"It was a complete no-brainer that we do this" Helen remarks on her early insights into the necessity of CCS, a conviction that has only deepened with time.

The UK's Foundational Strength

Helen's early work at BGS, handling samples from CO₂ storage-related hydrothermal projects, gave her a ground-level view of the challenges and potential.

"Many of those samples actually came out of hydrothermal work which was looking at CO₂ storage," she recalls, highlighting the long-standing research focus.

The UK, she emphasizes, brings significant strengths to the table. "We have good geology – the Sherwood Sandstone is right under our feet here at BGS – and a long history of research and expertise, particularly from UK North Sea operations." This deep understanding of the subsurface, coupled with decades of CO2 storage experience (referencing projects like Weyburn and In Salah where her BGS team was directly involved), forms a crucial part of the UK's contribution to ECCSEL.

ECCSEL: A Strategic Imperative for Collaboration and Progress

The decision for the UK to be deeply involved in ECCSEL was driven by a clear understanding of the collaborative necessity.

"It is strategically important that BGS and the UK is involved," Helen states, underscoring the importance of shared investment for the "large scale, high-value, high-complexity facilities" required. For the UK, ECCSEL offers "access to networks, influence on European research direction, and increased visibility for our own facilities."

This became even more pertinent post-Brexit, ensuring the UK remains integrated with cutting-edge European research. The recent expansion of ECCSEL’s scope to include Carbon Dioxide Removal (CDR) and Low Carbon Energy Storage (LCES) is something the UK is well-equipped for. "We're already providing expertise in these new areas," Helen notes, confirming BGS and other UK facilities can quickly adapt to these evolving research needs.

Strategic Evolution & Expanding Horizons

Helen expresses considerable enthusiasm for ECCSEL's current dynamic trajectory. The recent expansion of its scope to include vital areas like Carbon Dioxide Removal (CDR) and Low Carbon Energy Storage (LCES), alongside the onboarding of new member countries such as Denmark and Germany, "ensures ECCSEL is taken more seriously and is vital for its relevance." This forward momentum is crucial for tackling the ambitious research priorities identified. Among these, Helen highlights the importance of developing large-scale CO2 storage test beds – "a safe place for researchers to play" as she puts it, away from operational constraints and essential for advancing these critical technologies.

UK's Continued Drive

The UK's commitment is further evidenced by ongoing initiatives like the Industrial Decarbonisation Research and Innovation Centre (IDRIC) and the two major UK CCUS clusters, which will feed into and benefit from the ECCSEL network. "We have a lot to offer in terms of expertise, our research history, and our facilities," Helen concludes, positioning the UK not just as a participant, but a key driver in ECCSEL's mission to accelerate the transition to a low-carbon future.