Yara has inaugurated what it describes as Europe's largest industrial carbon capture facility at its Sluiskil ammonia and fertilizer complex in the Netherlands. The September 7 opening creates a cross-border route that can move captured carbon dioxide from a working industrial plant to permanent geological storage beneath the Norwegian seabed. Yara and Northern Lights have connected the individual pieces that European industrial carbon management has been working to build at scale. Those pieces are capture, liquefaction, temporary storage, marine transport, and permanent geological storage across national borders.
That gives ammonia and fertilizer production a functioning route to storage without requiring the geological storage site to sit next to the emitting facility. It is a model similar to CF Industries' own CO₂ capture launch at its Louisiana ammonia plant, though Yara's is built around cross-border shipping instead of a domestic pipeline.
Sluiskil Can Handle 800,000 Tons Annually
The facility can capture and liquefy up to 800,000 metric tons of CO₂ per year from Yara's ammonia production. The company expects approximately 12 million metric tons to be captured and stored over 15 years. The process benefits from the characteristics of ammonia manufacturing. Yara produces hydrogen through steam methane reforming, which generates a relatively high-purity CO₂ stream that is compressed and liquefied for transport.
The site includes seven storage tanks, and Yara's project design calls for Northern Lights vessels to collect liquid CO₂ roughly twice each week. The ships carry it to Øygarden on Norway's west coast, where it enters intermediate storage before being injected into an approved geological reservoir roughly 2,600 meters beneath the seabed. Yara and Northern Lights signed the binding transport and storage agreement in November 2023, a relatively short progression from investment approval to operations in 2026.
Cross-Border Infrastructure Expands the CCS Market
Industrial plants that do not sit above suitable geological formations need access to a network that can move captured CO₂ elsewhere. The European Commission identifies transport infrastructure as a central requirement for developing a functioning European carbon-management market, with pipelines, ships, rail, and trucks all potentially part of that system. Sluiskil demonstrates the ship-based version.
That could be particularly relevant for industrial clusters around European ports. Instead of requiring every manufacturer to develop its own storage site and dedicated pipeline, shared transport and storage infrastructure could let multiple emitters connect to centralized storage networks. That approach treats capture as only one piece of a larger decarbonization strategy alongside efficiency and electrification investments industrial plants are pursuing in parallel. Yara's own project documentation describes one objective as developing markets for lower-carbon products, alongside reducing emissions from fertilizer and chemical production.
Europe Still Needs Much More Storage
The Sluiskil project is also arriving as Europe tries to scale storage infrastructure substantially. Under the EU Net-Zero Industry Act, the European Union is targeting at least 50 million metric tons of annual CO₂ injection capacity by 2030. The European Commission’s May report highlights a planned addition of 19 million tonnes of annual CO₂ injection capacity across seven upcoming sites, though further development is required to bridge the gap to the EU's 50-million-tonne target for 2030.
That makes Yara Sluiskil less important as a standalone capture plant than as evidence that the infrastructure between emitter and storage site can actually work across borders. That distinction matters given how often large capture projects elsewhere have stalled before construction despite strong technical cases. Europe's industrial carbon-management market will ultimately depend on many more capture facilities, ships, pipelines, and storage reservoirs. At Sluiskil, those pieces are beginning to operate as a connected industrial system, not separate demonstration projects.
