Europe's largest commercial carbon-capture plant starts operating in the Netherlands

A cross-border carbon chain opens

Europe's largest commercial carbon-capture and storage project began operating at Yara's ammonia and fertiliser plant in Sluiskil, the Netherlands, on September 7. The installation is designed to capture and liquefy as much as 800,000 tonnes of carbon dioxide a year. Ships will carry the material to Norway, where it is intended to be injected into permanent storage beneath the North Sea through the Northern Lights network.

The European Commission formally inaugurated the facility with Dutch Prime Minister Rob Jetten, Norwegian Prime Minister Jonas Gahr Støre and EU climate commissioner Wopke Hoekstra. Brussels describes the project as a practical element of industrial decarbonisation and expects it to store about 12 million tonnes of carbon dioxide over 15 years. The arrangement links a Dutch industrial source to EU-backed transport and Norwegian geological storage.

Why the opening matters

Heavy industries such as fertiliser, cement and chemicals produce emissions that are difficult to eliminate through renewable electricity alone. Carbon capture is intended to separate carbon dioxide before it reaches the atmosphere, compress it for transport and place it in deep geological formations. Sluiskil therefore tests whether a cross-border chain can operate at commercial scale rather than remain a demonstration confined to one industrial site.

Northern Lights is central to that model. The EU's infrastructure agency says its first phase can transport and store up to 1.5 million tonnes annually, with a second phase designed to reach five million tonnes or more. EU support for the expansion totals €135.2 million. By giving multiple industrial sites access to shared shipping and storage capacity, the network is meant to lower the barriers faced by individual factories.

A disputed climate tool

The opening does not settle the argument over carbon capture. Euronews reports that critics consider the technology expensive, technically uncertain and dependent on public subsidies. They also warn that capture projects can preserve carbon-intensive production instead of accelerating cleaner processes. Supporters answer that sectors with unavoidable process emissions require storage alongside electrification, efficiency and renewable energy if Europe is to meet its climate targets.

Performance data will now matter more than inauguration targets. Regulators and investors will watch how much carbon is actually captured, whether shipping and injection remain reliable, and how the cost compares with alternative emissions cuts. The Commission has set a 2030 goal of 50 million tonnes of annual injection capacity in EU storage sites. Sluiskil is significant because it has entered operation, but its results will determine whether the model can credibly scale.