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The combustion of plastic (PVC), rubber (TR) and leather (L) in different atmospheres (80N2/20O2, 80CO2/20O2, 70CO2/30O2, 60CO2/40O2, 50CO2/50O2) was analyzed thermogravimetrically. Regardless of individual material or blend, the replacement of N2 only by CO2 resulted in smaller weight loss rates, a change in reactions occurring above 600 °C and a worse burnout, and the oxygen-enriched combustion...
The combustion of paper, fruit waste and plant residue mixtures representing the lignocellulosic materials of municipal solid waste (MSW) in different atmospheres (80N2/20O2,70N2/30O2,60N2/40O2,50N2/50O2,80CO2/20O2,70CO2/30O2,60CO2/40O2,50CO2/50O2) was analyzed thermogravimetrically. Replacement of 80% N 2 by 80% CO 2 resulted in a slightly later ignition, a lower maximum weight loss...
In this paper, the combustion behavior of municipal solid waste (MSW) is carried out in a thermogravimetric analyzer under different N 2 /O 2 and CO 2 /O 2 atmospheres with temperature ranging from 100°C to 1000°C. TG (thermogravimetric) and DTG (derivative thermogravimetric) curves are analyzed. The nth order reaction fitting model is used to yield the activation energy...
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