Global operating carbon capture and storage (CCS) capacity is on track to surpass 100 million tons per annum (Mtpa) as projects currently under construction enter active service, according to the Global Status of CCS 2026 report published by the Global CCS Institute. The number of operational commercial CCS facilities worldwide has reached 113, quadrupling since 2021 across sectors such as clean hydrogen, ammonia, cement, natural gas processing, and liquefied natural gas. Europe leads this market evolution with 15 operational projects, 21 under construction, and a total project pipeline reaching 141 Mtpa.

A persistent bottleneck in industrial decarbonization is the geographic disconnect between heavy emissions point sources and viable geological storage formations. Historically, individual industrial emitters faced high risk and prohibitive capital expenses when attempting to develop standalone, dedicated carbon capture, transport, and storage infrastructure tailored solely to their own facilities, particularly in landlocked or storage-constrained regions.

To address this structural challenge, the European carbon management market is shifting toward open-access, shared transport, and storage networks that manage CO2 as a third-party commercial service. Supported by bilateral cross-border frameworks between nations—such as Norway, Denmark, Finland, Switzerland, Belgium, and the UK—and approximately 9,000 kilometers of planned CO2 pipelines under the EU’s Projects of Common and Mutual Interest framework, industrial emitters can transport captured carbon across international borders. Operational hubs like Norway’s Northern Lights and Denmark’s Greensand, along with expanding Mediterranean projects like Greece’s Prinos and Italy’s Ravenna CCS, demonstrate this transition.

The establishment of cross-border infrastructure networks and bilateral legal frameworks is converting localized carbon capture into an interconnected, regional industry. This structural shift is increasingly attracting private capital and non-recourse project financing, evidenced by Eni CCUS Holding securing £500 million ($669 million) from international commercial lenders. As cross-border pipelines and maritime distribution scale globally, the model provides a framework for connecting distributed industrial emissions to offshore storage sinks.