The European Union's (EU) ambitious carbon capture and storage (CCS) goals are facing a significant hurdle, with a potential shortfall of 17.5 million tonnes per year in carbon storage capacity. This development is particularly concerning given the EU's legally mandated targets and its commitment to achieving net-zero emissions. The analysis from Wood Mackenzie, commissioned by major energy companies, reveals a complex web of challenges that are hindering the progress of CCS projects across the continent.
One of the primary issues highlighted is the fragmentation of the value chain. The hub-based model, where ownership is split among multiple parties, creates a situation where no single element of the value chain can advance without guarantees from others. This leads to a lack of interdependence and coordination, which is essential for the successful development of CCS ecosystems. The EU's policy framework, which treats capture, transport, and storage as discrete activities, further exacerbates this problem, as it fails to recognize the interrelated nature of these processes.
The analysis also points to insufficient capture supply as a significant barrier. The EU's capture pipeline totals 36.5 million tonnes per year, which is already short of the target. Of the 26 million tonnes per year lacking a confirmed storage solution, 11 million tonnes per year is assessed as potentially stranded, with no proximity to planned pipeline or existing CO2 infrastructure. This lack of supply is a critical issue, as it directly impacts the ability to store captured carbon effectively.
Persistent delays in CCS projects are another major concern. The average overruns across EU storage projects stand at 1.5 years, and the trend is worsening. This delay not only extends the timeline for achieving CCS goals but also increases the risk of project failure and the loss of investor confidence. The economic viability of CCS projects is also in question, as Wood Mackenzie's modeling shows that the EU Emissions Trading System price will remain below the levelized cost of CCS for projects approaching Final Investment Decision (FID).
The distribution of obligations and public funding is another area of concern. The NZIA obligations are based on oil and gas production rather than industrial emissions, which creates a mismatch in how these obligations are met. Some obligated countries have no pre-2031 storage capacity in development and limited EU Innovation Funding. This imbalance in funding and obligations further complicates the efforts to achieve the EU's CCS targets.
In my opinion, the EU's CCS goals are facing a critical juncture. The fragmentation of the value chain, insufficient capture supply, persistent delays, and economic viability concerns are all significant barriers that need to be addressed. The EU must take a more holistic approach to CCS development, recognizing the interrelated nature of capture, transport, and storage. Additionally, the distribution of obligations and public funding needs to be re-evaluated to ensure a more equitable and effective approach to achieving the EU's net-zero emissions goals.
The EU's commitment to CCS is essential for its net-zero ambitions, and the challenges highlighted in this analysis must be addressed urgently. The future of the EU's energy transition depends on the successful implementation of CCS projects, and the time to act is now. The EU must take a more integrated and coordinated approach to CCS development, recognizing the importance of interdependence and collaboration among all stakeholders. Only then can the EU hope to achieve its ambitious goals and secure a sustainable future for its energy sector.
