L. Gretz Zabia
Tel: +31 53 489 2507
Room: Horst N.213
PDEng Project Title:
Design of a vortex chamber for spray drying of milk (based on CFD modelling)
PDEng Project Topic:
Design of a vortex chamber for spray drying of milk (based on CFD modelling) is a PDEng project funded by FrieslandCampina. This project is part of a larger research in which many other parties are involved, such as the Université Catholique de Louvain. The main goal of this research is to develop a new type of spray dryer based on the vortex chamber technology.
The basic principle of such a technology is to operate under a stronger acceleration than the earth gravity (as done in conventional fluidized beds); this is known as the high-G acceleration. There are several ways to generate high-G accelerations, i.e. from the inertia of the rotational motion of a particle bed. For that purpose, the drying agent is injected tangentially in the drying chamber from several gas inlet slots which creates a rotational motion of the particle bed.
The present PDEng project focuses on studying the effects of the momentum of the milk droplets on the vortex chamber design using CFD modelling.
PDEng student, track Energy and Process Technology, University of Twente.
Researcher at FrieslandCampina in the Process Technology department, the Netherlands.
ERASMUS exchange program (including MSc. Thesis) at the Université Libre de Bruxelles, Brussels, Belgium.
BSc.+MSc. in Chemical Engineering, Universitat Politècnica de Catalunya, Barcelona, Spain.