Research & Development

For the improvement of our Phase Separators, we use our own in-house developed testing plants. To carry out reliable experiments, defined, constant and reproducible testing conditions are important.

Our equipment ensure the accurate supervision of these relevant conditions. By comparing droplet size distributions at the separator's inlet and outlet based on large quantity of measured droplets, we can determine the separable droplet sizes and total separation efficiency. This approach ensures a comprehensive understanding of separator performance and guides the refinement of design for optimal efficiency. All resulting information from measurements is used as input parameters for our Computational Fluid Dynamics (CFD) simulations, which ensures the reliability and precision of our computational models.

Laboratory scale PT Phase Separator (DN 100)

Laboratory scale MPT Phase Separator (DN 150)