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CLC, post combustion CO2 capture and storage – W. Nastoll, A. Forret, F. Guillou P. Broutin, E. Lemaire, L. Raynal, IFP Energies nouvelles
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Authors: W. Nastoll
Summary
The IFRF’s 17th International Member Conference took place in Maffliers, France between 11 and 13 June 2012 and was attended by some 75 delegates. Around forty papers were accepted for the conference and these were grouped into plenary and parallel sessions which ran over the three days alongside a number of keynote sessions. Two workshops were also held, one entitled “Industrial Flares” chaired by James Seebold of the AFRC, and the other, “Oxy Coal”, chaired by Steve Wilcox of the University of Glamorgan, coordinator of research project RELCOM, Reliable and Efficient Combustion of Oxygen/Coal/Recycled Flue Gas Mixtures, cofunded by the European Commission’s FP7 Research Programme.
Whilst the presentations pertinent to the RELCOM workshop will appear on the dedicated website at www.relcomeu.com, this website contains all the other presentations delivered over the three days. They have been organised by session. For a quick overview of the order of events, please see the Conference programme, also available here.
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Research: Conference
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Outline
- 01 CLC, post combustion CO2 capture and storage – W. Nastoll, A. Forret, F. Guillou P. Broutin, E. Lemaire, L. Raynal, IFP Energies nouvelles
- 02 LACQ CCS Pilot Plant: oxy-combustion feedback and heat flux measurements – S. Lethier, P-A. Beau, TOTAL
- 03 Coal flame ignition mechanisms in oxy-combustion: A validation study using pilot-scale experiments and LES – P. Smith, J. Pedel, J. Thornock, J. Wendt, J. Zhang, Utah University
- 04 A lab-scale study of the effect of CO2 dilution on two-phase oxycombustion – D. Honore, G. Cleon, C. Lacour, A. Cessou, CORIA-CNRS
- 05 On the near field aerodynamics of Type 0 oxy-coal flames with directed pure oxygen injection – D. Rezaei , J. Wendt, Utah University
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Download PDFNastoll, W. (2012) CLC, post combustion CO2 capture and storage – W. Nastoll, A. Forret, F. Guillou P. Broutin, E. Lemaire, L. Raynal, IFP Energies nouvelles.