Process engineering design and development

By means of the innovative method CFDComputational Fluid Dynamics – predeterminations of mixing results are possible without complex and expensive trials and tests.
Those data help to optimize difficult mixing and heat transfer tasks.

Examples:
  • local flow velocities
  • local power distribution
  • flow velocity at the vessel wall
  • dead spaces
  • concentration profiles
  • mixing times
  • temperature distribution in the vessel
  • flow load of installed components
CFD - Computational Fluid Dynamics

Mechanical engineering design and development

FEMfinite element method – is a modern method which is used by STC for the mechanical design of equipment with regard to stress and vibration behaviour, as well as for resonance problems by means of complex modal analysis, if analytic methods are not precise enough.

Examples:

  • system deformations e.g. agitator on vessel top shell
  • local maximum stress e.g. during shock cooling of tube bundles
    heat exchangers
  • dynamic stress analyses e.g. impeller blades, agitator shaft, baffles
  • vibration behaviour e.g. natural frequency of the complete agitator
    on the vessel top shell
FEM - Finite Element Methode

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