Wastewater treatment systems require stable and continuous airflow to support biological aeration, sewage oxidation and dissolved oxygen control. Blowers and aeration fans are the core equipment of the aeration system, directly affecting oxygen transfer efficiency, energy consumption and overall treatment performance.
Zhicheng provides customized wastewater treatment blower solutions for municipal sewage plants, industrial wastewater treatment, aquaculture aeration and oxidation ditch systems. Our solutions include Roots blowers, high-speed turbo blowers, multi-stage centrifugal blowers and industrial aeration fans for different airflow and pressure requirements.
Our blower solutions provide stable airflow and oxygen supply for municipal sewage plants, industrial wastewater treatment and biological aeration systems.
Provides continuous oxygen supply for activated sludge systems and biological wastewater treatment processes.
Stable airflow solutions for oxidation ditch aeration and dissolved oxygen control applications.
Suitable for municipal wastewater plants requiring reliable aeration and low energy consumption.
Designed for chemical, food, textile, pharmaceutical and industrial wastewater treatment systems.
Delivers stable oxygen supply for fish farming, aquaculture ponds and water circulation systems.
Supports fine bubble aeration systems requiring stable pressure, efficient oxygen transfer and continuous airflow.
Different wastewater treatment systems require different aeration blower structures, airflow capacities and operating pressures. Zhicheng provides customized blower solutions for municipal sewage treatment plants, activated sludge aeration systems, oxidation ditch aeration, aquaculture aeration and industrial wastewater treatment applications. Based on oxygen transfer requirements, aeration tank depth, pipeline resistance and airflow demand, we can recommend the most suitable Roots blower, high-speed turbo blower, multi-stage centrifugal blower or industrial aeration fan to ensure energy-efficient operation, stable dissolved oxygen control and reliable long-term wastewater treatment performance.
Tell us your airflow, pressure, temperature, installation environment and application requirements. Our engineering team will recommend suitable equipment and provide a professional solution according to your working conditions.
The following data is for general reference. Final blower selection shall be based on actual wastewater treatment conditions, including aeration tank size, dissolved oxygen demand, airflow requirement, operating pressure, pipeline resistance and system configuration.
| Item | Available Range / Options |
|---|---|
| Airflow | 500 – 300,000 m³/h or customized according to aeration system requirements |
| Pressure | Up to 120 kPa depending on aeration tank depth and pipeline resistance |
| Application | Municipal sewage treatment, industrial wastewater treatment, oxidation ditch systems and aquaculture aeration |
| Blower Type | Roots blower, high-speed turbo blower, multi-stage centrifugal blower and industrial aeration fan |
| Aeration Method | Fine bubble aeration, coarse bubble aeration, oxidation ditch aeration and biological treatment systems |
| Drive Type | Direct drive, belt drive and high-speed permanent magnet drive solutions available |
| Material | Carbon steel, stainless steel 304, anti-corrosion coating and customized industrial protection design |
| Motor Options | High-efficiency motor, IE3 / IE4 motor, explosion-proof motor, VFD motor and permanent magnet motor |
| Control Method | PLC control, VFD control, dissolved oxygen automatic control and remote monitoring system |
| Customization | Silencer, acoustic enclosure, flexible connector, control cabinet and customized aeration configuration |
| Testing & Documentation | Performance curve, GA drawing, vibration report, noise test and factory inspection records available |
From working condition analysis to final delivery, we provide practical technical support for boiler fan projects.
01. Requirement Analysis
Confirm airflow, pressure, temperature, fuel type and system resistance.
02. Fan Selection
Select suitable fan model, impeller type, motor power and drive method.
03. Technical Confirmation
Provide drawings, performance data, material options and control suggestions.
04. Manufacturing & Delivery
Produce, inspect, balance and deliver according to project requirements.
Each fan can be inspected according to project requirements before delivery. Available inspection items include dimensional inspection, impeller dynamic balancing, vibration measurement, running test and appearance inspection.