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The basin might play a serious position in serving to European nations sequester carbon emissions. Credit score: College of Aberdeen
A analysis examine led by the College of Aberdeen has recognized areas of a North Sea fuel ‘tremendous basin’ with the best potential for storing industrial carbon emissions, a key purpose of the vitality transition.
Scientists from the College’s Heart for Vitality Transition used subsurface knowledge and strategies often employed in oil and fuel exploration, to provide an in depth technical examine of the Anglo-Polish Tremendous Basin within the Southern North Sea to find out its suitability for carbon seize, utilization and storage (CCUS).
Their outcomes affirm the massive potential of the realm—a globally vital hydrocarbon basin—as a future CCUS hub the place industrial emissions may be safely saved in former gasfields and different geological formations.
If used on this approach, the basin might play a serious position in serving to European nations sequester carbon emissions and meet internet zero targets whereas selling vitality safety, defending industrial exercise and prolonging the lifetime of North Sea basin infrastructure.
In addition to exhibiting the geological standards that decide the areas with the best potential, the examine additionally highlights the necessity to assess non-geological dangers—such because the potential for leaks alongside legacy wells and the necessity to keep away from co-location conflicts with different stakeholders comparable to windfarm operators or the fishing business.
The analysis supplies a framework that can be utilized to find out CCUS suitability in different main basins world wide, as a part of world efforts to securely retailer billions of metric tons of CO 2 in geological formations.
The 2-year examine was led by Professor John Underhill, Director of the College’s Heart for Vitality Transition, together with colleagues from Heriot Watt College in Edinburgh. It was printed within the AAPG Bulletin.
Professor Underhill stated, “The examine highlights the areas the place the perfect carbon shops are situated and supplies a foundation to guage and rank websites.
“Maybe simply as importantly, it additionally demonstrates the pressing want for regulators and stakeholders to work collectively to resolve any points which will come up from the co-location and overlap of applied sciences to keep away from competitors for the offshore actual property. That is very important in guaranteeing that the UK stays on monitor to retain vitality safety and meet its internet zero emission targets.
“The examine additionally has world relevance and software, and the workflow we have now used has already been adopted by different international locations. We now have additionally used it to undertake research in different elements of the UK in addition to in Malaysia, Egypt and Brazil.”
Dr. Nick Richardson, Head of Exploration & New Ventures on the UK’s regulator for Carbon Storage actions, the North Sea Transition Authority, stated, “The Aberdeen College-led group has made a well timed and incisive contribution with this world-class analysis that places the UK’s storage useful resource functionality on the map as a number one vacation spot for the sequestration of commercial emissions from throughout Europe.
“By establishing a constant regional geological framework, this work will help the analysis of storage websites inside the Southern North Sea, permitting the optimization of their exploitation and supporting assessments of danger and uncertainty. It would additionally help regulatory and marine planning our bodies of their ongoing efforts to determine synergies between offshore actions, and maximize alternatives for innovation and collaboration on the pathway to internet zero.”
Graeme Davies, Harbor Vitality’s Undertaking Director of Viking CCS stated, “The UK Continental Shelf, and particularly the Southern North Sea Gasoline Basin, supplies world-class CO 2 storage alternatives as we glance to decarbonize our industrial and energy sectors.
“This main impartial educational examine into the basin’s geology and structured strategy to danger phase evaluation supplies a sturdy platform for the long-term improvement of CO 2 storage alternatives and supplies additional perception into how we’re nicely positioned to make use of our current oil and fuel sector’s abilities, knowledge and infrastructure to assist develop the burgeoning CCS business within the UK.”
Extra info: Use of exploration strategies to repurpose and prolong the lifetime of a brilliant basin as a carbon storage hub for the vitality transition. AAPG Bulletin. DOI: 10.1306/04042322097. pubs.geoscienceworld.org/aapgb … le/107/8/1419/627234
