The European Union is not a country but a bloc of member states, and collectively it has become one of the world's largest LNG import regions. The pivot was abrupt: after Russia curtailed most of its pipeline gas deliveries in 2022, the EU turned to seaborne LNG to keep the lights on and factories running. Imports surged to roughly 120-plus million tonnes per annum (MTPA) as the bloc scrambled to replace decades of cheap pipeline supply, adding terminals — and, strikingly, a fleet of fast-deployed floating import units — at a pace few thought possible. This regional profile looks at how the EU's gas system reorganised itself around LNG, who the main importers are, and the policies steering the transition.
From pipeline dependence to seaborne supply
For decades, the EU's gas security rested heavily on pipelines, with Russia supplying a large share of the bloc's imports through fixed overland routes. That arrangement traded flexibility for low cost — until 2022, when sharply reduced Russian deliveries exposed how concentrated and inflexible the system had become. With pipeline volumes falling away, LNG — gas chilled to liquid form and shipped by sea — became the swing supply the EU could buy on global markets and route to wherever terminals could receive it.
The shift was both rapid and large. Collective LNG imports climbed to around 120-plus MTPA, making the EU one of the biggest import regions in the world and a decisive buyer in the global LNG market. Because the bloc could outbid many other buyers during the squeeze, European demand reshaped trade flows worldwide, pulling cargoes that might otherwise have gone to Asia and tightening prices across the board. For the underlying contrast between fixed overland supply and flexible seaborne cargoes, see LNG vs pipeline gas.
The FSRU boom
Building a conventional onshore regasification plant typically takes years. The EU did not have years. The answer was the Floating Storage and Regasification Unit (FSRU) — essentially a specialised ship moored at a jetty that stores LNG and turns it back into gas for the grid. FSRUs can be chartered and brought online far faster than fixed terminals, and several member states leaned on them heavily to add capacity within months rather than years.
Germany is the clearest example. Having previously imported its gas entirely by pipeline, it had no LNG import terminals at the start of the crisis; within roughly a year it had commissioned several FSRUs along its coast and connected them to the national grid. Other states added floating units too, and together with new and expanded onshore terminals the bloc now has on the order of 40-plus import facilities. The trade-off is that chartered FSRUs are relatively costly, and some capacity may prove surplus if gas demand keeps falling.
The main importing member states
LNG imports are unevenly distributed across the bloc, shaped by geography, coastline, and the legacy of each state's gas system. The table below summarises the most significant importers and what distinguishes each.
| Member state | Role / notable feature |
|---|---|
| Spain | Holds among the largest regasification capacity in the EU, but limited pipeline links onward make it something of an "Iberian island" |
| France | Multiple established onshore terminals and strong interconnection to neighbours |
| Netherlands | A key import and trading hub, expanded rapidly after 2022 including floating capacity |
| Italy | Long-standing importer that added FSRU capacity to cut reliance on pipeline gas |
| Germany | Went from no LNG terminals to several FSRUs within about a year |
| Belgium | Hosts a major terminal and acts as a re-export and transit gateway into the wider network |
The "Iberian island" problem: Spain and Portugal together hold a large slice of Europe's regasification capacity, but the Pyrenees and limited cross-border pipelines restrict how much of that gas can flow onward into France and the rest of the EU. As a result, ample Iberian import capacity cannot fully relieve shortages further north — one reason proposals for new interconnectors have featured prominently in EU energy debates.
Where the gas comes from
One deliberate aim of the post-2022 build-out was diversification — avoiding over-reliance on any single supplier of the kind that had defined the pipeline era. The EU's LNG now arrives from a spread of exporters:
- United States — the largest single source, with cargoes redirected toward Europe in large volumes as the bloc paid premium prices.
- Qatar — a major long-term supplier with large, low-cost liquefaction capacity.
- Other exporters — additional volumes from a range of producers across West Africa, the Middle East, and elsewhere round out the mix.
A complicating point is that some Russian LNG (as opposed to pipeline gas) continued to reach EU ports even as pipeline volumes collapsed, and the bloc has set out policy ambitions to phase out Russian gas entirely over time. How these flexible cargoes are priced against regional benchmarks is covered in LNG pricing, while the physical infrastructure that receives them is the subject of LNG terminals.
Policy drivers: REPowerEU and storage rules
The import surge was not left to the market alone. The REPowerEU plan set out the bloc's strategy for ending dependence on Russian fossil fuels, combining accelerated LNG and infrastructure deployment with a push on energy efficiency and renewables. In parallel, the EU introduced common gas-storage rules requiring member states to fill underground storage toward roughly 90% capacity ahead of each winter, building a cushion against supply shocks and price spikes during peak demand.
These measures, together with coordinated and joint gas purchasing, were designed to turn a scramble into a managed transition. They also reflect a tension at the heart of EU energy policy: LNG terminals and storage are valuable insurance now, yet the bloc's longer-term climate goals point toward declining fossil gas use, raising questions about how much of the new infrastructure will be needed in the decades ahead.
The demand twist: less gas, not more
It would be easy to assume that a surge in LNG imports meant Europe was burning more gas. The opposite happened. Total EU gas demand actually fell after 2022, driven by a combination of efficiency measures, industrial demand destruction as high prices forced some energy-intensive plants to cut output or close, and a run of milder weather. LNG, in other words, largely replaced lost Russian pipeline volumes rather than adding to overall consumption.
This matters for the outlook. If demand keeps trending down — pushed further by renewables, electrification, and efficiency — some of the import and FSRU capacity built in the emergency could end up underused. Planners face the difficult task of balancing security of supply, which argues for keeping spare capacity, against the cost and climate implications of locking in infrastructure that a shrinking gas market may not require.
Frequently asked questions
Why did EU LNG imports surge after 2022?
After Russia cut most of its pipeline gas deliveries in 2022, the EU turned to seaborne LNG to fill the gap. Imports rose to roughly 120-plus MTPA as the bloc rapidly diversified away from Russian pipeline supply, with the United States becoming the largest single source alongside Qatar and others.
What is an FSRU and why did the EU build so many?
A Floating Storage and Regasification Unit is a ship-based LNG import terminal that can be deployed far faster than an onshore plant. Facing an urgent supply gap, several member states chartered FSRUs to add capacity within months. Germany, for example, went from having no LNG import terminals to operating several FSRUs within roughly a year.
Which EU countries import the most LNG?
Spain, France, the Netherlands, Italy, Germany, and Belgium are among the largest importers. Spain has long held the most regasification capacity but has limited pipeline links onward into the rest of the EU, leaving it something of an "Iberian island" within the bloc's gas network.
Did the EU's gas demand rise with all this new LNG?
No. Total EU gas demand actually fell after 2022, driven by efficiency measures, industrial demand destruction, and milder weather. LNG replaced lost Russian pipeline volumes rather than adding to overall consumption.
Key takeaways
- The EU is a bloc, not a country, and collectively one of the world's largest LNG import regions
- Imports surged to roughly 120+ MTPA after 2022 to replace most Russian pipeline gas
- Fast-deployed FSRUs let states like Germany add capacity within about a year; the bloc now has 40+ terminals
- Spain, France, the Netherlands, Italy, Germany, and Belgium are the main importers
- Supply is diversified, with the United States the largest source alongside Qatar and others
- REPowerEU and ~90% storage-fill rules drive policy, even as total EU gas demand has fallen