Abstract
There was presented improved design of Venturi scrubber with adjustable throat, intended for trapping particles from gas phase with more than 0.5 microns. There were determined hydrodynamic modes of operation of a new Venturi scrubber corresponding to the greatest efficiency in trapping particles. There was described flow chart on aspiration of emissions of mineral fertilizers production. There was made a comparison between the results of a mathematical model and test data on trapping of KCl particles during aspiration of shop for production of potash fertilizers. The residual dust content achieved is less than 10 mg/m 3 . There were presented equations for calculation of offered Venturi scrubber.
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