Uyt Aerator - Metal, High Strength And Toughness | Durable, Revolutionary Multi-layer Cutting Technology For High-efficiency Aeration

Uy trienviro is offering revolutionary technology for aeration. Uyt aerator is the second-generation-aeration system, which maintains traditional aerator advantage and improves the installation and o&m experience of the wastwater treatment plant. Uy trienviro aerators have a specially designed bubble-cutting mode. The bubble is smaller and the oxygen utilization rate is higher. Do value in the pool is maintained. The airflow is ejected from the nozzle at high speed, forming a strong negative pressure at the bottom of the aerator, and the sewage and activated sludge at the bottom of the aerator are sucked into the aerator to achieve the first efficient cutting.

The mixture flows through the spiral guide plate, and under the action of the rotary cutter, generates the violent vortex flow. This is the second efficient cutting. Then, the spiral airflow cuts through the specially designed multi-layer cutting piece, after eight times multiple cutting, a large number of fine air bubbles and some micro and nano air bubbles are produced, achieving the third efficient cutting. The spiral flow jets from the uy trienviro aerator with high speed, diffusing around under the action of centrifugal force, forming many small whirlpools in the flow field, achieving the fourth efficient cutting. The aerator resistance loss is almost zero, reducing blower failure and reducing comprehensive energy consumption by 10-30%. large upwelling cyclone, strong stirring force, zero oxygen-filled blind areas, zero silt deposit at the bottom of the pool is suitable for all kinds of high concentration wastewater. It is non-plugging, anti-corrosive, anti-aging. It is suitable for very corrosive effluent, has high hardness, and has high scaling. It is also suitable for other difficult sewage treatments. It has high strength, high toughness. It has no movable and fragile parts which make it stable, strong, and durable with a service life of 10-20 years. It covers a larger service area, lowers pipeline costs, increases cost-effectiveness, and is required in lesser numbers.