Graz University of Technology / plant CO / plant Fig / /
IndustryTerm
flue gas components / exhaust gas channel / gas phase combustion / post-processing step / flue gas measurements / chemical reactions / involved chemical reactions / adiabatic flue gas temperature / high gas temperatures / gas phase combustion simulation / flue gas temperature / chemical compositions / kinetic energy / chemical composition / flue gas temperatures / exhaust gas receiver / flue gas prevailing / chemical interactions / dry flue gas / thermal oil boiler / combustion zone flue gas / flue gas / conventional flue gas / released flue gas / gas phase / flue gas velocity / /
MusicAlbum
O2 / H2O / H2 / CO2 / /
Organization
Institute for Process and Particle Engineering / Graz University of Technology / /
Person
Al P Ti / Kai Schulze / Robert Scharler / /
Position
author / deposit formation model for biomass fired boilers has been developed / model development steps / /
Product
Cl / A-8010 Graz / Olympus FE-26 Digital Camera / /
Published in: proceedings of the 9th European Conference on Industrial Furnaces and Boilers, April 2011, Estoril, Portugal, CENERTEC (Ed.), Portugal Development of an advanced CFD model for ash deposit and aerosol format