Electrostatic Precipitators
Effective Air Pollution Control Technology
Electrostatic precipitators (ESPs) are one of the most reliable and cost-effective solutions for removing dust from industrial gases. They use very little energy, have low maintenance needs, and typically last longer than equipment like furnaces, boilers, or mills. This makes them an ideal choice for long-term, efficient operation.
These systems work by charging dust particles with high-voltage discharge electrodes. The charged particles are then drawn to grounded collecting plates, where they stick until automatically removed by mechanical rappers. The design includes strong, durable electrodes and an easy-to-service layout, keeping downtime and costs to a minimum.
At Air Fractal, we provide custom-built ESPs tailored to your specific process and plant conditions. Whether you need a dry or wet system, horizontal or vertical layout, we develop the best solution for your application. Our technology adapts to your flue gas characteristics, ash content, temperature, and space requirements — ensuring maximum efficiency and reliability.
Key Benefits of Air Fractal Electrostatic Precipitators:
• High removal efficiency, even with fine dust
• Stable operation under changing loads and temperatures
• Low energy use and minimal pressure drop
• Long service life with high system uptime
• Ideal for retrofitting into existing plants
• Suitable for high-temperature operations (up to 300°C or more)
• Quiet operation and low maintenance requirements
• Easy access to all major components for fast servicing
Why Air Fractal?
• Custom-engineered solutions for your exact needs
• Modular, pre-assembled designs for faster installation
• Smart controls for real-time system optimization
• Clean gas dust levels below 5 mg/Nm³ achievable
• Full integration with fans, ducts, silencers, and control systems
Air Fractal brings you proven technology, engineered for performance, durability, and efficiency. Let us help you create a cleaner, more sustainable operation — built to last.