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Venturi scrubbers are highly effective for sub-micron particulate collection, capturing up to 99.9% of solid or liquid particles down to 0.5 microns due to high-shear throat atomization.
We calculate pressure drop based on gas-throat velocity (typically 60 to 150 m/s) and liquid-to-gas ratios to optimize performance and prevent excessive blower energy consumption.
Designed to target sub-micron particulate matters and highly soluble gases simultaneously, the Industrial Venturi Scrubber Systems combine high-velocity shear atomization with downstream cyclonic moisture separation. Dirty gas enters the converging throat section where liquid is injected, forcing micro-droplet collisions. The resulting mixture enters the cyclonic separator for clean gas discharge, making this system a core pillar of modern chemical engineering.
| Venturi Layout | High-velocity vertical converging-throat-diverging unit |
| Gas Throat Velocity | 60 to 150 meters per second |
| Separator Diameter | 0.7 meters (Cylinder body) |
| Separator Height | 1.4 meters (Excluding bottom drain cone) |
| Drainage Cone | 45° slope for quick sludge extraction |
| Base Skid Frame | 1.4m x 0.8m Structural channel steel grid |
| Leg Supports | Four rigid support brackets |
| Water Flow Rate | 2 to 15 Gallons Per Minute (GPM) |
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