important on-line diagnostic methods / pulverised coal combustion systems / increased gas temperatures / alumino-silicate systems / alkali metal content / thermal processors systems / thermal processing plants / alkali metal salts / ash chemical composition / downstream ash handling equipment / severe chemical reagents / chemical reactions / gas flow patterns / alkali metal species / hydrochloric acid solution / on-line control / chemical compositions / co-processing / chemical composition / flue gas temperatures / ash systems / linseed oil straws / gas-side pressure drop / gas-side components / appropriate alumino-silicate systems / acidic metal oxides / gas temperature / increased flue gas temperatures / gas side pressure drop / ammonium acetate solution / neural networking / deposition site / oil residues / fluidised bed combustion systems / chemical fractionation techniques / post-processing / secondary site / gas temperature decreases / low flue gas temperatures / high alkali metal contents / flue gas / co-firing applications / conventional ash chemical analysis / on-line cleaning systems / chemical fractionation data / alkali metal / chemical fractionation tests / oil / increased flue gas velocity / coal ash systems / physical and chemical properties / chemical constituents / fuel combustion systems / converged steady-state solution / metal temperatures / chemical elements / acid gas species / /
Organization
University of Twente / European Union / /
Person
Willow Poplar Cottonwood / /
Position
CaO / General / /
Product
sodium chloride / /
ProgrammingLanguage
C / /
Region
Northern Europe / /
Technology
The technology / radiation / condensation / fluid dynamics / heat transfer / simulation / /
Review of models and tools for slagging and fouling prediction for biomass co-combustion A.F. Stam(1), W.R. Livingston(2), M.F.G. Cremers(1), G. BremKEMA Nederland, Utrechtseweg 310, Arnhem, The Netherlands (2) D