Europe's fertiliser bill stays tied to Russian gas even as pipeline flows collapse

Europe's fertiliser bill stays tied to Russian gas even as pipeline flows collapse Brussels banned Russian gas and is phasing out imports by 2027, yet keeps buying Russian gas-based fertiliser, leaving farm input costs exposed to a supply chain it claims to be unwinding. Europe slashed its Russian gas imports by more than two-thirds, from 14.7 billion cubic feet per day in 2020, yet it still buys more Russian fertiliser than it did before the war. The EU committed on December 3rd (2025) to end Russian gas imports entirely by September 2027. The contradiction sits at the centre of the bloc's energy policy, and the Economist flagged it plainly on May 19th (2026): the same gas Europe refuses to burn comes back as ammonia and nitrogen fertiliser it keeps importing.^4,2 That matters because fertiliser is where the gas crisis lands on the farm. Fertilisers make up 15 to 30% of a European farmer's input costs, and those costs rose sharply from 2020 to 2025 while grain and produce prices fell, the Economist reported.⁴ Before February 2022, Russia supplied about 30% of all fertilisers bought by European farmers.⁴ The pipeline gas that fed that trade has largely gone. Russia's share of the EU pipeline gas market dropped to about 8% in 2023 from nearly 40% before the war, EU Commission data show.⁵ On May 13th (2026), Ukraine halted the transit of Russian gas to European customers after the prewar transit deal expired, NPR reported, closing one of the last major overland routes.⁵ So the molecules stopped flowing, but the embedded gas did not. European farmers replaced Russian gas with Russian fertiliser made from that same gas, produced in plants that still run on cheap domestic supply. The EU's answer is tariffs, with rising duties committed alongside the import phase-out. Whether tariffs solve the problem is doubtful.⁴ Here is the gap that abundant gas could fill. Ukraine had 120 fertiliser factories before the invasion, meeting about 70% of its nitrogen fertiliser needs in 2020, but those plants relied on Russian natural gas or ammonia.⁴ Knock out the feedstock and you knock out the capacity. The question packet-writers and policymakers keep returning to is whether US gas abundance, routed as LNG into European ammonia production, can rebuild that capacity without the Russian input. The supply backdrop in Russia argues the squeeze is real and persisting. Russian natural gas production fell about 3.2% to roughly 334.8 billion cubic metres by mid-year, according to federal statistics cited in a May 21st (2026) report, and LNG output dropped 5.1% to around 16.5 million tonnes.¹ Exports east are rising but cannot absorb the lost European volume. Power of Siberia flows are projected to climb more than 20% this year to the pipeline's 38 billion cubic metre annual ceiling, well short of what Europe once took.¹ For European gas balances, the read-through is mechanical. More gas burn in ammonia plants is bullish for demand and would tighten the front of the curve, pressuring TTF, the Dutch PSV-linked hubs and NBP day-ahead in the near term if domestic production scaled up to displace imports. The packet's signal set points the same way, with bullish demand weight modestly outpacing bearish at a 12% net tilt across 26 signals. The conviction is weak.² US LNG is the swing variable, and it is not friction-free. American exporters asked the EU to delay enforcement of its methane emissions rules until at least 2028, arguing the regulations already strain transatlantic flows, oilprice.com reported on May 20th (2026).³ If Brussels presses ahead, the cost of routing US gas into Europe rises at the exact moment it is meant to backfill fertiliser feedstock. The alternatives to Russian supply are thinner than the headlines suggest. Azerbaijan, the most-cited swing supplier, cannot fill the gap: Naftogaz has noted only about 2 billion cubic metres of the 14 bcm the EU received via the Ukraine pipeline could be replaced by Azeri gas, a Columbia analysis found.⁶ That leaves LNG, predominantly American, as the realistic feedstock for any rebuilt European or Ukrainian ammonia capacity. The unresolved risk is whether tariffs and a 2027 import ban arrive before alternative feedstock does. Cut off Russian fertiliser without standing up domestic gas-fed production, and Europe's farmers face higher input costs with no cheaper substitute. Watch two signals: the EU's decision on the methane timeout US exporters requested, due to bite from 2028, and any move to channel US LNG specifically toward European or Ukrainian ammonia plants. Until one of those breaks, the ban on Russian gas and the dependence on Russian fertiliser coexist.^3,4