Fluidized Bed Combustion of Coal, Renewable Fuels, and Waste: Current Status and Developments - Novel Combustion Concepts for Sustainable Energy Development - page 235

Acknowledgements The author thanks the Austrian Ministry for Transport, Innovation and
Technology (BMVIT) for the financial support and the International Energy Agency — Fluidized
Bed Conversion Group ( www.iea-fbc.org ) for the fruitful discussions.

References

Foster and Wheeler (2014) Received by personal communication with E. Coda
Hofbauer H (2002) Personal communication
IEA FBC End of Term Report (2014) Unpublished. www.iea-fbc.org
Lackner M, Winter F, Agarwal AK (2010) Handbook of combustion, vol. 4, Solid fuels. Wiley,
New York. ISBN 978-3-527-32449-1
Lackner M, Palotas A, Winter F (2013) Combustion: from basics to application. Wiley, New York.
ISBN 978-3-527-33376-9
Penthor S, Mayer K, Kern S, Kitzler H, W ll T, Hofbauer H (2014) Chemical-looping

combustion of raw syngas from biomass steam gasi cation

ö ss D, Pr ö

— coupled operation of two dual

fluidized bed pilot plants. Fuel 127:178 - 185
Tourunen A (2013) Development of high ef ciency CFB technology to provide flexible air/oxy
operation for power plant with CCS, poster, Flexi Burn CFB — EU FP7. Siehe unter http://
www.vtt. /sites/flexiburncfb/index.htm
Yang H et al (2012) The influence of the new emission standard on the CFB boiler in China and
the solutions, vol 64. In: IEA FBC Meeting, 2012, Neapel, Italien. Siehe unter www.iea-fbc.
org
Yang H et al (2013) Design and operation of 600 MW CFB boiler in China, 67. In: IEA FBC
meeting, 2013. Daejeon, Korea. Siehe unter www.iea-fbc.org