We care about air!
We care about air!
Electrostatic precipitators - dust extraction systems
Our electrostatic precipitators are designed as dry plate electrostatic precipitators. With our many years of experience, we develop electrostatic precipitator systems that guarantee maximum efficiency, reliability, and low maintenance. Our electrostatic precipitators are frequently used for hot gas dust collection, as they are particularly resistant to heat and also insensitive to sparks carried in the gas. Our solutions are tailored to the specific needs of various industries – from power plants to production facilities – thus ensuring environmental compliance and optimizing your operational processes.
Low-maintenance design
SPS gestützte und selbst-optimierende
Regelungen für die HS-Aggregate
Low-wear tapping thanks to intelligent hammer design
Optimized gas distribution through CFD simulation
High temperature resistance &
low pressure loss in the electrostatic precipitator
Low investment costs through the use of standardized ETM electrostatic precipitators
How it works
In the electrostatic precipitator, the dust particles are separated from the gas according to the principle of electrostatic deposition.
The spray electrodes positioned between the precipitation plates generate an electric field using high voltage, electrically charging the dust particles. As they move through the electric field, the negatively charged dust particles are transported to the positively charged precipitation electrons and deposited.
The electrode systems in the electrostatic precipitator are cleaned at regular intervals by a knocking system. This causes the adhering dust to fall into the funnels located below the electrodes and from there into the designated discharge system.
Would you like to learn more?
Our brochure contains detailed information about our range of electrostatic precipitators and fabric filters. Our electrostatic precipitators are designed as horizontal dry plate electrostatic precipitators. We offer both standardized electrostatic precipitators and those optimally adapted to your specific requirements.
Low-maintenance design
PLC-supported and self-optimizing
Regulations for the HS units
High temperature resistance &
low pressure loss in the electrostatic precipitator
Low investment costs through the use of standardized ETM electrostatic precipitators
Low-wear tapping thanks to intelligent hammer design
Customer-specific customization
Our projects
ESP - Mannheim
Application:
Waste incineration
Gas temperature:
200-240 °C
Volume flow rate:
320,000 m³/h
Number of fields:
4 pieces
Precipitation area:
8,450 m²
Our projects
ESP - Baruth Vyncke
Application:
Biomass/wood combustion
Gas temperature:
350-380 °C
Volume flow rate:
360.000 Bm³/h
Number of fields:
2 pieces
Precipitation area:
4,160 m²
Our projects
ESP - Magdeburg
Application:
Sewage sludge incineration
Gas temperature:
310-330 °C
Volume flow rate:
32.100 Bm³/h
Number of fields:
2 pieces
Precipitation area:
390 m²