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The calorific value and the elementary analysis refers to dry biomass.
gross: 18780 kJ/kg net: 17563 kJ/kg
C: 46.79 wt.%,dm H: 5.53 wt.%,dm N: 0.41 wt.%,dm S: 0.06 wt.%,dm Cl: 0.41 wt.%,dm O: by difference
Mg: Ca: Al: Si: P: Fe: As: Cr: Ti: Zn: Ba: Ni: Pb: 2.80 ppm Cd: 0.06 ppm Cu: 2.60 ppm Hg: 0.01 ppm
a: 4.86 wt.%,dm
CO2: 0.59 wt.% SO3: 0.91 wt.% Cl: 2.25 wt.% P2O5: 1.22 wt.% SiO2: 59.40 wt.% Fe2O3: 0.22 wt.% Al2O3: 0.38 wt.% CaO: 5.10 wt.% MgO: 0.77 wt.% Na2O: 0.26 wt.% K2O: 5.60 wt.% TiO2:
Pb: 8.00 ppm Cd: 0.01 ppm Cu: 57.00 ppm Hg: 0.01 ppm Mn: Cr:
for more information about SIT, SOT, HT and FT look at Characterisation of ash behaviour
SIT: 900 °C SOT: 1000 °C HT: 1110 °C FT: 1180 °C
reference: 1
UNIVERSITY OF TECHNOLOGY VIENNA
Institute of Chemical Engineering, Fuel and Environmental Technology
Getreidemarkt 9/159
A-1060 Vienna
Austria