Fine dust particles (S.G = 1.5) of 5 um (x50) are to be separated from a dust-laden exhaust gas in a cyclone separator. The particles enter the cyclone with air at 15°C with a rate of 48000 L/min....


Fine dust particles (S.G = 1.5) of 5 um (x50) are to be separated from a dust-laden exhaust gas<br>in a cyclone separator. The particles enter the cyclone with air at 15°C with a rate of<br>48000 L/min. Design several HR cyclones configured in parallel to achieve a pressure drop of<br>1800 Pa.<br>

Extracted text: Fine dust particles (S.G = 1.5) of 5 um (x50) are to be separated from a dust-laden exhaust gas in a cyclone separator. The particles enter the cyclone with air at 15°C with a rate of 48000 L/min. Design several HR cyclones configured in parallel to achieve a pressure drop of 1800 Pa.

Jun 09, 2022
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