CFD for the Chemical Industry: Analysis of Rushton Turbine

CFD (Computational Fluid Dynamics) analysis of a Rushton Turbine by a time accurate simulation and LES (Large Eddy Simulation) turbulence model.
Advanced CFD modeling offer vast possibilities for simulating stirred tank reactors:
analysis of vorticity and energy dissipation
velocity distribution
analysis of suspension of solids
tracer blending
analysis of aeration
water surface vortices and effects
etc
www.think-fd.com
Efraim Riess-Gonzalez

[@luren6840]

really beautiful

[@kzanbusiness]

Can you please tell which software was used for the simulation and the post processing?

[@thinkfluiddynamix4834]

The simulation is carried out by a Lattice Boltzmann code and the post processing is done using ParaView

[@satishkbonthu]

I knew what is that LBM code's name 😎

[@thinkfluiddynamix4834]

@@satishkbonthu :-) we will reveal it... not yet.

[@kzanbusiness]

Thanks @@thinkfluiddynamix4834 - was this done using a commercial code, or an in house code?

[@sergeianpilov5222]

@@thinkfluiddynamix4834 Are you not using Star-CCM+ ?