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The principle of Electrostatic Precipitation (ESP) is defined as the use of electrostatic forces to remove charged solid particles or liquid droplets from gas streams in which the particles are carried in suspension.
The first known application took place in 1908 in the U.S. and since then, electrostatic precipitators have been extensively used to remove particles or droplets from flue gas deriving from combustion and in a variety of industrial processes.
Termokimik realised the first ESP in 1970 and now our reference list includes several dozens of successfully realised ESP in applications ranging from Coal to Oil Fired Power Plants, from Clinker production to Municipal and Industrial Waste Incineration.
The main advantages of Termokimik's ESP are:
Optimum System Design
Termokimik's extensive experience allows to select the appropriate design for a given application: each ESP is the result of a tailored optimisation process targeted at determining the most cost effective solution.
Maximum Precipitation Rate
State of the art controls and energisation techniques are used to maximise the precipitation rate and promptly respond to changing conditions.
Minimum Energy Consumption
Energy efficient electrodes, coupled with advanced control algorithms, allow to minimise the power consumption.
High Availability
The evolution in the ESP design has helped to reduce the number of components to minimise maintenance requirements .
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