Rolling-out pioneering carbon dioxide capture and transport chains from inland European industrial facilities: A techno-economic, environmental, and regulatory evaluation

Large-scale deployment of CO 2 capture, transport, and storage (CCTS) requires the rolling-out of extensive value chains. This study presents the development, design, techno-economic, environmental, and regulatory analysis of four pioneering chains that capture and condition CO 2 from existing European industrial plants and their multi-modal transport to selected ports in Northern Europe. The pioneering chains can avoid between 65% and 87% of the industrial emissions, including scope 3, with a cost of CO 2 avoided ranging between 100 and 300 €/tCO 2 . The economic and environmental performance of the CCTS chains are substantially affected by the geographic location of the industrial emitters and the CO 2 volumes to be transported. The analysis relies on the assumption that the four industrial plants would be early movers. While, in the future, technology maturation and infrastructure development are expected to reduce costs and emissions associated with the CCTS chain, this study quantifies and presents the current economic burden that must be overcome to initiate a needed widespread implementation of CCTS. • Development, design, techno-economic, environmental, and regulatory analysis of four pioneering CCTS chains. • Focus on the challenges of early movers from hard-to-abate sectors, using commercially available technologies and existing infrastructure. • The pioneering chains achieve CO 2 avoidance between 65% and 87% and a cost of CO 2 avoided between 100 and 300 €/tCO 2 . • A key factor affecting the results is the geographic location, followed by the scale of the industrial plant. • A set of recommendations for deploying CCTS is outlined to ease the burden of early movers.