When considering flows, turbulence and highly complex spray processes, nobody knows the possibilities better than we do. Just as no one knows your requirements better than you. Together we can find out how to use all your potential.
For well over a century, we have been developing and producing nozzles and nozzle systems for many different applications. This resulted in a unique understanding of spray and atomization processes in a variety of applications over a wide range of pressures, temperatures and atmospheres. We are constantly working to improve the precision and efficiency and open up new application areas.
For simple calculations such as a straight piece of pipe, the flow state is still relatively easy to calculate using paper, pencil and calculator. If there is just a slight curve, then this is not so easy. Here, Computational Fluid Dynamics (CFD) is required.
We have used our expertise from many decades of nozzle development for these simulations. Conversely, CFD was initially just an internal tool that aided us in developing a desired nozzle faster and more accurately. Our high-performance clusters with a computing power of around 8,500 GFlops allows us to offer our knowledge as a service today. We simulate nozzle applications and processes individually for your environment and your requirements. This ensures that everything runs optimally in the real world.
Even with spray processes that have been running smoothly for years there is usually a considerable potential for optimization. Using our process simulations we can find these without interfering with the ongoing production. In this way, different settings can be tested, checking their impact on total yield. Here we rely on a clearly defined workflow:
Use our engineering experience to your advantage. We are pleased to assist you with our experience acquired over the decades with your process optimization. Contact us right now. We would be happy to define the work package together with you and submit a concrete offer.
Optimization of evaporative coolersFluid dynamics process simulations - Project: Contact-free evaporation
Washing tower for the treatment of process gasesFluid dynamics process simulations for denitrification
Sulfuric acid injection for the purification and cooling of process gases with sulphur trioxideFluid dynamics process sulfuric acid injection