Europe Is Betting €120 Million That Carbon Removal Can Leave the Lab

Carbon removal has two problems, and only one of them is chemistry. The first is pulling CO2 out of the air affordably. The second is everything that happens next: where the CO2 goes, who stores it, and which country's rules apply when it crosses a border underground or by ship. This week, Europe put real money behind solving the second problem, and some of the first.

The European Commission has earmarked nearly €120 million (about $134 million) for industrial carbon management under the Horizon Europe 2026-2027 work programs, according to Carbon Herald, which first detailed the package on October 12. The headline number matters less than the distribution: compared with 2025 allocations, funding has shifted decisively away from basic research and toward pre-commercial deployment, storage readiness, and the regulatory plumbing that makes cross-border CO2 transport legal.

Where the money goes

The package is split into five streams, each aimed at a different bottleneck. The largest, €43.8 million, funds efficient CO2 capture, purification, and utilization pathways to make carbon-derived products cost-competitive. Another €30 million goes to de-risking local and regional industrial CCS and CCU hubs, the shared-infrastructure model where one transport and storage backbone serves many capture sources. €25 million targets pre-commercial appraisal of CO2 storage in deep saline aquifers, including test drilling and injectivity trials. €16 million is earmarked to scale direct air capture (DAC) platforms toward pilot demonstration. And €5 million supports policy implementation and technical standards for the EU's upcoming cross-border CO2 transport and storage infrastructure framework.

The project calls roll out across 2027: proposals for DAC pilot demonstrations are due March 31, transport and storage policy support initiatives by September 15, and CCUS cluster de-risking grants by December 1.

Carbon removal has two problems, and only one of them is chemistry. Europe just funded the other one.

The storage gap is the real story

The funding aligns with the EU's Industrial Carbon Management Strategy, which targets at least 50 million tonnes of annual CO2 storage capacity across member states by 2030. That target is not aspirational: under the Net-Zero Industry Act, in force since June 2024, EU oil and gas producers carry a legally binding obligation to collectively deliver 50 million tonnes of annual CO2 injection capacity by 2030, with company-level contributions assigned by the Commission and annual progress reporting that began this June.

Progress is real but behind schedule. The Commission's first monitoring report, published in May 2026, found that based on obligated entities' plans, the current trajectory would deliver roughly 29 million tonnes of injection capacity, less than two-thirds of the target. Three storage sites are already permitted and seven more are in the permitting process, with growth concentrated around the North Sea, but the Commission concluded obligated entities must accelerate. Twelve companies have taken legal action against the regulation, arguing the 2030 timeline is not feasible. A Clean Air Task Force analysis published in June offers the counterpoint: the project pipeline could yield up to 43 million tonnes per year of operational capacity by 2030, and the principal cause of historical delays has been funding policy uncertainty rather than technical or permitting constraints. In other words, money and political commitment move faster than geology. New 2026 launches like the Kompas project by ONE Dyas and the Abeona project by Petrogas, both using depleted North Sea reservoirs and targeting operation by 2030, suggest the obligation is already spurring projects into motion.

Why the removal industry should care

Most of the €120 million is industrial CCS, the kind that captures emissions at cement plants and refineries. But the two lines that matter for carbon removal are the €16 million for DAC pilot demonstration and the €25 million for saline-aquifer storage appraisal. Every durable removal pathway, direct air capture with storage, bioenergy with capture, mineralization that injects CO2 underground, needs the same thing: verified geological space to put the carbon, plus the legal framework to move it there.

That framework is advancing in parallel with the money. Germany has reached agreements enabling cross-border CO2 transport to Denmark and the Netherlands, and the €5 million policy stream is meant to turn those bilateral deals into standardized technical rules. Denmark's Greensand project, launched by INEOS, is Europe's first full-scale carbon storage operation and could scale toward a possible 8 million tonnes a year. In the Netherlands, fertilizer company Yara opened a project this month to capture up to 800,000 tonnes of CO2 from ammonia production and ship it to storage under the Norwegian seabed. With EU carbon permits trading around €87 a tonne, the economics of storing rather than emitting are doing some of the Commission's persuasion work for it.

What comes next

The first real test arrives March 31, 2027, when DAC pilot proposals are due. €16 million will not build a megaton-scale DAC plant; at today's costs it buys pilot demonstrations, the unglamorous step between a promising sorbent material and a bankable facility. But that is precisely the stage where Europe's DAC startups have been stranded, and public money aimed at de-risking pilots is designed to crowd in the private capital that actually builds at scale.

The longer arc is bigger. The Commission's 2040 climate framework anticipates Europe needing to sequester roughly 280 million tonnes of CO2 per year by 2040, up from 50 million in 2030, with around a quarter of that expected to come via direct air capture. Whether the removal industry clears that bar will depend less on any single funding round and more on the unglamorous infrastructure this package targets: appraised storage, permitted wells, standardized cross-border rules, and hub models that let a startup sell a tonne of removal without building its own pipeline to the North Sea. Europe's bet is that the lab is no longer the bottleneck. The paperwork and the plumbing are.