EnergyOilPrice.comJun 11, 2026· 1 min read
UK Clean Tech Venture Aims for Europe's Largest Direct Air Capture Facility

UK clean energy firms Airhive, Mission Zero Technologies, and Progressive Energy have formed UnionDAC to build Europe's largest direct air capture (DAC) facility on Teesside. The project aims to begin capturing CO2 by 2030, with an annual target of 60,000 tons by 2032.
A consortium of UK clean energy technology firms has established a joint venture, UnionDAC, to develop and operate what is projected to be Europe's largest direct air capture (DAC) project. Carbon capture specialists Airhive and Mission Zero Technologies have partnered with low-carbon energy project developer Progressive Energy for the initiative. The facility is slated for construction on Teesside, south of Newcastle.
The UnionDAC project's primary objective is the direct removal of carbon dioxide (CO2) from the atmosphere. Operations are anticipated to commence by 2030, with an initial target of capturing 60,000 tons of CO2 annually by 2032. This development signals a significant investment in nascent carbon capture technologies within the European market.
From an economic standpoint, the project represents a substantial capital expenditure in the clean energy sector, potentially attracting further investment and fostering job creation in the Teesside region. The long-term viability and scalability of DAC technology, however, will heavily depend on evolving carbon pricing mechanisms and government subsidies, which are crucial for offsetting the high operational costs associated with direct atmospheric carbon removal. This initiative contributes to the UK's broader decarbonization strategy and its ambition to lead in green technologies, although its direct economic impact on national GDP will likely be marginal in the short to medium term. The project's success could, however, stimulate a domestic supply chain for DAC components and services.
Analyst's Take
While this project signifies a concrete step in carbon removal, its broader economic signal lies in the growing institutional confidence in DAC as a viable, albeit costly, climate solution. The 2030 timeline suggests that significant technological and cost hurdles are still anticipated, implying that widespread, economically scalable DAC deployment is likely further out than some market narratives suggest, potentially dampening enthusiasm for related listed pure-play DAC equities in the near term.