Northern Lights Takes Delivery of Third LCO2 Carrier, Northern Phoenix

Northern Lights has taken delivery of its third dedicated liquefied CO2 transport vessel, the Northern Phoenix, which will undergo energy-saving optimization during its repositioning voyage from China to Norway. Upon arrival in Øygarden, the vessel will begin critical ship-to-shore commissioning to support commercial carbon transport for Yara, marking a major scaling milestone for Europe’s cross-border CCS infrastructure.

Øygarden, Norway | December 2, 2025 – In a major expansion of the world’s first commercial carbon capture and storage (CCS) maritime network, Northern Lights has officially taken delivery of its third dedicated liquefied CO2 (LCO2) transport vessel, the Northern Phoenix.

The delivery, completed at the Dalian Shipbuilding Industry Co. (DSOC) yard in China, marks a critical scaling-up phase for cross-border carbon logistics in Europe. The vessel joins its sister ships, Northern Pioneer and Northern Pathfinder, as part of a bespoke fleet designed to bridge industrial emission sources with sub-seabed permanent storage.

Technical Repositioning and Commissioning

The Northern Phoenix has departed China for its long-haul repositioning voyage to Norway. Rather than a standard transit, Northern Lights is utilizing the journey as an active operational testbed. Shipboard teams are conducting extensive testing and optimization of the vessel’s integrated energy-saving devices under real-world maritime conditions.

Upon its arrival in western Norway, the vessel will enter an intensive operational readiness phase at the Northern Lights onshore receiving terminal in Øygarden. This phase will focus on:

• Mechanical Commissioning: Validating the complex cryogenic cargo handling systems designed to maintain CO2 at its triple point (high pressure and low temperature).
• Ship-to-Shore Interface Training: Conducting joint drills between vessel crews and terminal operators to establish seamless, safe transfer protocols before commercial volumes are introduced.

Strategic Allocation: Securing the Yara Supply Chain

Unlike its predecessors, which are built to handle flexible infrastructure demands, the Northern Phoenix is heavily tied to commercial scaling. The vessel is explicitly dedicated to transporting liquefied CO2 from chemical giant Yara’s ammonia production facilities in Sluiskil, the Netherlands.

This contract represents one of the world’s first commercial cross-border CCS agreements, moving carbon management from subsidized pilot programs into market-driven industrial services.

Northern Lights’ fleet expansion will continue rapidly to match rising European demand. A fourth sister ship is already slated for delivery from DSOC in 2026. This upcoming capacity injection is timed to support a growing roster of European emitters, including Swedish energy provider Stockholm Exergi, whose volumes will come online as regional carbon penalties tighten.

Inside the Northern Lights Value Chain

Northern Lights operates as a pure-play, open-source “transport and storage as a service” provider. The operational flow represents a significant shift in traditional maritime cargo profiles, requiring specialized containment assets that can withstand high-pressure liquid carbon transport.

The Operational Logistics Loop

Political and Industrial Foundations

The initial phase of Northern Lights forms the transport and storage backbone of “Longship,” the Norwegian Government’s ambitious $2.7 billion full-scale carbon capture and storage initiative.

To anchor the infrastructure, the project secured foundational domestic volumes from two major Norwegian industrial emitters:

• Heidelberg Materials: Capturing emissions from its cement factory in Brevik.
• Hafslund Celsio: Capturing emissions from its flagship waste-to-energy plant in Oslo.

However, the joint venture, backed by energy majors Equinor, Shell, and TotalEnergies, has rapidly outgrown its domestic footprint. By securing cross-border commercial agreements with international players like Yara (Netherlands), Ørsted (Denmark), and Stockholm Exergi (Sweden), Northern Lights has effectively established a standardized blueprint for European heavy industry decarbonization.

Safety Milestones Amid Rapid Construction

As the project transitions from a capital-intensive construction phase to an active logistics operation, management highlighted a crucial safety benchmark. The Northern Lights project has officially surpassed 3 million man-hours without a Lost Time Injury (LTI).

In the highly volatile and technically demanding field of cryogenic gas shipping and high-pressure terminal construction, project executioners stressed that maintaining an LTI-free record across international shipyards and Nordic terminal sites remains central to proving the long-term viability and safety of the emerging CCS value chain.

About Northern Lights

Northern Lights is the world’s first commercial carbon capture and storage (CCS) provider, offering CO2 transport and storage as a service to help reduce and remove industrial emissions across Europe. As a core component of “Longship”, the Norwegian Government’s full-scale CCS initiative, the joint venture receives liquefied CO2 from European capture sites via a dedicated shipping fleet, routing it through an onshore terminal in western Norway for permanent storage in a saline reservoir 2,600 meters beneath the seabed.

Initially anchored by domestic industrial volumes from Heidelberg Materials’ cement factory and Hafslund Celsio’s waste-to-energy plant, the company has rapidly evolved into a cross-border logistics hub. Northern Lights has expanded its commercial reach by securing international transport and storage agreements with major European emitters, including Yara in the Netherlands, Ørsted in Denmark, and Stockholm Exergi in Sweden.

Source: Northern Lights