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Characterization of oxy-combustion impacts in existing coal-fired boilers
Summary
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Abstract
The IFRF's 31st Topic Oriented Technical Meeting took place on November 13th and 14th at the ENEL Auditorium, via Andrea Pisano, Pisa. The goal of the conference was to develop the background to oxy-fuel combustion for CO2 control, to present state of the art solutions and to identify future strategies.
The conference was attended by over 65 delegates from Europe, Canada and America and featured 13 presentations from academics and industry experts. Posters were also presented.
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Research: Conference
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Outline
- 01 Introduction
- 02 Summary
- 03 Visual material
- 04 Poster abstracts
- 05 Programme
- 06 Oxy-coal combustion for CO2 Control: research needs, opportunities and challenges
- 07 Emission formation and radiative heat transfer in oxy-fuel combustion – an overview of the research activities at Chalmers
- 08 Controlled staging with non-stoichiometric burners for oxy-fuel combustion
- 09 Studies on oxy-fuel combustion of coal and biomass mixtures under different oxygen and CO2 conditions.
- 10 On the combustion of pulverised coal in simulated recycled flue gas
- 11 Oxy-coal combustion project at ENEL
- 12 Oxy- Combustion in CFB at Endesa
- 13 Foster Wheeler’s development of oxy fuel CFB technology
- 14 Experiences at E.ON Engineering’s 1 MWth combustion test facility
- 15 Innovative use of oxygen in power plants
- 16 Recent Air Liquide developments in oxy-fuel for CO2 control and future perspectives
- 17 Firing issues related to oxy-fuel process
- 18 Characterization of oxy-combustion impacts in existing coal-fired boilers
- 19 On-going developments in Code_Saturne® for modelling oxycombustion processes
- 20 IFRF Oxy-combustion projects
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Download PDFAdams, B. and Fry, A. (2008) Characterization of oxy-combustion impacts in existing coal-fired boilers.