The Main Role of MBBR Biofiller in Fish Farming

Wastewater treatment: MBBR biofill can be used for wastewater treatment in fish ponds or aquaculture systems. They provide a large surface area that facilitates microbial growth and degradation of organic matter in wastewater. By passing the wastewater through the MBBR reactor, harmful substances such as ammonia nitrogen, nitrite and nitrate in the wastewater can be effectively removed and the water quality can be improved.

Ammonia Nitrogen Removal: Large amounts of ammonia nitrogen are often produced in breeding ponds, which is harmful to fish and water quality. The microorganisms on the MBBR biological filler can convert ammonia nitrogen into nitrite and nitrate, thereby reducing the ammonia nitrogen concentration in the water and improving the quality of the water body.

Biological filters: MBBR biofill can be used to establish biological filters, which can be used as part of fish farming systems to help maintain the biological balance in the water body. These fillers provide an ideal surface for microbial growth, helping to remove waste and organic loads from wastewater.

Increased production density: By improving water quality, MBBR biofill can support higher breeding densities. This means that more fish can be accommodated in the same size of breeding pond, thereby improving the production efficiency of the breeding industry.

Reduced frequency of water exchange: MBBR biofill helps reduce the frequency of water exchange in breeding ponds as wastewater is effectively treated. This saves water and reduces operating costs.

Sustainability: MBBR biofill contributes to the sustainability of the fish farming industry by improving water quality, reducing pollution and increasing farming efficiency. They help reduce environmental burden and make farming more environmentally friendly.

Advantages of JUNTAI MBBR in the breeding industry

1. Efficient oxidation: MBBR filler provides a large number of attachment surfaces, which is conducive to microbial attachment and oxidation, and improves water quality treatment efficiency.

2. High space utilization: MBBR filler makes full use of the reactor space, making it compact and efficient.

3. Diversified adaptability: It is suitable for various types of aquaculture wastewater and has strong adaptability.

4. Stability and easy maintenance: The MBBR system is stable and easy to operate and maintain.

5. Modular design : Modular design can be carried out according to scale needs to adapt to farms of different sizes.

6. Environmental protection : It helps reduce wastewater pollution, improve water quality, reduce ammonia nitrogen emissions, and is beneficial to environmental protection.

In conclusion, MBBR biofiller plays a key role in the fish farming industry, improving water quality, increasing farming efficiency, reducing costs and increasing sustainability. Therefore, they are widely used in modern farming systems and bring many benefits to the farming industry.