BeMed+ project
It comprises 3 components
Supporting and strengthening the financial and technical capacities of local stakeholders in their fight against plastic pollution.
This component includes :
– Financial support for stakeholders through calls for projects :
– Collaborative work within the BeMed Business Club to contribute to and debate the plastic strategy of companies and to carry out pilot projects.
– The provision of useful tools and resources.
Leading and promoting the network of Mediterranean stakeholders to facilitate the sharing of experience and enhance the effectiveness and impact of the solutions implemented.
This section includes :
– Running a Community of Practice to facilitate collaboration and the sharing of experience.
– Developing the network and promoting effective solutions to facilitate their replication.
Implementing actions in two pilot regions in order to test and develop good practices that can be replicated and used by the BeMed network and beyond.
Geographical locations :
– the tourist area of Monastir, Tunisia
– the catchment area of the river Shkumbin, in Albania
Implementing actions in two pilot regions : Monastir in Tunisia and the cachment area of the Shkumbin river in Albania
Phase 1
Understanding the local context and issues
In 2024 and 2025, various studies will be carried out to identify : existing scientific data, the main sources of plastic leaks, initiatives and good practices deployed in other cities, political levers and brakes, social and economic needs to reduce dependence on plastic and limit leaks in the two pilot regions. Local stakeholders will be involved at every stage of these studies.
Phase 2
Taking action to reduce plastic pollution
Based on the results of the studies, an action plan will be consolidated and implemented over 2026 and 2027 to reduce the use of plastic and limit leaks into the environment in the tourism and sports sectors. A support programme for municipalities will also be put in place to improve waste management plans and incorporate reduction at source.