What are the main sections of a typical oil mist electrostatic precipitator from inlet to outlet?

The structure of an oil mist electrostatic precipitator typically consists of several key components that work together to effectively remove particulate matter from the air stream. The correct sequence begins with the inlet, where contaminated air enters the system.

Following the inlet, the baffle helps to direct the airflow and can assist in the pre-cleaning stage by ensuring that larger particles are settled out before they can reach the ionizer. The ionizer then plays a critical role by charging the oil mist particles, which prepares them for collection by the subsequent component.

The collecting section is where the charged particles are attracted to and collected on oppositely charged plates. This process is essential for the effective filtering of the oil mist from the air, significantly reducing emissions. Finally, the fan is often present to facilitate airflow through the system and to ensure that the clean air is expelled, typically after passing through a final filtration stage if equipped.

Each of these components operates in harmony to improve air quality by reducing harmful oil mist emissions from industrial processes. Understanding the configuration and function of these elements helps improve maintenance and efficiency in oil mist filtration systems.