Energy
Port of Gothenburg prepares for large-scale LBG bunkering
The Port of Gothenburg has reached a key infrastructure milestone as it positions itself for large-scale renewable marine fuel supply by 2027.
Key points
- Port of Gothenburg installs a 500-cubic-metre storage tank for liquefied biogas.
- The infrastructure belongs to Sweden's upcoming grid-connected biogas liquefaction plant.
- Nordion Energi is constructing the facility, scheduled to open in the second quarter of 2027.
- ST1 Biokraft has already secured a portion of the plant's production capacity.
What happened
Offshore Energy reported that the Port of Gothenburg has advanced its green transition strategy by positioning a large liquefied biogas storage container on site. The equipment marks the initial hardware arrival for a new liquefaction facility led by Nordion Energi, designed to link directly into the west Swedish gas grid.
Scheduled to commence commercial operations in the second quarter of 2027, the installation will function as Sweden's inaugural grid-linked biogas liquefaction plant. The heavy-duty container measures 500 cubic metres in volume, scales nearly 140 tonnes, and possesses a capacity to hold up to 200 tonnes of the low-emission fuel once active.
Infrastructure capacity
According to project details outlined by Offshore Energy, the plant aims to supply approximately 250 gigawatt-hours of renewable fuel annually. This output matches the energy demand of roughly 500 heavy commercial trucks or the refueling requirements of 50 maritime vessels.
Market integration is already progressing ahead of the opening. ST1 Biokraft has secured a segment of the installation's future output via prior agreements. Furthermore, multiple shipping lines currently docking at the European port already utilize liquefied biogas to power their operations, ensuring an active consumer base upon completion.
Why it matters
For energy investors and maritime regulators, the Gothenburg project illustrates how regional gas infrastructure can integrate renewable molecules to decarbonise hard-to-abate sectors like international shipping. Sweden already maintains an advanced energy matrix, featuring 100 per cent access to electricity and clean cooking as of 2024, alongside a renewable electricity output share of 67.4 per cent recorded in 2021 by the World Bank.
While African nations operate within different developmental baselines—where global electricity use averages 3,708.5 kWh per person compared to Sweden's 11,974.3 kWh per person in 2025—the expansion of localised green gas value chains offers a scalable template. Policymakers across emerging markets evaluating domestic gas monetisation, industrial transition, and low-carbon transport corridors can look to these integrated grid solutions as a practical pathway to diversify fuel portfolios.
Original reporting
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Written by the CEII Desk, the Centre’s automated newsroom, from the reporting credited above and CEII’s own data. Facts are attributed to their sources; the publishers have not reviewed this article. Spotted an error? Tell our editors.
