News

A recent international event in the Netherlands, focusing on the delivery of carbon capture, usage and storage (CCUS) in the North Sea region, provided delegates with the opportunity to practise methods for engaging effectively with local stakeholders.

Don’t miss our latest webinar, which focuses on the legal aspects of re-using North Sea infrastructure as part of future carbon capture and storage networks in the region.

Joris Gazendam, of the University of Groningen’s Centre of Energy Law, explores reuse options under the decommissioning regimes of Norway, the Netherlands and the United Kingdom, and considers how the temporal gap problem - the space between the end of hydrocarbon activities and the start of CO2 storage activities - can be solved.

By Dr Maxine Akhurst, British Geological Survey, WP3 lead

Next month, scientists from the ALIGN-CCUS project will travel to Norway to share their findings from a range of research areas at the 10th Trondheim CCS Conference, or TCCS10.

As we reach the midway point of ALIGN-CCUS, our project partners will present results from their leading research on public perception, enabling CO2 transport, countering the degradation of capture solvents, designing for CO2 injection and planning for offshore CO2 transport and storage.

Dr Maxine Akhurst, principal geologist at the British Geological Survey (project lead for work package 3), gets some help from two rock stars to show how certain rocks are ideal for storing the greenhouse gas, carbon dioxide (CO2) deep below ground and ensuring it stays put.

By the time CO2 captured from an industrial facility arrives at a geological storage site, for example, beneath the North Sea, it will have been compressed to form a supercritical fluid, which is able to displace water from between the grains of sandstone.

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