Representatives of MSC, MEDLOG, HAROPA Port, Voie Navigable de France, and the Bruyères local government at the groundbreaking ceremony of the MEDLOG Inland Terminal Paris-Bruyères project, July 18, 2024 MSC
Ports

MSC breaks ground on new multimodal terminal near Paris

Baird Maritime

MSC, via its logistics arm MEDLOG, has broken ground on a new multimodal platform in the Paris region. The MEDLOG Inland Terminal Paris-Bruyères project is part of a wider renovation project underway at the Port 2000 site in Le Havre and will provide rail and barge connections for the region’s importers and exporters.

The TN MSC Port 2000 project is a major investment programme by MSC’s port investment group, TIL, that will strengthen Le Havre’s role as a Northwest Europe gateway. The project has a target of five million TEUs handled annually by 2027. HAROPA Port awarded the site to TiL in 2022 after a competitive bidding process.

The MEDLOG Inland Terminal (Paris-Bruyères) will support and complement the overall terminal improvements. It is designed to provide improved infrastructure via rail and barge and enable logistics decarbonisation for customers in the Paris and Greater East region of France.

At present, goods are mainly transported across the region via road. However, the MEDLOG Inland Terminal Paris-Bruyères will provide access to this trade hub and associated hinterland directly by barge and rail, enabling only last-mile connectivity to be performed by trucks. MSC said this will help to remove road miles and associated carbon emissions from the supply chain.

Scheduled for completion in 2024, the terminal will also enable MSC and MEDLOG to offer new services usually provided at port terminals such as container maintenance and repair, liquid cargo solutions, project cargo, and container refurbishment for food-grade exports.

For customers, this means streamlined container evacuation with secure, end-to-end oversight from Le Havre to Paris-Bruyères by MSC. Also, direct access to TN MSC will remove the need for intermediaries, further enhancing operational efficiency and reducing transit times.