How effective is the air flotation method, and in what fields can it be applied?

The development of the city indeed brings about new changes, but the treatment of wastewater generated by urban development has become a major challenge. To address this, various treatment technologies have emerged, with air flotation being one of them. How does this method work, and in which fields can it be applied?

Firstly, heavy metal wastewater has applications.

Whether it's for electroplating wastewater or heavy metal sewage treatment, the air flotation method is commonly employed. In simple terms, it involves creating bubbles that, by floating, directly carry the suspended solids in the wastewater to the surface for treatment. Moreover, this process is also utilized in urban wastewater management, effectively removing some heavy metals with a relatively high removal rate.

Secondly, wastewater from papermaking has applications.

The current air flotation process is also applied in the field of papermaking wastewater treatment. After treatment, the substances in the wastewater are effectively removed, with a high removal rate of up to 99%. This ensures compliance with relevant discharge standards. Moreover, it facilitates comprehensive recycling and utilization. Additionally, this method is also applicable in the treatment of dyeing and printing wastewater and textile wastewater, making it a commonly used process across various industries.

The flotation method is indeed a highly sought-after technology at present. It is precisely because of this technology that the substances in wastewater can be further treated. While applying this technology, it is crucial to master the specific application methods. Only then can an ideal treatment effect be achieved.