Our capabilities in the modeling, simulation and optimization of complex processes have been demonstrated in a large number of successful projects. The following list presents a selection of reference projects (with an indication of the individual tool used):

• modeling and simulation of tube evaporators for the degasification of polymers (PolyVap);
• modeling, simulation and optimization of an elasthane fiber spinning process (FiberSim);
• optimization of an exothermal catalytic tube reactor (MUSCOD-II);
• modeling and simulation of batch cooling crystallization (gPROMS, Parsival);
• development of a comprehensive model library for batch processes (Aspen Custom Modeler);
• model-based determination of solvent diffusion coefficients in polymers (Aspen Custom Modeler);
• reconstruction of reactor residence time distributions from measurements (VWZCalc);
• long-term maintenance of important process models (e.g. model porting from SpeedUp to gPROMS or Aspen Custom Modeler).

Our advanced modeling technology is the key to optimizing your processes. From the development of customized process models through experiment design, model identification and validation to demanding simulation, sensitivity and optimization studies, or for the preparation of special software solutions – we have the decisive know-how that will unlock the full potential of your processes.

You can count on the quality of our know-how and support in matters of modeling, simulation and optimization. Take us at our word and let us show you what we can do.