
Abatement efficiency and controlling strategy of a cylindrical and a conical fluidized bed flocculator
The aggregation efficiency of colloidal kaolin particles by the turbulence caused by random movement of silica gel beads in a cylindrical (CFB) and an 8° conical fluidized bed (TFB) was studied in this paper, focusing on the control strategies of these novel processes. The abatement efficiencies as a function of the Camp number, velocity gradient (G) and flocculation time (T) were exploited. In general, the abatement efficiency tended to be improved with the increase of Camp number (in the study range of this work: Camp number lower than 8058 and 5639 in CFB and TFB, respectively). However, the efficiency was relatively low and sensitive to the Camp number as
Keywords: Camp number, flocculation, fluidized bed
-
Most popular related searches
Customer comments
No comments were found for Abatement efficiency and controlling strategy of a cylindrical and a conical fluidized bed flocculator. Be the first to comment!