Dusty gas phase is fed tangentially to the bottom of the scrubber, where the sedimentation of large particles. Next, the gas phase passes through a section of irrigated fluid vanes, which increases the rotation speed of the gas flow, which occurs due to deposition of medium sized particles. The liquid phase with trapped particles of dust flows into the lower part of the scrubber and the gas phase is sent to the fan. The fan is supplied to the liquid phase, spray them, due to which there is an integration of liquid droplets and the remaining smaller dust particles. Next, the gas stream is fed tangentially into the upper part of the scrubber where separation of the drops take place.
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High separation efficiency
Absorption of gaseous pollutants
Stable operation by the gas flow fluctuations
Integration into existing ventilation systems
Cleaning and deodorization of chemical and petrochemical enterprises, metallurgical, mining, ore dressing, waste incineration, food and other related industries emissions
capacity: from 1,000 to 100,000 m3/h
particle size: > 2 microns
residual dust: < 20 mg/m3
efficiency: > 99,9 % (depending on particle size)
hydraulic resistance: 1.5 kPa
99.99 % efficiency achieving
To ensure its own thrust