Numerical simulations of mixing in an SMRX static mixer
The present work focuses on the flow characteristics and mixing induced by Sulzer SMRX static mixers. It is obsd. both exptl. and numerically that pressure drop increases linearly with velocity for this mixer type and that, as expected, this effect is amplified when multiple mixers are placed in the flow field. It is further shown numerically that the slope of the pressure drop vs. velocity curve increases for increasing internal mixer tube crossing angles. Moreover, it is found that mixing efficiency is a strong function of the internal tube crossing angle. Finally, anal. of the pressure drop results, particle patterns at the reactor outlet, streamlines, and the intensity of segregation suggests that the optimum configuration of an SMRX mixer is one with a 90 Deg internal tube crossing angle. It also shows to what extent the use of two static mixers provide enhanced mixing compared to one. [on SciFinder (R)]
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Keywords: Flow; Mixing; Pressure drop; Simulation and Modeling (numerical simulations of mixing in SMRX static mixers); Mixing apparatus (static ; Sulzer SMRX; numerical simulations of mixing in SMRX static mixers) ; static mixer Sulzer mixing modeling
CAN 125:199406 48-2 Unit Operations and Processes Institute of Chemical Engineering, Swiss Federal Institute of Technology,Lausanne,Switz. Journal 0300-9467 written in English.
Record created on 2006-04-18, modified on 2016-08-08