Europe’s decision to phase out Russian gas is reshaping its economy. We analyse the impacts on prices, industry, geopolitical balances, and the winners of the new era
Europe is entering a period of the deepest energy transformation in its modern history. The European Commission and European Parliament’s decision to fully eliminate imports of Russian gas by 2027 marks a turning point that goes far beyond conventional energy policy. This is a strategic cut that severs one of the continent’s most stable supply channels—established and maintained over decades, despite political tensions, even during the total ideological confrontation between the communist USSR and the capitalist West. The consequences will be significant, but not uniform or linear. Uneven burdens among member states are already emerging, pressure on industrial sectors is rising, and the geopolitical balance is shifting in favour of other actors.
The energy model that once enabled European competitiveness is now changing radically. At a time when the continent faces rising living costs, industrial slowdown and global technological competition, the break from long-term dependence on Russian gas is becoming the ultimate test of the sustainability of Europe’s economy. The decision comes in the context of the war in Ukraine, high political tensions, and ambitious climate targets, but its economic effects are yet to be understood in full.
The cut that has now been agreed will not only reshape Europe’s energy map—it will define the speed and direction of Europe’s industrial transition, its relations with major global economies, and political tensions within the EU itself. This is a moment in which the long-term sustainability of the European model—and its ability to stay competitive in a rapidly changing world—comes into question.
Europe Enters the Era Without Russian Gas
The agreement between the European Commission and Parliament to end all Russian gas imports by 2027 formally closes the era in which Russian gas was one of the key pillars of Europe’s industry and social model. Under the REPowerEU strategy, a regime for completely phasing out imports of Russian natural gas—both pipeline gas and LNG—has been adopted, with a clear timetable. No new short-term contracts are to be signed after mid-2025, existing short-term arrangements end in 2026, and all long-term contracts must be terminated by autumn 2027, with a technical possibility for postponement only until 1 January 2028 at the latest.
Brussels’ political interpretation is clear: Russia is treated as an “unreliable supplier” that used energy as a pressure tool after invading Ukraine. Energy dependence is framed as a security threat, and the goal is to permanently eliminate Moscow’s ability to use energy blackmail. Ursula von der Leyen speaks of “complete energy independence” from Russia and “draining Putin’s war chest.” Some argue the narrative is strategically powerful, but it also reflects the fear of repeating the crisis of winter 2022/23, when Europe had to replace large volumes of Russian gas in a very short period, at record-high prices (from which it has never fully recovered).
At the same time, several member states view this as a political decision with serious economic risks. Hungary and Slovakia have announced legal challenges, arguing Brussels is overstepping its competences and that the cost of the decision disproportionately falls on the periphery without LNG terminals. The regulation itself includes a “suspension clause” allowing temporary unfreezing of imports if a country faces an extreme gas emergency. The mere existence of such a safety brake shows how aware the political elite is of the potential cost of this decision.
The Path to a Complete Break and the Actual Dynamics of the Transition
Before the 2022 invasion of Ukraine, around 45% of the EU’s gas imports came from Russia. This share had long been considered a stable foundation of the European model: relatively cheap Siberian gas powered Germany’s chemical industry, Central European metallurgy, and the power systems of many states. After Russia cut deliveries and prices exploded in 2022, this ratio was reversed very quickly. By mid-2025 the share of Russian gas in imports had dropped to around 13%, and by autumn 2025 to roughly 12%. Europe has already endured the biggest part of the shock—price spikes, factory shutdowns, forced demand reductions.
The transition unfolded on three parallel tracks:
• Infrastructure: accelerated construction of LNG terminals in Germany, the Netherlands, Italy, and others, plus new long-term deals with Norway, Algeria, Azerbaijan, and others.
• Consumption: industrial demand for gas dropped about 17% compared to pre-crisis levels—partly due to efficiency, partly due to permanent closures of energy-intensive capacity.
• Finance: between 2021 and 2024, Europe spent roughly €930 billion more on fossil fuels than it would have under “normal” conditions.
The new regime extending to 2027 builds on the reduction already achieved—from 45% to 12%. Economists expect the shift from the remaining 10–13% to zero to have a strong but smaller marginal effect than the first shock. Structural changes have already occurred, storage capacity is stronger, and new LNG projects from the US, Qatar, and others are entering the market. In reality, the “big 2027 break” is the final act of a process that began under wartime pressure in 2022. This does not mean the transition is painless—only that most of the shock is already embedded in slower growth, reduced industrial activity, and a permanently higher energy-price baseline.
Formal Break, Real Loopholes: Russian Gas Through Third Countries
The regulation bans direct imports of Russian gas and LNG, but it cannot override how the global market works. Gas often gets mixed, resold, and rerouted through layers of intermediaries. “Gas laundering” already exists: Azerbaijan imports additional Russian gas for its domestic needs while routing its own gas to the EU—on paper, the export is Azerbaijani, but in reality some Russian volumes are simply redirected.
The same applies to Turkey. Ankara receives Russian gas via TurkStream while positioning itself as a regional hub. Moscow has proposed models in which Russian gas would be “blended” at a Turkish hub and then sold as Turkish. The EU explicitly includes certain entry points such as TurkStream in the ban and requires prior authorisation of new import routes. The principle is simple: if a country imports Russian gas and lacks substantial domestic production, any re-export to the EU faces scrutiny.
Yet fully closing all channels is impossible. LNG cargo swaps among traders may occur, as well as situations where China or India buy discounted Russian LNG for domestic use and redirect other contracted volumes to Europe. Oil markets already show a similar pattern via Indian refineries processing Russian oil and selling fuel back to the EU. Gas is technically more complex, but incentives follow the same logic: the larger the price difference, the stronger the motive to create intermediary chains.
The EU response therefore mixes political signalling with legal mechanisms: prior-authorisation for imports, lists of “trusted” countries proving they do not re-export Russian gas, and penalties for companies that knowingly bypass the ban. In practice, some Russian molecules will continue circulating globally, but with significantly lower Russian margins and higher end-prices for European buyers.
Impact on the Cost of Living: Three Economic Scenarios
European households and businesses have already entered a period of permanently more expensive energy. Before 2021, reference gas prices hovered around €17/MWh; after the invasion they briefly spiked toward €350; by late 2024 they stabilised around €50/MWh—roughly triple the pre-crisis level. Electricity is, on average, twice as expensive as before 2020. The energy shock behaves like a permanent surcharge on European living standards.
Mild scenario: Europe leverages new LNG capacity from the US and Qatar, continues reducing consumption, and expands renewables rapidly. A global “LNG surplus” late in the decade keeps prices elevated but stable.
Middle scenario (most likely): gas remains significantly more expensive than in the US or the Middle East, with periodic seasonal spikes. Households give up part of their consumption; some industry relocates or shrinks. Inflation flares whenever supply tightens.
Severe scenario: a cold winter, delays in new LNG projects, and rising Asian demand push prices toward €70/MWh or higher; rationing for large industrial consumers returns.
Industry Under Pressure and the Loss of Competitiveness
The most striking sign of the crisis is the industrial sector: gas consumption is down 17%, not due to miraculous efficiency but because capacity has shut down or moved. Chemicals, fertilisers, steel, glass, aluminium, paper—industries built on cheap Russian gas—now face a completely different cost structure.
International institutions warn the energy shock alone will subtract around one percentage point from eurozone potential growth by 2027 (about €200 billion in lost annual activity). Gas and power remain two to three times more expensive in Europe than in the US or the Middle East. This is not a temporary shock but a structural change.
A silent deindustrialisation is underway. New investments increasingly go to the US (Trump is delighted), the Middle East, or Asia—where energy is cheaper, regulations looser, and subsidies generous. Within the EU, pressure grows for subsidy packages and industrial policies, further straining budgets. Policymakers argue that accelerating the green transition will eventually stabilise costs, but the window in which industry must survive high gas prices is measured in years, not decades—and many facilities will not survive.
Asian Acceleration and European Slowdown
As Europe pays multiple times more for energy than before the crisis, major Asian importers are benefiting. After losing the European market, Russia redirected its oil and part of its gas eastward. Asia’s share of Russia’s oil exports jumped from about one-third to nearly two-thirds, with China and India buying at steep discounts. India alone has saved tens of billions of dollars since 2022.
Europe, meanwhile, has spent hundreds of billions extra on gas. Asian refineries turn discounted Russian oil into fuels and sell part of them back to Europe at market prices. Cheap energy becomes an accelerator of Asian development, while expensive energy drags Europe’s industry down.
The United States as the Main Beneficiary
The rupture between Europe and Russia has simultaneously strengthened the United States. The US quickly became Europe’s key LNG supplier. European countries spent tens—collectively hundreds—of billions of euros on American gas from 2022 to 2025, locking in 15- to 20-year contracts.
For Washington, it’s a double win: guaranteed markets for its LNG industry and fulfilment of a decades-old strategic goal—reducing Europe’s dependence on Russian energy. The dependence hasn’t disappeared; it has shifted—from Russian pipelines to American terminals.
Consequences for Hungary, Slovakia, Austria, Croatia, Serbia…
Hungary and Slovakia are the most vulnerable. Both relied heavily on Russian gas and lack substantial LNG access. Replacing Russian volumes will mean higher prices or higher subsidies.
Austria maintained a high share of Russian gas even after 2022 and now must unwind long-term contracts, restructure flows, and absorb higher costs.
Croatia, thanks to its LNG terminal and domestic production, is on the opposite side—effectively independent of Russian gas and becoming a regional supplier.
Serbia, outside the EU, will also be affected: its dependence on gas via Bulgaria and Hungary exposes it to EU restrictions on TurkStream and related routes. It will need new, likely more expensive arrangements.
Russia After Europe: Losing Its Largest Market
Losing Europe is one of the biggest blows to Russia’s post-Soviet economic strategy. Gazprom moved from record profits to losses; forecasts predict export gas revenue will fall by more than half by the end of the decade. Infrastructure to replace the European market with Asia is incomplete and slow to develop.
Russia retains strength in oil markets, but the gas segment is undergoing a deep transformation. Europe’s decision to close its doors by 2027 cements a long-term shift in which Russia turns eastward—from a weaker bargaining position.
Long-Term Geopolitical Consequences
The decision completes the ongoing geopolitical split between the EU and Russia. Energy interdependence—which once moderated political tensions—has been replaced by near-complete separation. An “energy iron curtain” now cuts across the continent.
Europe enters a long period of relations with Russia defined primarily by security dynamics and sanctions. The risk of direct war remains limited due to nuclear deterrence, but the environment favours continued conflict in other forms—from cyberattacks to the ongoing war in Ukraine.
Conclusion: Europe Between Energy Doctrine and Economic Reality
This decision is both a geopolitical doctrine and an economic experiment.
In a mild scenario, Europe manages the transition with higher but manageable energy costs.
In the middle scenario, Europe settles into an expensive status quo with gradual deindustrialisation.
In the severe scenario, high energy prices and slow transition push the EU into long stagnation.
Russia loses its richest market; the US and Asian buyers of discounted energy gain. Europe consciously accepts higher energy prices in exchange for political and security goals—hoping technology and renewables will compensate for the loss of cheap gas. Whether that hope is realistic remains uncertain.
If Europe fails to combine strong industrial policy, massive infrastructure investment, social protection, and flexibility, this decision may be remembered as a catalyst of severe deindustrialisation and declining living standards. The cost is no longer abstract—it is now visible on household bills, factory balance sheets, and Europe’s new position in a world that will move on, perhaps faster than Europe can keep up.
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