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waste, rejects from waste paper preparation

The calorific value and the elementary analysis refers to dry biomass.

calorific value

gross:
net:

elementary analysis

C:  55.10 wt.%,dm
H:   6.37 wt.%,dm
N:   0.31 wt.%,dm
S:   0.07 wt.%,dm
Cl:  0.76 wt.%,dm
O:  by difference

trace elements

Mg:
Ca:
Al:
Si:
P:
Fe:
As:
Cr:
Ti:
Zn:
Ba:
Ni:
Pb:
Cd:
Cu:
Hg:

ash content

a:  5.20 wt.%,dm

ash analysis

CO2: 
SO3: 
Cl:  
P2O5:   0.64 wt.%
SiO2:  30.70 wt.%
Fe2O3: 12.10 wt.%
Al2O3: 18.50 wt.%
CaO:   20.20 wt.%
MgO:    3.07 wt.%
Na2O:   1.34 wt.%
K2O:    1.17 wt.%
TiO2: 

ash analysis of heavy metals

Pb:   1200.00 ppm
Cd:      0.42 ppm
Cu:  17000.00 ppm
Hg:
Mn:
Cr:   1427.00 ppm

thermal ash behaviour

for more information about SIT, SOT, HT and FT look at Characterisation of ash behaviour

SIT:  1140 °C
SOT:  1160 °C
HT:   1210 °C
FT:   1230 °C

reference: 20

UNIVERSITY OF TECHNOLOGY VIENNA
Institute of Chemical Engineering, Fuel and Environmental Technology
Getreidemarkt 9/159
A-1060 Vienna
Austria