1. Efficient Oxygen Supply: The ultra-high-speed turbo blower oxygenator can efficiently transfer oxygen from the air to the wastewater, significantly increasing the dissolved oxygen content in the wastewater. This is essential to promote the activity of aerobic microorganisms and accelerate the degradation of organic pollutants.
2. Reduce organic pollutants: Wastewater from the electronics industry usually contains high concentrations of organics and chemicals. By providing sufficient oxygen, the Turbo Blower Oxygenator is able to improve the degradation efficiency of microorganisms and reduce Chemical Oxygen Demand (COD) and Biological Oxygen Demand (BOD), thereby improving wastewater quality.
3. Enhance treatment efficiency: ultra-high-speed turbo blower with high air flow and pressure, can quickly and evenly supply oxygen to the wastewater, improve the efficiency of the entire wastewater treatment system, shorten the treatment time.
4. Reduced energy consumption: Compared to traditional blowers, the ultra-high-speed turbo blower oxygenator is more energy efficient and can consume less electricity while providing the same amount of oxygen, reducing the operating costs of wastewater treatment.
5. Improved mixing effect: The airflow generated by the turbo blower can effectively stir the wastewater to ensure that the pollutants and oxygen in the wastewater are evenly distributed, preventing the accumulation of sediments and thus improving the uniformity and stability of the treatment process.
6. Reduce foam and volatile organic compounds: In the electronic industry wastewater treatment, may produce a large number of foam and volatile organic compounds. Turbo Blower Oxygenator can reduce the generation of foam by optimizing bubble size and distribution, and effectively capture and treat VOCs.
7. Strong corrosion resistance: the electronic industry wastewater may contain corrosive chemicals, ultra-high-speed turbo blower oxygenator is usually made of corrosion-resistant materials, can be in the harsh environment of long-term stable operation.