Europe's carbon capture and storage sector announced just 7 million tonnes of new CO₂ capture capacity in 2025. Four years earlier, in 2021, that number was 52 million tonnes. The Institute for Energy Economics and Financial Analysis published this finding on June 11, and the drop is not a temporary slowdown, it is a structural contraction that threatens to break the European Union's legally-binding commitment to store 50 million tonnes of CO₂ annually by 2030.
The mechanism behind the collapse is simple and brutal: capture costs $133 to $244 per tonne depending on the application, while EU carbon permits trade at $91. This spread alone makes most projects uneconomical. But the 2025 cancellations reveal a second pressure point. Four hydrogen projects were cancelled that year, including BP's H2Teesside Phase 1 and 2 in the UK (2 million tonnes of capture capacity) and Equinor's H2M Eemshaven in the Netherlands (1.8 million tonnes). The stated reasons, weak hydrogen demand, site planning delays, funding uncertainty, mask a single reality: nobody wants to lock in capital at current economics when the carbon price signal does not support the investment. Blue hydrogen alone accounted for 71% of the cancelled volume in 2025. For the first time in the pipeline's tracked history, the volume of capacity cancelled exceeded the volume reaching final investment decision.
Andrew Reid, a partner at NorthStone Advisers and guest contributor at IEEFA Europe, put the stake plainly in the report: "The gap in the cost of installing and operating CCS relative to ETS prices means polluters have little incentive to deploy CCS. Bridging this gap will require state subsidy, burdening governments at a time of increased fiscal tightening." This is not a technical problem waiting for engineering breakthroughs. Projects across the pipeline operate at technology readiness levels one through nine on a nine-point scale, meaning they are prototypes and early deployments, not immature concepts. The risk is delay, partial capture rates, and cost overruns. But the blockers are not technical. They are economic and political.
The numbers expose why recovery looks unlikely. Europe's pipeline theoretically contains enough announced projects to reach the 2030 target, but the announcement-to-operation timeline typically spans many years, and that timeline grows longer as projects hit cost reality. A project announced today at $200 per tonne capture cost faces two choices: either secure government subsidy (which means competing for constrained public budgets) or wait for carbon prices to rise enough to close the spread. Reid's forecast, embedded in the IEEFA analysis, is explicit: "Given the technical and economic challenges facing CCS as a decarbonisation option, a recovery in Europe's CCS pipeline looks unlikely any time soon." IEEFA expects continued weakness and more cancellations. This matters because Europe's 2030 target is not a goal or an aspiration, it is a binding legal commitment under the EU's Net-Zero Industry Act. Missing it creates a cascade of downstream effects: either substitute carbon removal capacity must be sourced elsewhere (at higher cost), or the EU adjusts its interim decarbonisation roadmap, which ripples through climate policy across member states.
Two markers to watch. First: the next EU carbon permit auction results and whether prices sustain above $150 per tonne, the threshold where some CCS projects begin to approach breakeven. Second: whether governments announce subsidy mechanisms for CCS at scale, not pilot programs, but sustained funding that covers the $50–$150 per tonne gap. If neither arrives by Q4 2026, expect the 2025 cancellation trend to accelerate and the 2030 target to be formally downward-revised or, more quietly, abandoned.