Thanks to all participants, speakers, authors and partners.You made the event a success! The Organizing Committeeand the conference highlights are online!
Designing industrial processes involving several fluid phases (gas or liquid) can be difficult due to the physico-chemical properties of the fluids: non-Newtonian fluids, presence of surface-active agents, contaminants, etc. These properties govern phenomena such as breakage/coalescence of bubbles or droplets, emulsion generation, foaming and the transfer of material through interfaces that are often deformable.
Understanding and modeling these simultaneous mechanisms are major challenges for predicting their impact on the performance of subsequent multiphase processes and for developing the most effective technological solutions.
DEFI aims to address the coupling of the different mechanisms at work in multiphase industrial flows (hydrodynamics, transfer(s), physical chemistry, etc.) by combining the disciplines concerned, in order to improve the tools and methods for developing processes. Different approaches (experimental, numerical) and different scales (micro/meso/macro) are concerned.
This international event also aims to promote discussion between participants from different environments (academic and industrial), addressing applications as diverse as chemical processes, water treatment, Enhanced Oil Recovery (EOR), biotechnologies, energy production, plastic processing, food production and cosmetics.