Today hundreds of fine bubble diffusers and turbo blowers were delivered to Australia.
Turbo Blower is a fluid conveying equipment based on high-speed rotating impellers, which achieves gas pressurization and conveying through centrifugal force. Its core features and application scenarios are as follows:
1.Core Definition and Technical Principles of the turbo air blower
Basic Definition
Turbodrive: Using a high-speed rotating turbine wheel (usually>20000 rpm) to do work on gas, converting mechanical energy into gas kinetic energy and pressure energy.
2.Functional positioning: A high-efficiency gas conveying equipment that replaces traditional Roots blowers and multi-stage centrifugal blowers.
Working principle for the high speed turbo blower
Centrifugal boosting: Gas enters the impeller axially and is accelerated radially by centrifugal force under high-speed rotation. After deceleration by the diffuser, it is boosted and output.
Energy conversion: motor kinetic energy → impeller rotational kinetic energy → gas pressure energy (efficiency can reach over 85%)
3.Core application scenarios
Sewage treatment aeration (accounting for 70% of the application volume)
Aeration and oxygenation: Inject high-pressure air into the biochemical tank, with a dissolved oxygen control accuracy of 0.1 mg/L.
Energy saving advantages: Compared to Roots blowers, it saves 40% to 50% energy and reduces the proportion of total energy consumption in sewage treatment plants from 60% to 35%.
Industrial scene adaptation
Chemical process gas: Transport corrosive gases (requiring 316L stainless steel material)
Fire ventilation: emergency smoke exhaust (air volume>5000 m ³/min)
Micro devices: electronic cooling (such as 6025 6cm turbofan)
Expanding into emerging fields
Aquaculture oxygenation: distributed oxygen supply in aquaculture ponds
Pneumatic conveying: Closed conveying of powder and granular materials through pipelines
