|Porteur du projet||Alyotech|
|Partenaires industriels||ENGIE, Nymphea Environnement|
|Partenaires recherche||Armines, CEDRE|
|Budget||1 076 K€|
|Cofinanceur publics||FUI (Single Interministerial Fund) & Regional authorities|
|Année de labellisation||2011|
|Année de cofinancement||2011|
This project has 3 components:
- Development of a mathematical model of jet plumes based on a Lagrangian approach. It has the ability to model multiphase flow and will take into account the formation / decomposition of hydrates and gas dissolution in water. Close attention will be paid to oil spills and to the behaviour of droplets which may be formed further to the addition of surfactant to the source.
- Implementation of physical models in the laboratory and outdoors (military port) to determine the characteristics of the discharge in the water column, the influence of pressure and to calibrate / compare with the underwater dispersion model.
- Utilization of the results by combining them with a validated atmospheric dispersion model and thus offering a complete sequence to develop risk prevention plans or deploy operationally for the management of an accident.
A further offshore action plan in depths of about a hundred metres could be considered with the support of the Navy.