Development of a local scale prevention and intervention tool in case of an oil spill
The MEDESS-4MS project, which was completed at the end of January 2015 after 3 years of development work, was co-funded by ERDF under the MED Programme, a transnational programme of European territorial cooperation.
The project focused on improving oil spill risk prevention in the Mediterranean Sea by developing forecasting and decision support systems. The aim was to integrate various existing oil slick drift models (MOTHY, Medslik, Poseidon) within an operational platform supplied with input data by existing sources of various environmental data: metocean forecasts (GMES/MCS, national organisations, etc.), vessel and spill surveillance at sea (AIS, VTMIS, EMSA-CSN, etc.), sensitivity atlases, spill response equipment data, information on past incidents, etc.
In short, MEDESS-4MS offers a decision support system via a user interface hosted on a web portal, providing interactive access to 3 types of scenarios: real-time (automatic simulations triggered by spills detected on satellite images); delayed mode (offline simulations of past spills, including backtracking); emergency management mode (real-time simulations performed by users).
Designed to meet the requirements of European and non-European agencies (such as EMSA and REMPEC), the platform also aims to contribute to contingency planning and the implementation of European Directive 2005/35/EC (on the identification of ship-source pollution). Since project completion, REMPEC communicated about this project during the spill response exercise and connected regional conference held in May 2015 in Zarziz (Tunisia), initiated by MOIG (Mediterranean Oil Industry Group) and certain national and private oil companies (ETAP, Ecumed, etc.)
Project website: www.medess4ms.eu/