Abstract
This thermodynamic analysis indicates that addition
of sewage sludge or peat to straw during combustion may have
an influence on alkalis, Pb and Zn chemistries especially
concerning corrosive chlorides. Co-combustion is predicted to
lead to a reduction in such corrosive compounds in given
temperature ranges or even to alter their temperature
dependency. However, these fuels are not able to reduce
corrosive alkali chlorides at temperatures above 1000-1200°C.
of sewage sludge or peat to straw during combustion may have
an influence on alkalis, Pb and Zn chemistries especially
concerning corrosive chlorides. Co-combustion is predicted to
lead to a reduction in such corrosive compounds in given
temperature ranges or even to alter their temperature
dependency. However, these fuels are not able to reduce
corrosive alkali chlorides at temperatures above 1000-1200°C.
