|COOKIES: By using this website you agree that we can place Google Analytics Cookies on your device for performance monitoring.|
Prospects for economic CCS using mineral carbonation
If you have a question about this talk, please contact Dr Geoff Hale.
Light refreshments from 19:00. All welcome.
Geological sequestration of captured CO2 is an energy intensive process and one that will also require large-scale integrated infrastructure. Mineral carbonation is the leading alternative to geo-CCS; it is also expensive and energy intensive, but can be applied stand-alone, and potentially profitably, at small scale. The process mirrors the spontaneous steps of the natural carbon-silicate cycle in which atmospheric CO2 dissolves in water and reacts with eroded magnesium and calcium silicate rocks and solutions to deposit magnesium and calcium carbonates. The key challenge to making mineral carbonation an economically feasible industrial process, at large-scale, is primarily the energy and/or chemicals input required to speed-up and make Mg/Ca available for carbonation – some of the approaches to address this will be described. At small-scales there are increasing business opportunities to drive economic feasibility through the value of materials and byproducts, and, as will be described, through, a novel combination of mineral carbonation with alkaline fuel cells.
This talk is part of the Cambridge and Anglian Materials Society meetings series.
This talk is included in these lists:
Note that ex-directory lists are not shown.
Other listsCCC talks for website Political Thought and Intellectual History The Shrinking Commons Symposium: Plenary Lectures
Other talksTBC Matlab by Example TBA Dr Nicola Ternette: Definition of the origin and nature of HLA class I-associated peptide presentation from HIV-1 using mass spectrometry. An investigation of polysystemic immune-mediated disease in the English Cocker Spaniel Risk prediction using common genetic variants