%0 Generic %1 decenso2009introduction %A DeCenso, A. J. %D 2009 %K 74e20-granularity 76t20-suspensions 76t25-granular-flows %T Introduction to air classification %U https://www.powderbulksolids.com/dust-collection/introduction-to-air-classification %X Air classifiers are preferred over fine screening in one or both of the following situations: 1) the rate is too high for fine screening; 2) the cut point is too fine for screening. Take for example an application in which calcium carbonate must be separated at 75 microns. A common round vibrating separator with a 200 mesh screen can make a very sharp separation in such an application at about 1 tn/hr. But what if the desired processing rate is 30 tn/hr? Sure, you could install 30 vibrating screens, but that’s not really practical. A single air classifier could handle the entire 30 tn/hr.

@electronic{decenso2009introduction, abstract = {Air classifiers are preferred over fine screening in one or both of the following situations: 1) the rate is too high for fine screening; 2) the cut point is too fine for screening. Take for example an application in which calcium carbonate must be separated at 75 microns. A common round vibrating separator with a 200 mesh screen can make a very sharp separation in such an application at about 1 tn/hr. But what if the desired processing rate is 30 tn/hr? Sure, you could install 30 vibrating screens, but that’s not really practical. A single air classifier could handle the entire 30 tn/hr.}, added-at = {2025-03-11T03:00:42.000+0100}, author = {DeCenso, A. J.}, biburl = {https://www.bibsonomy.org/bibtex/2e0462472809a513106741821314bbc1f/gdmcbain}, interhash = {503ce855b722d75f5685dc3d27e91c3b}, intrahash = {e0462472809a513106741821314bbc1f}, keywords = {74e20-granularity 76t20-suspensions 76t25-granular-flows}, note = {8 October}, timestamp = {2025-03-11T03:00:42.000+0100}, title = {Introduction to air classification}, url = {https://www.powderbulksolids.com/dust-collection/introduction-to-air-classification}, year = 2009 }