CO2 TransPorts

The Netherlandsporthosco2.nl

Porthos (legal entity: CO2 TransPorts) is a Dutch carbon capture and storage (CCS) infrastructure project centered on the Port of Rotterdam. It is a joint venture of EBN, Gasunie and the Port of Rotterdam Authority, set up to provide shared CO2 transport and offshore storage services for industry.

The system aggregates CO2 from industrial emitters in the Rotterdam area, compresses it at a facility on the Maasvlakte, and transports it via an offshore pipeline to depleted gas reservoirs beneath the Dutch North Sea for permanent geological storage. The initial phase is designed for around 2.5 million tonnes of CO2 per year, with launch customers including Air Liquide, Air Products, ExxonMobil and Shell. Porthos focuses on transport and storage; capture facilities are developed by participating emitters. First operations are targeted for the mid‑2020s.

Also known as Porthos Carbon Capture and Storage and Porthos CCS.

Latest news on Porthos

16 March 2026
Hynetwork Connects First Hydrogen Plant to Dutch Network

The first hydrogen plant connects to the Dutch network, marking progress in decarbonizing industry and expanding the hydrogen infrastructure in northwestern Europe.

6 February 2026
Porthos Project: CO₂ Injection Wells Ready

Four North Sea wells converted for CO₂ injection, ensuring safe storage. Work completed with no incidents. First injection planned for autumn 2026.

3 September 2025
Shell Halts Rotterdam Biofuels Plant Construction

Shell stops Rotterdam biofuels project after evaluating market dynamics and costs, focusing on competitive, low-carbon investments like CCS, hydrogen, and SAF.

21 July 2025
Gasunie Commits €500M to Energy Infrastructure by Mid-2025

Revenue up 20% due to higher tariffs; costs rise 11% from investments and staffing. Focus on energy transition, resilience, and hydrogen projects. €12B investment planned by 2030.

17 December 2024
Aramis: D-HUBN CO2 Distribution Platform

D-HUBN is an offshore platform for CO2 distribution, using hybrid energy. It coordinates CO2 transport to storage sites, focusing on safety and efficient operations.