Quick Details
The Air Turbo blower is developed based on the design experience of aviation turbo machinery and aerodynamic experimental technology, which saves more than 30% of energy compared to traditional blowers. Its long-term operation is stable and reliable, helping customers achieve energy conservation, carbon reduction, cost reduction, and efficiency increase.
Air Turbo Blower
Adopting advanced air foil bearing technology, the rotor is supported by aerodynamic force to achieve non-contact and friction-less rotational motion between the rotor and stator. The air bearing bears the weight of the rotor while achieving stable rotation and minimal friction loss through the air film formed by high-speed air flow, greatly reducing mechanical losses and noise, and improving the efficiency and service life of the machine.
Adopting advanced speed control technology and intelligent management system, it can accurately and stably output flow and pressure, suitable for various fields of air transportation and material pneumatic transportation.
Application
Water treatment applications
- – Oxygen supply aeration in municipal wastewater treatment
- – Oxygen supply aeration in various industrial wastewater treatment
- – Oxygen supply aeration in landfill leachate treatment
Other applications
Cement building materials, thermal power generation flue gas desulfurization, food fermentation process ventilation, steel, aquaculture, pharmaceuticals, textile printing and dyeing, pulp and paper, glass fiber and other industries.
Working principle
The turbo blower is mainly composed of impeller, spiral housing, diffusor, etc. It works on the air through the impeller. In the flow passage of the impeller and the diffusor, the centrifugal pressure boosting and speed reducing diffusion functions are used to convert the mechanical energy into the pressure energy of the air, so as to achieve the increase of the air pressure.
