RAPACE
Assisted recovery by on-board sensors
The project concerns a feasibility study into the concept of an airborne craft linked to land through an umbilical cable, equipped with sensors to assist naval and land based parties in the location of or intervention in environmental accidents such as marine hydrocarbon pollution.
Projet terminé
| Project leader | GEOCEAN |
|---|---|
| Industrials partners | Thomsea et Cybernetix |
| Research partners | CEDRE, EIGSI (École d’ingénieurs de la Rochelle), LNE (Laboratoire National d’Essais) |
| Budget | 1 415 K€ |
| Cofinanceur publics | ANR |
| Year of labeling | 2005 – Joint Certification by Pôle Mer Bretagne |
| Year of co-financing | 2005 |
Visibility of scattered slicks on the surface of the water from the bridge of a ship is very limited. On-going location of slicks in the area around the support vessel can greatly increase the effectiveness of recovery operations and treatment, by assessing the amount of pollutant, locating it, and organizing work across the affected area: allocating resources, planning operations, positioning boats and recovery or treatment procedures. These are the aims of concept of this feasibility study.
Autour du pôle
AccesSecurity 2021
-
of
the - Parc Chanot - Marseille
- Événements partenaires
Oceanology International 2020 : le salon des technologies bleues
-
of
the - Londres
- Événements du pôle
Lancement du deuxième appel à manifestation du CORIMER
- Appel à projets