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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 entire life cycle of a municipal solid waste (MSW) oxy-fuel incineration power plant was evaluated using the method of life cycle assessment (LCA) to identify and quantify the fossil energy requirements and environmental impacts. The functional unit was 1000kg (1t) MSW. During the life cycle, the saving standard coal by electricity generation was more than diesel consumption, and the effect of...
The thermogravimetric characteristics of tire rubber (TR), rubber mattress (RM) and polyvinyl chloride (PVC), representing the rubber and plastic materials of municipal solid waste (MSW) were compared under 80N 2 /20O 2 and 80CO 2 /20O 2 atmospheres. Replacement of N 2 by CO 2 reduced the weight loss rate of most peaks below 600°C, postponed the location...
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