Analysing (Waste) Material Flows in Port Areas
The REDII Ports project focuses on enhancing sustainability in port areas. This involves a comprehensiveMaterial Flow Analysis (MFA) within three case study
ports: Port of Eigersund (NO), Port of Skagen (DK), and Port of Zwolle (NL).
Ports can play a key role in the transition to a more sustainable global system. They are crucial to our economy, as they handle the majority of traded materials and serve as critical nodes for material and energy flows. As the world faces the urgent
need for a sustainability transition to meet basic socio-economic needs while respecting planetary boundaries, ports emerge as potential catalysts for
change. By embracing circular principles, ports can become facilitators and drivers of sustainable value chains.
This research looks at circular opportunities for excess materials The focus of the research in this report is specifically on analyzing excess materials in port areas and their industrial hinterlands. Initially, the scope was focused on materials that might serve as feedstock for biofuel production. However, this scope was broadened to address the needs of the overarching sustainability transition and recognize the interdependence between materials and energy. The two are deeply
linked in our economy, necessitating a holistic approach to succeed in both material and energy ransition goals and avoid unintended consequences.
Source and image: Interreg North Sea