it is a device to remove pollutants and dust from factory smoke
When moisture in dust particle its is late to ionise the gas as it was dry, so gas late to Ionise meanwhile gas accumulation treatment times fail. So the electrostatic precipitator lass efficient during this.
air preheters,fans ,gates & dampers ,rotor , electro static precipitator, ash handeling equipments...
arun
An electrostatic precipitator is a device commonly used to remove fine dust particles from an airstream, or a smokestack exhaust. Often a two step process in which the unwanted particles are first given an electric charge, and then are easily attracted to a precipitate plate which carries an opposite charge. The very fines in smokestacks are an industrial problem, particularly because of their fineness, but they are then easily dealt with.
An electrostatic (one word, not two) smoke precipitator is an apparatus which ionises the gas in a space. The ionised gas molecules attract smoke particles which agglomerate and, when they have reached a sufficient size they fall to the ground under their own weight.
it is a device that extracts sulphur from the air they can be found in chimneys
Electrostatic tar precipitator
air pollution
Chimneys in power stations use electrostatic precipitator to attract soot particles. Electrostatic precipitator are filtration devices that use electromagnetic charges to remove particles from gases.
There is a lot of variation in the applied DC voltages that operate an electrostatic precipitator (ESP). Some work on a few thousand volts (a few kV), while big industrial units might run on upwards of 100,000 volts (100 kV).
Inside an electrostatic precipitator some of the electrodes are made to be positively charged and some of them are made to be negatively charged. Usually the voltage between the electrodes is very high. When smoke or other exhaust gases are sent through the precipitator particles in the gas with negative charges tend to go to the positively charged electrodes and positively charged particles go to the negatively charged electrodes. When the particles reach the electrodes many are neutralised and fall to the bottom of the precipitator where they may be collected periodically. Some cling to the electrodes which means that precipitators must be cleaned periodically too.
To remove and reduce particulate matter from the burnt gasses