube caused by prolonged disuse.
4. Pay attention to changes in water quality: closely monitor changes in water quality and adjust aeration volume and time in a timely manner.
In summary, the anti blocking type of microporous aeration tube in aquaculture has significant advantages in increasing water oxygen content, improving water quality, and reducing maintenance costs due to its unique nano pore technology and anti blocking design. When selecting and using, full consideration should be given to its structural characteristics, application scenarios, and maintenance and precautions to ensure its effectiveness.
