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Electrostatic Precipitators

Remove fine dust, smoke, ash and fumes from industrial exhaust — greater than 99% collection efficiency with low pressure drop and high temperature capability.

>99% captureLow ΔPHigh temperature
>99%Efficiency
High tempCapability
Large volumeDuty
GPC electrostatic precipitator models — gas volume capacity, collection area and power supply Selection guide

ESP models GPC-ESP-10K through GPC-ESP-100K

Overview

Electrostatic Precipitators

ESPs are air pollution control devices used to remove fine particulate matter (dust, smoke, ash, and fumes) from industrial exhaust gases before they are released into the atmosphere. They have high collection efficiency (>99%), low pressure drop and can handle large gas volumes and high temperatures.

ESP Applications

  • Coal-fired power stations (fly ash removal)
  • Cement manufacturing plants
  • Pulp and paper mills
  • Petrochemical and chemical plants
  • Industrial boilers and furnaces
  • Steel and metal processing industries
  • Waste incineration facilities
  • Mining and mineral processing operations

How it works

Charged particles collected on plates — clean gas exits the stack.

Electrostatic charging

Exhaust gas passes through discharge electrodes, charging fine particles

Plate collection

Charged particulate migrates to collector plates; rappers dislodge dust to hoppers

Clean discharge

Treated gas exits with minimal pressure drop before atmospheric release

Electrostatic precipitator cutaway — gas inlet, discharge electrodes, collector plates, rappers and hoppers ESP cutaway diagram

Proven particulate control for large industrial exhaust streams

From gas inlet through perforated distribution plates, discharge electrodes and collector plates to hopper discharge — ESP technology delivers exceptional fine particulate capture for the most demanding emission sources.

>99% Collection Efficiency

High capture of fine dust, smoke, ash and fumes from exhaust gas streams.

Low Pressure Drop

Minimal energy penalty on exhaust fan and duct systems.

High Temperature Capability

Suited to boiler, furnace, kiln and incinerator exhaust.

Large Gas Volumes

Scalable from light industrial through to major power and cement plants.

ElectrostaticCollection method
High temperatureGas streams
>99% efficiencyPerformance

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