Teesside DAC consortium targets 2026 startup for Europe's largest carbon removal plant
UK joint venture bets on regulatory tailwinds to anchor offtake for a technology still priced well above compliance market levels.
A carbon removal registry said on Tuesday (2026-06-02) it will issue three classes of credits under the EU's Carbon Removal Certification Framework, a move that signals the certification architecture is advancing but also that not all removal tonnes will carry equal market value. That distinction matters directly for the Teesside project being assembled by Airhive, Mission Zero Technologies and Progressive Energy, which is targeting end-2026 startup for what the consortium describes as Europe's largest direct air capture plant.2,45
Airhive has developed a DAC system based on fluidised bed technology and a calcium-based sorbent process. The company is also a partner in the Deep Sky Alpha project in Canada, giving the joint venture exposure to North American removal markets alongside its UK ambitions. The Teesside site fits into a northeast England industrial cluster that already hosts carbon capture and storage infrastructure under development.4,5
The UK government's proposed seventh carbon budget, published on 2026-06-02, sets an estimated 87% reduction in greenhouse gas emissions by 2038-2042 against 1990 levels, a trajectory that assumes engineered removals will contribute materially.2 Parliamentary approval is still required, and the certification rules governing how removal credits can be used in compliance markets remain under development. The consortium is essentially betting that both arrive before first CO2 is captured.
UK Allowances stood at £59.72/tCO2 as of 2026-08-10. The spread between that compliance price and the cost of direct air capture removal tonnes is the number the Teesside partners cannot yet close publicly. Engineering-based removal carries less leakage risk than land-based offsets, but far higher per-tonne costs.1
Commercial demand for high-quality credits is fragile. Germany's federal government has slashed spending on carbon offsetting for official travel by more than 90%, according to media reports, illustrating how quickly voluntary buyers can exit when budgets tighten.2 A large US bank has signed its second carbon removal offtake deal with a bio-oil developer, bringing its total commitment with that company to 90,000 tonnes, Carbon Pulse reported on Friday (2026-06-05).3 That is a meaningful corporate signal, but 90,000 tonnes is negligible against the volumes net-zero scenarios require annually.
The scale challenge is stark. Current demonstration units capture roughly 11 tonnes of CO2 per day, and models suggest that figure must grow a millionfold over the next half-century if climate pledges are adhered to, according to analysis published by The Economist.1 The Teesside consortium is attempting to bridge demonstration and commercial scale in a single project step, without yet public detail on the capacity it is targeting.
Quality risk haunts the broader removal market in ways that benefit engineering-based approaches like DAC. A study found that 45% of commitments under the Bonn Challenge, a voluntary reforestation initiative, involved planting poor-quality commercial plantations.1 The EU's three-tier credit classification under the CRCF appears designed partly to address that problem, though the market impact of tiering on credit prices remains to be priced in.
EU Allowances posted a 4.6% weekly loss through Friday (2026-06-05), with the market posting only a 0.2% decline on that day itself amid broader macro weakness, Carbon Pulse reported.3 Weak compliance prices compress the financial case for any technology whose cost sits above the EUA clearing level, which is the current position of direct air capture.
The UK's net zero economy generated around £105 billion in gross value added in 2025 and supported 1.1 million full-time equivalent jobs, according to a report cited by Carbon Pulse on 2026-06-02.2 But that activity is concentrated in generation and efficiency rather than carbon removal, meaning the Teesside project is entering a segment with limited domestic precedent for offtake contracts.
Power access adds another constraint. More than €100 billion worth of renewable energy and battery storage projects are stuck in grid connection queues across eight European countries, according to a recent report.2 DAC facilities are power-intensive by design, and the Teesside plant's electricity demand will compete for capacity on the same constrained network that is already delaying renewables deployment.
The carbon credit market is growing. Precedence Research put the compound annual growth rate at 37.68% as governments tighten climate policies globally.6 But growth in market size does not automatically translate into offtake for a facility whose credits will need certification, verification and a buyer willing to pay above the current UKA level. Whether that buyer emerges before the plant produces its first tonne is the risk the consortium has not yet answered publicly.