Simulations of bubble column reactors using a volume of fluid approach: Effect of air distributorCANADIAN JOURNAL OF CHEMICAL ENGINEERING (2007)
AbstractTwo- and three-dimensional numerical simulations have been performed on a laboratory scale bubble column reactor using a volume-of-fluid approach. The effect of hole-size and superficial gas velocity on the bubble size distribution and their trajectories has been investigated on a 20 cm diameter and 1 m high cylindrical reactor. All simulations were performed in a transient manner using a FLUENT solver. Surface tension between two phases has been modelled as a body force with a constant value. Turbulence was modelled using the k-(epsilon) turbulence approach. A comparison between simulation predictions and the reported experimental studies has shown a good agreement.
- bubble column; VOF; gas distributor; CFD; superficial gas velocity
Publication DateJune, 2007
Citation InformationAbid Akhtar. "Simulations of bubble column reactors using a volume of fluid approach: Effect of air distributor" CANADIAN JOURNAL OF CHEMICAL ENGINEERING Vol. 85 Iss. 3 (2007)
Available at: http://works.bepress.com/abid_akhtar/4/