Wet Electrostatic Precipitator

Electrostatic precipitator eMOCarz was design for residential buildings. Compact size and exceptionally low pressure drop makes it suitable for residential heat recovery systems, with little impact on system performance. The filtration efficiency of ePM1 and ePM2.5 particles, the main component of smog, is as high as 95%. Polluted air initially passes through a steel mesh prefilter (which retains larger fractions), then is positively ionized in an electric field due to the “crown discharge” effect. In the last stage, the previously charged particles, are pulled by electrostatic force toward horizontally mounted aluminium plates (electrodes) and build up on their surface. Electrostatic filters (precipitators) have low power consumption (only few Watts), long service life and most of all there’s no need to exchanged dirty (clogged) filters. It is enough to clean in with water and detergent once or twice a year. There is a led status indicator on the casing.

CF 30 G equipment is supplied completely assembled and ready for operation. The dust collection unit is suited for intermittent operation only, because regular cleaning of the pocket filter element in certain intervals is an absolutely must for the proper operation of the equipment. The cleaning intervals will depend on the operating conditions and must be established by experience. Normally cleaning intervals will be between operating times of 30 minutes to two hours. It is a prerequisite for sufficient and intensive cleaning of the filter cloth that dust collecting is interrupted during cleaning to achieve static pressures on the filter material. A retention time of 1 - 2,5 minutes between the end of the suction and the beginning of the cleaning process is therefore required. The filtered air must be removed outside - do not lead back to closed rooms!

Continuous particulate monitoring for saturated wet stack applications typically found after wet scrubbers, wet electrostatic precipitators and wet flue gas desulphurisation plants.

It is generally used as a dust collector, dust and air separator for the product. It is found in aspiration systems of cleaning machines. Dust removed by aspiration is separated from the air by means of a cyclone. The dust-laden carrier air is directed inside the separator thanks to the helical construction and is forced to rotate in the cyclone. Dust particles are dispersed to the environment with the effect of centrifugal forces arising due to rotation. Dust particles are carried along a helix path by means of the vortex created by the air pushed from behind. The clean air separated from the dusts goes through the suction pipe and goes to the outlet. Dust particles are directed downwards along the spiral due to the friction of the air against the wall. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories