Bryan Lovell Meeting 2019: The role of geological science in the decarbonisation of power production, heat, transport and industry
Decarbonisation of the UK’s energy, industry and transport will play a major role in reducing carbon emissions and addressing climate change. With decarbonisation central to UK government policy, this year’s Bryan Lovell Meeting brings together scientists, policy makers and industry experts to discuss the role of the geosciences and to outline and challenge barriers to the UK’s progress. The meeting will feature a 90 minute panel discussion chaired by Andrew Miller, former MP & Chair of the Science and Technology Committee, which will be used to draft a government report on how high level barriers to decarbonisation should be addressed.
Topics addressed will include renewable energy sources, carbon capture and storage, nuclear and geothermal power, critical mineral resources and seabed mining. The panel discussion, to be held on 24 January 14.30-16.00, will assemble the conference’s key themes and specifically address issues to be taken forward to government.
Spencer Dale, Group chief economist, BP: ‘Trends in world energy and decarbonisation’
Chris Stark, Chief Executive of the Committee on Climate Change, on climate change and policy
Nick Pidgeon, Director of the Understanding Risk Research Group, Cardiff University: ‘Public views of geoscience decarbonisation options’
Andrew Miller, former MP and first Chair of the House of Commons Science and Technology Select Committee (panel discussion Chair.)
Other talks include:
Charlotte Adams, University of Durham: ‘District Heating’ – on the geoscience techniques used to examine the nationwide potential for stored heat in flooded coal mines.
Thomas Dreisner, ETH Zurich, Switzerland: ‘Icelandic Deep Drilling’ – on the Iceland Deep Drilling Project (IDDP).
Ingrid Feyling, Equinor, ‘Siting of Offshore Wind Turbines’ – on the role ofoffshore wind power in achieving a low carbon future.
Martin Blunt, Imperial College, ‘The design of carbon dioxide storage’ – an overview of the challenges associated with the design of safe and effective carbon dioxide storage in the subsurface.