Innovation Lab

Dunkerque CO2 terminal: An essential building block for the energy transition

SUMMARY

The CO₂ export terminal developed by Fluxys through its affiliate Dunkerque LNG is an essential link in making a significant contribution to the decarbonisation of the Dunkerque region and to France’s climate objectives.

GENERAL INFORMATION

PROJECT

Molecules: CO2

Status: Planned

LOCATION

Country: France

Port Authority: Grand Port Maritime de Dunkerque

COMPANIES

GLE Member: Dunkerque LNG

Other Members: Air Liquide, EQIOM, France Industrie, Lhoist, RTE

OTHER

No tags assigned to this observatory post.

Downloads
no downloads

KEY FIGURES

Multi-modal open access terminal for the transport, liquefaction and export of CO₂
A partnership between Dunkerque LNG and Air Liquide, with strong support from regional actors
Capacity of 1.5 million tonnes of CO₂ annually, with potential expansion
CO₂ to be carried to permanent offshore storage

Project description

The CO₂ export terminal developed by Fluxys through its affiliate Dunkerque LNG is an essential link in contributing to the decarbonisation of the Dunkerque region and France’s climate goals.

A collective, innovative, and ambitious project supported by regional actors to reduce CO₂ emissions, safeguard jobs, and boost the local economy.

The terminal is part of the Cap Décarbonation initiative with Air Liquide France Industrie, Dunkerque LNG, EQIOM, Lhoist, and RTE.

Capturing CO₂ from cement production in Lumbres and lime production in Réty
Transporting the captured CO₂ by pipeline to Dunkirk for shipping to offshore storage

Decarbonising the Dunkerque industrial cluster

The port area accounts for 21% of France’s industrial emissions (13.7 million tonnes in 2020). The region aims to:

Reduce CO₂ emissions by 30% by 2030
Achieve carbon neutrality by 2050

TIMELINE

First phase of the project

As a key infrastructure partner, we aim to accelerate the energy transition by offering infrastructure for various molecules.

Our goal is to offer 1.5M tonnes of CO₂ capacity annually in the first phase of the terminal. Future expansions will allow customers more flexible options for storage and evacuation.