Ultrafine-particle capture
Electrostatic charging targets particles that are difficult for conventional separators.
ULTRAFINE PARTICULATE / ACID-MIST CONTROL
Wet Electrostatic Precipitator
Deep polishing of fine particles, acid mist and aerosols in saturated gas streams.
Collection methodHigh-voltage electrostatic
CleaningWet electrode washing
Target pollutantsPM2.5, acid mist, aerosols
Typical polishing≤10 mg/m³ project basis
PRODUCT OVERVIEW
Engineered around the process, pollutant and production line.
The wet electrostatic precipitator charges particles and mist droplets in a high-voltage electric field and drives them toward collecting electrodes of opposite polarity.
A continuous or intermittent washing system removes the collected material without re-entraining dry dust. The equipment is commonly installed after wet desulphurisation or other saturated-gas treatment stages.
Performance that translates into practical operation
Effective acid-mist removal
Wet operation is well suited to saturated gas containing droplets and aerosols.
Low secondary dust
Washing prevents a dry dust cake from being re-entrained into the outlet gas.
Final-stage polishing
The system can support demanding stack-emission targets after upstream treatment.
A clear route from collection to controlled discharge
01
Gas distribution
Spread the saturated exhaust evenly across the electric-field section.
02
Corona charging
Discharge electrodes generate ions that charge particles and droplets.
03
Electrostatic migration
Move charged contaminants toward the collecting electrodes.
04
Wet washing
Flush the electrodes and transfer captured material into the wastewater system.
05
Clean-gas outlet
Deliver polished exhaust to the stack or downstream process.
APPLICATION RANGE
Configured for the conditions that matter at your site
Final sizing, materials, controls and safety provisions are selected from the exhaust or process data supplied for the project.
TECHNICAL CHARACTERISTICS
Designed for dependable industrial service
- High-voltage power supply and control
- Corrosion-resistant collecting and discharge electrodes
- Gas-flow distribution devices
- Spray and wastewater systems
- Access platforms and safety interlocks
- Modular steel shell and internal field arrangement
Information required for accurate equipment selection
Final performance depends on verified process conditions. A technical proposal should not be based on equipment name or nominal airflow alone.
Process and pollutant data
Provide the production process, pollutant composition, normal and peak concentration, temperature, humidity and any dust, mist or corrosive components.
Capacity and operating pattern
State normal, minimum and peak airflow or treatment capacity, daily operating hours, batch cycles and expected future expansion.
Site and utility conditions
Include available installation space, indoor or outdoor location, electrical standard, fuel or water availability, access constraints and project location.
Required project scope
Clarify whether the inquiry covers equipment supply, OEM manufacture, ductwork, controls, installation guidance, commissioning, training or spare parts.
Equipment in the field
Clean product assets extracted from the supplied source material. No translated brochure pages are embedded.
PROJECT-SPECIFIC ENGINEERING
Tell us what your process needs to handle.
Share the airflow or capacity, pollutant composition, concentration, temperature, operating hours and site constraints. We will recommend the appropriate configuration.
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