GXCD electrostatic precipitator is a cyclone electrostatic composite secondary precipitator. In GXCD: G represents a tube; X represents a cyclone dust collector; C represents an extra-high pressure; D represents an electric dust collector.
|Single-tube||Double tube||Three tubes||Four tubes|
|Filtering wind speed||M / S||1||1||1||1||1||1||1||1|
|Handling air volume||M3 / h||1800||2300||3600||4600||5400||6800||7200||9200|
|Corona wire||shape||Round line star line thorn line|
|Clear gray||method||Electromagnetic vibration or electric vibrator vibration|
|Smoke||temperature||350 ℃ at normal temperature|
|Electric field length||M||8-10|
The working principle of GXCD electrostatic precipitator is:
The dust-containing airflow enters the venturi through the flue of the electrostatic precipitator, and the water is sprayed into the throat evenly. Due to the high-speed movement of the flue gas, the sprayed water is dissolved into a fine water mist, which humidifies the flue gas In the ash. In this process, the ash in the flue gas is moistened, which increases its weight and facilitates centrifugal separation. In a high-speed flocculation state, due to the large difference between water droplets and dust particles, their speed difference is also large. In this way, the ash particles and water droplets collide and condense, especially the fine dust particles can be dissolved by water mist. These are fully prepared for the separation of the ash materials, and then enter the main cylinder. This machine performs secondary purification in electrostatic precipitators for dust collectors with a dust diameter of> 10 microns in a cyclone dust collector to achieve high dust removal efficiency.