[holding answer 22 November 2007]: My Department has funded two studies, the reports from which will shortly be available at:
www.berr.gov.uk
which have looked at pre- and post-combustion technologies. These show that both technologies are potentially capable of capturing 85 to 90 per cent. of carbon dioxide produced.
We have selected post-combustion capture for the UK demonstration project since this meets our objective of demonstrating technology that is relevant and transferable to key global markets—particularly in emerging economies. However, we consider that all CCS technologies have the potential to make valuable contributions to reducing carbon emissions and we expect to see all CCS options rolled out once they have been successfully demonstrated.
[holding answer 22 November 2007]: A modelling study, available at:
www.berr.gov.uk/files/file19834
undertaken to inform the UK's Carbon Abatement Technologies strategy showed that carbon capture and storage (involving the deployment of both pre- and post-combustion technologies) would contribute to the UK's carbon reduction targets from about 2020.
[holding answer 22 November 2007]: The Department has a £35 million programme to support all carbon abatement technologies, including pre-combustion capture technologies and we have funded two research projects, the reports from which will shortly be available at:
www.berr.gov.uk
looking specifically at pre-combustion technologies. We are also supporting the wider deployment of all CCS technologies through the development of a regulatory framework to govern the storage of carbon dioxide and other ongoing policy work.
We selected post-combustion capture for the UK demonstration project since this meets our objective of demonstrating technology that is relevant and transferable to key global markets—particularly in emerging economies. However, we consider that all CCS technologies have the potential to make valuable contributions to reducing carbon emissions and we expect to see all CCS options rolled out once they have been successfully demonstrated.