Port of Antwerp-Bruges, Belgium

The Port of Antwerp-Bruges is widely recognized as a leading-practice example of sustainable supply chain integration, particularly due to its highly developed multimodal logistics system and strong integration with adjacent industrial clusters. The port operates as a major European gateway where maritime, rail, inland waterway, and road networks converge, enabling efficient redistribution of cargo across the continent. The port promotes inland shipping and rail as alternatives to road transport; dated modal-split and emissions results are not cited here.

A defining element of Antwerp-Bruges is its role as a major industrial hub, hosting around 1,400 companies across the combined Antwerp-Bruges port and accommodating Europe’s largest integrated chemical cluster (AmCham Belgium, 2025). The port contains a dense concentration of petrochemical, manufacturing, and logistics firms, which enables the co-location of production and distribution activities. This spatial integration reduces transport distances between producers, processors, and export terminals.

Within this environment, materials such as chemicals, plastics, and industrial by-products are processed and reused across interconnected firms, reducing the need for additional raw material inputs and limiting waste flows leaving the port. The port therefore promotes circular economy activity as part of its climate and energy transition work (Port of Antwerp-Bruges, n.d.a).

A specific development supporting this transition is the NextGen District, an 88 hectare site at Antwerp that the port cleared for circular industry and where it confirmed the first companies for a demonstration hub in 2024 (Port of Antwerp-Bruges, 2024). Located in proximity to the existing chemical cluster, the district is designed to facilitate industrial symbiosis by enabling the exchange of materials, energy, and resources between co-located companies. Its intention is to host projects focused on recycling, resource recovery, and low-carbon production processes, providing a structured environment for circular economy activities within the port.

In parallel, Antwerp-Bruges has invested in integrated logistics planning and digital coordination systems that optimize freight movements across modes. By improving scheduling and operational coordination, these systems enhance the efficiency of intermodal transfers and reduce congestion within the port. The emphasis on modal shift, industrial co-location, and circular resource flows reflects a holistic approach to supply chain design, where logistics is integrated with broader industrial processes.

Overall, the Port of Antwerp-Bruges demonstrates how sustainable logistics integration can be achieved through the combination of multimodal transport infrastructure, industrial clustering, and circular economy principles. By embedding these elements into both its physical layout and operational systems, the port illustrates a model intended to reduce dependence on road transport and support resource efficiency across the supply chain.