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Past Events
48th IEA-FBC Meeting
Date: May 2004
Location: Vienna, Austria
Program Chairmen: Prof. Franz Winter & Prof. Wojciech Nowak
Final Program
Welcome notes: IEA-FBC Chairman Mikko Hupa, Workshop Chairmen Franz Winter and Wojciech Nowak, Austrian Ministry of Technology Brigitte Weiss
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B. Weiss
, Austrian Ministry of Technology, Austria: Austrian R&D Activities within the IEA
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B.-A. Andersson
, Kvaerner Power AB, Sweden: Waste Combustion in Fluidized Bed Boilers
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L. Saeed,
TU-Helsinki, Finland: A Two-Stage Fluidized Bed Combustion Process for High PVC Solid Waste with HCl Recovery
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K. Peltola
, Foster Wheeler, Finland: RDF – Lignite Co-combustion in a CFB Boiler
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L.E. Amand
, Chalmers University of Technology, Sweden:, Sulphur Capture during Co-Combustion of Pulp and Paper Sludge with Wood in Fluidized Bed
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R. Kobylecki
, TU-Czestochowa, Poland: Operating Experience on the first Bubbling Fluidized Bed Boiler Burning Biomass Fuels in Poland
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R. Rajezyk
, TU-Czestochowa, Poland: Pollutants from Waste and Coal – Co-combustion in the Bubbling Fluidized BedJ. Werther, TU Hamburg-Harburg, Germany: Waste Management in Germany - Some Current Trends
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A. Tunon
, TU-Vienna, Austria &
A. Bahillo
, CIEMAT, Madrid, Spain: Leather Waste - Fluidized Bed Combustion Characterization in Laboratory and Demonstration Scale
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B. Anthony
, NRCan, Canada: Burning Tarry Sludge (Hazardous Waste) in Fluidized Beds
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V. Barisic
, Abo Akademi, Turku, Finland: Decomposition of N
2
O Catalyzed by the Bed Material from Co-combustion of Sewage Sludge and Wood Pellets in CFB Boiler
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D. Juchelkova
, TU-Ostrava,
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F. Hrdlicka
, TU-Prag, Czech Republic: Experiences with Industrial Units Utilizing Alternative Fuels in the Czech Republic – Present and Future
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S. Kaiser
, Austrian Energy & Environment AG, Austria: Operating Experience from the Thermal Waste Treatment Plant Niklasdorf
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I. Gulyurtlu
, INETI, Portugal: Combustion of MBM in Fluidized Beds
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L. Morf
, GEO Partner AG, Switzerland: Investigation about Bone Powder as an Alternative Fuel for Circulating Fluidized Bed Combustion
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T. Shimizu
, Niigata University, Japan: Rice Husk Combustion in a BFBC Using Alternative Bed Material
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B. Anthony
, NRCan, Canada: The Fate of Vanadium during FBC Petroleum Coke Combustion
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H. Rechberger
, TU-Vienna, Austria: The Contribution of FBC to Optimized Resource and Waste Management
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S. Böhmer
, Federal Environment Agency, Austria: State of the Art and Future Perspectives for Waste Combustion Using Fluidized Bed Technology
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E. Reil
, District Heating Vienna, Austria: Fluidized Bed versus Grate – Two Competitive Technologies in a Waste System
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