Conference Proceedings

A comparison of the process integration of shockwave CO2 compression with conventional turbo machinery into PCC power station design

T Harkin, A Hoadley, B Hooper

Energy Procedia | ELSEVIER SCIENCE BV | Published : 2011

Abstract

This paper discusses the energy penalty of solvent based post combustion capture for three different power stations and includes a comparison of shockwave CO2 compression versus conventional turbo machinery on the energy penalty associated with carbon capture and storage. This study uses pinch analysis to determine targets for the energy penalty of three different power stations that include a brown coal power plant with no reheat stage, a more efficient brown coal power station and a black coal power station. Heat integration can be used to reduce the energy penalty of all power stations combined with CCS. It is also found that when heat integration is considered, the heat that can be recov..

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Funding Acknowledgements

This work is prepared as part of the Latrobe Valley PCC project with support of the Victorian Government ETIS Brown coal R&D Program; International Power, Stanwell Corporation, Ramgen Power Systems and the Cooperative Research Centre for Greenhouse Gas Technologies (CO2CRC), which is funded through the Australian Governments Cooperative Research Centre program, other federal and state Government programs, CO2CRC participants and wider industry.