Discover our comprehensive range of particulate control technologies. From high-efficiency bag filters to robust dry ESPs and ultra-low emission wet precipitators.
A highly reliable fabric filter system designed to capture fine particulate matter with exceptional efficiency across diverse industrial applications.
View Details →Robust dry ESP technology engineered for handling massive gas volumes, featuring low pressure drop and stable operation in harsh environments.
View Details →The ultimate final-stage polishing technology. Expertly removes acid mist, aerosols, and sub-micron particulates to achieve near-zero emissions.
View Details →Data overview for Bag Dust Collector, Dry ESP, and Wet ESP.
| Technical Parameter | Bag Dust Collector (BLBD Series) | Electrostatic Precipitator (BLESP Series) | Wet Electrostatic Precipitator (BLWESP Series) |
|---|---|---|---|
| Gas Volume (m³/h) | 10000 - 2300000 | 20000 - 2300000 | 10000 - 2400000 |
| Allowable Gas Temperature (°C) | 30 ~ 250 | 70 ~ 400 | 30 ~ 90 |
| Allowable Inlet Dust Density | 1 - 1300 g/Nm³ | 10 - 1300 g/Nm³ | 1 - 300 mg/Nm³ |
| Pressure (Pa) | 2000 ~ 20000 | 2000 ~ 20000 | 2000 ~ 20000 |
| Operating Resistance (Pa) | 800 ~ 1800 | 200 ~ 350 | 300 ~ 500 |
| Outlet Emission (mg/Nm³) |
A dust collector (or dust removal equipment) is an environmental protection device used to separate and capture solid particulate matter (dust) from dust-laden gases (such as industrial waste gas, flue gas, or air). Its core objectives are:
Purifying gas emissions to comply with environmental regulations and standards.
Efficiently recovering valuable dust particles and raw materials from the air stream.
Safeguarding downstream components like fans and heat exchangers from wear or clogging.
Improving the workspace environment to protect personnel and ensure safe production.
Core Logic: Captures dust through high-density fiber bundles. A "Primary Dust Layer" forms quickly, providing sub-micron filtration efficiency.
High-pressure pulse-jet or mechanical vibration.
Core Logic: Charges particles via high-voltage corona discharge. Charged dust is then pulled to grounded collection plates by Coulomb forces.
Ultra-low pressure drop, capable of handling 400°C+ flue gas.
Core Logic: Operates in saturated wet gas conditions. Uses a continuous water film to rinse plates, preventing secondary entrainment.
Achieves "Ultra-Low Emission" (≤ 5 mg/Nm³).
2026 Engineering Decision Framework
Best for: Fine PM2.5 and dry gases
Nota: Avoid high moisture to prevent filter blinding.
Best for: High-temperature flue gas (up to 400°C).
Nota: Not suitable for ultra-low emission targets.
Best for: Sticky dust, acid mists, and ≤ 5mg output.
Nota: High maintenance due to wastewater handling.
High-Efficiency Air Pollution Control Solutions for Heavy Industry
Optimized for high-concentration dust and varying particle sizes common in kiln and clinker production.
Designed for massive gas volumes and extreme temperatures (up to 400°C) found in power plant flue gas.
Specialized for handling sticky dust, heavy metal aerosols, and corrosive flue gas.