In our series of three October/November 2020 webinars, “Decarbonisation and the chemistry of CO2”, of which this is the final, we will hear from industry and academic researchers who are exploring future CO2 capture, transport and storage techniques and scenarios; new and emerging CO2 capture and conditioning technologies; and the variety of opportunities being explored to utilise captured CO2.
The UK Government has mandated that by 2050, the UK will be carbon neutral. To meet this target, research by the Committee for Climate Change (CCC), the Energy Systems Catapult (ESC) and the Energy Technologies Institute for the SCI’s Energy Group has highlighted the importance of Carbon Capture, Utilisation and Storage (CCUS), in particular for addressing industrial emissions. Without CCUS, achieving net zero will be incredibly challenging, if not impossible.
The UK is very well placed to develop and exploit CCUS - Her Majesty’s Government wants the UK to become a global CCUS technology leader and to work internationally to bring about global CCUS cost reductions.
Understanding the chemistry of CO2 is vital if we are to develop the processes at scale for CO2 capture and conditioning, alongside opportunities to use CO2 as a resource to produce a wide variety of chemicals including fertilisers, materials and fuels. These uses include more straightforward, but transient technologies, such as the use of captured CO2 in carbonated drinks and glasshouses, through to more complex options to ‘lock-in’ CO2 via the manufacture of products such as acetic acid, fertilisers and fuels, and new materials such as polymers and CO2 cured cement.
Dr Peter Clough, Cranfield University
Dr Peter Clough is a lecturer in Energy Engineering at Cranfield University. Dr Clough's current research is centred around the theme of clean hydrogen production coupled with carbon capture and storage. Within his research, he applies machine learning to aid the design and selection of materials for hydrogen production. Dr Clough leads the research activities for the HyPER project (a £8M project funded by BEIS) which is developing a next generation state-of-the-art hydrogen production pilot plant based on sorbent enhanced steam methane reforming.
Total (CCUS Research Programme)
David Nevicato is CO2/CCUS research program manager in the TOTAL Research & Development Division. He received his Chemical Engineering PhD in 1996 at the Claude Bernard University- Lyon 1- and his engineer graduate in 1991 From École Nationale Supérieure des Industries Chimiques (ENSIC) – Nancy-. He is an experienced professional in refining industry with over 20 years in research, process, operation and human resources. He joined the corporate R&D division in 2016 to set up the new CCUS R&D program following the TOTAL commitments according its Climate Strategy.
Paul Winstanley is a Chartered Engineer with over 30 years' experience. He has successfully delivered a range of projects for some of the largest UK multi-national companies. His experience spans a wide range of fields including facilities management, electrical/mechanical/controls, environmental engineering, tri-generation, gasification, Combined Heat and Power. With an innovative and practical approach, plus a focus on cost effective solutions, he ensures that a high-quality service is maintained throughout his projects and can implement value-adding strategies.
Paul is currently delivering advanced renewable energy technology projects in support of the United Kingdom's carbon reduction commitment for 2050 with Thornfield Technical Solutions Ltd. This includes the ETI’s Advanced Waste Gasification demonstrator project in the West Midlands with Kew Technology.
University of Leeds
Chris Rayner is Professor of Organic Chemistry at the University of Leeds, where he has been for over 30 years. His research interests are focused on varies aspects of Sustainable Chemistry. Of particular relevance is his work on carbon dioxide chemistry which in 2009 led to the formation of C-Capture Ltd. as a University start up, which has developed some really transformational technology for CO2 separation from other gases, which has the potential to play a major role as we move towards a decarbonised world.
Summaries of presentations are shown in the Appendix here.
Introduction to the Webinar
Dr Peter Clough, Cranfield University, Webinar Chair
Contributions are invited from early stage researchers and PhD students working in all areas of CCUS to present their poster at this one-day conference. Posters should be submitted (in PDF format) to firstname.lastname@example.org by 16:00 BST - Monday 19 October 2020 with the subject line “CCUS conference - poster submission” Topics may be results, reviews or plans and may have already been presented elsewhere. The best three posters will receive a prize and be invited to present their poster (5 minutes) during the 5 November 2020 webinar.
The following criteria will be used to evaluate the posters:
Tel: +44 (0)20 7598 1561