PRODUCT INFORMATION
Overview & application
1. Product Introduction | Magnetic Levitation Turbo Blower
The ODMS Magnetic Levitation Turbo Blower is a high-speed, oil-free air supply system primarily used to provide process air for biological wastewater treatment. It delivers air to submerged aeration diffusers, supplying the oxygen required by microorganisms to break down biodegradable pollutants in municipal and industrial wastewater.
Using magnetic levitation bearing technology and high-speed direct-drive operation, the blower eliminates mechanical contact at the shaft bearings during normal operation and avoids the need for conventional bearing lubrication. Combined with variable-speed control, it can adjust airflow to match changing oxygen demand, helping improve operating efficiency and reduce energy consumption under suitable conditions.
The ODMS Magnetic Levitation Turbo Blower is suitable for wastewater treatment plants, industrial effluent treatment facilities and other aeration applications requiring continuous, controllable air supply. It is selected according to required airflow, discharge pressure, operating range and the characteristics of the aeration system.
2. Engineered for Efficient & Reliable Air Supply
Energy-Efficient Operation · Oil-Free Design · Adjustable Airflow · Reduced Maintenance
The ODMS Magnetic Levitation Turbo Blower integrates high-speed motor technology, contact-free magnetic bearings and intelligent controls to support efficient, reliable air supply for continuous wastewater treatment and industrial operations.
01 | High-Efficiency Turbo Technology
Optimized Energy Use for Continuous Air Supply
A high-speed permanent magnet motor and centrifugal impeller deliver compressed air directly, helping reduce mechanical transmission losses and improve operating efficiency.
02 | Oil-Free Magnetic Bearings
Contact-Free Operation Without Lubricating Oil
Active magnetic bearings support the rotating shaft without mechanical contact during normal operation, eliminating the need for bearing lubrication oil.
03 | Adjustable Airflow Control
Air Supply Matched to Process Demand
Variable-speed operation allows airflow to be adjusted within the blower's operating range, helping match changing aeration and process requirements.
04 | Reduced Mechanical Maintenance
Fewer Wear Components, Simplified Servicing
The contact-free bearing design eliminates routine oil changes and reduces mechanical wear associated with conventional lubricated bearings.
3. Magnetic Bearing Turbo Blower Technical Parameter
4. Intelligent Monitoring & Operational Protection
Real-Time Monitoring · Adaptive Control · Integrated Protection
The ODMS Magnetic Levitation Turbo Blower uses an integrated control system to coordinate motor operation, magnetic bearing control and equipment protection, supporting stable operation under varying process conditions.
01 | Real-Time Operating Monitoring
Key Parameters Under Continuous Supervision
Monitors operating parameters such as motor speed, bearing status, temperature and system pressure to support equipment management and fault identification.
02 | Variable-Speed Process Control
Airflow Adjustment Within the Operating Range
Motor speed can be adjusted to respond to changing airflow demand while maintaining operation within the blower's permitted performance range.
03 | Integrated Safety Protection
Protection Against Abnormal Operating Conditions
The control system provides protective responses to applicable abnormal conditions, including excessive temperature, electrical faults and bearing-related alarms.
04 | Plant Control Integration
Designed for Coordinated System Operation
Communication and control interfaces can be configured to support integration with plant automation systems, subject to the selected controller and project requirements.
CTA: Discuss Your Project Requirements
5. Blower Selection & Engineering Support
Application-Based Selection · System Integration · Technical Support
ODMS supports magnetic levitation turbo blower selection based on required airflow, discharge pressure, operating conditions and project specifications. From equipment configuration to technical documentation, we help EPC contractors and equipment buyers evaluate and integrate the blower into their air supply systems.
01 | Application-Based Blower Selection
Matched to Actual Airflow and Pressure Requirements
Evaluate design airflow, operating pressure, inlet conditions and expected load variations to recommend a suitable blower model and operating range.
02 | System & Interface Coordination
Configured for Project Integration
Review air piping connections, electrical supply, cooling and ventilation requirements, control interfaces and installation space to support system integration.
03 | Technical Documentation Support
Clear Data for Engineering and Procurement
Provide applicable performance data, dimensional drawings, equipment specifications and interface information to support technical review and procurement.
04 | Installation & Commissioning Support
Technical Assistance Through Project Start-Up
Installation guidance, commissioning coordination and operating instructions can be provided according to the agreed project scope.
CTA: Get a Blower Selection & Quote
6. Making Equipment Procurement More Reliable
From equipment selection and critical components to pre-shipment verification, ODMS focuses on the details that matter to long-term operation and reliable project delivery.
72H｜full-load reliability verification
Applicable equipment is verified under operating conditions before delivery.
100%｜Key Component Traceability
Key materials, critical components and electrical configurations are documented for traceability.
GLOBAL BRANDS ｜Proven Component Brands
Critical components from proven brands are selected according to equipment and project requirements.
FULL-PROCESS｜Full-Process Technical Support
Technical support throughout key project stages, from equipment selection and technical clarification to installation, commissioning and ongoing operation.
Selection → Technical Clarification → Delivery → Commissioning → Operational Support
