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106 results for "energy transition"
Improving the circularity of the UK economy – UK CMIC webinar
Join scientists from the UK Critical Mineral Intelligence Centre (CMIC) for a live webinar introducing our latest report
Thermal energy recovery from abandoned mines
New research at the UK Geoenergy Observatories is assessing the efficiency of UK geology for thermal energy recovery.
Forties at 56: the North Sea discovery that’s informing the energy transition five decades later
Geological samples recovered from the UK’s first giant oil field in the 1970s continue to inform industry and researchers aiming to support the UK’s energy security needs.
New project mapping UK Continental Shelf provides boost to offshore infrastructure and development
BGS is leading a three-year project funded by The Crown Estate to develop a new suite of seabed geology datasets and reports, providing crucial information for offshore developers about the seabed around the UK.
Demand for data centres presents challenges and opportunities for UK critical mineral supply chains
Government-backed research finds that vulnerabilities in raw material supply chains must be addressed to secure the critical minerals needed to expand the UK’s digital infrastructure and boost economic growth.
Cheshire Geoenergy Observatory releases key geological datasets for UK thermal energy storage scheme design
A new report and data packs from BGS will provide a unique resource for scientists working on the geology and hydrogeology of the Sherwood Sandstone Formation, an important aquifer and reservoir rock.
UK and Philippines scientists investigate natural hydrogen generation processes at atomic scale
BGS researchers were granted access to use the Diamond Light Source facility in order to study hydrogen in light brighter than the sun.
Shortage of end-of-life materials presents challenge to UK critical minerals security
A new report by the UK Critical Minerals Intelligence Centre reveals insufficient end-of-life material stocks present a supply risk over the coming decade, but offer significant long-term potential to meet critical mineral demand through recycling.