2015
DOI: 10.1007/s10973-015-5117-8
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Analysis of deterioration and calorific value of urban solid residues

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Cited by 5 publications
(3 citation statements)
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“…The combustion of waste plastics yields a caloric value comparable to that of fuel oil, approximately 40 MJ kg −1 , making it a viable supplementary fuel source. 43,44 By effectively harnessing the heat generated from plastic combustion or the syngas produced through plastic molecule vaporization, the energy value of plastic recycling can be fully utilized. 45 While waste plastics can be incinerated without the need for pre-treatment or separation from municipal waste, excessive burning can have detrimental environmental effects, including the release of substantial amounts of greenhouse gases.…”
Section: Waste Plastics Resource Technologiesmentioning
confidence: 99%
“…The combustion of waste plastics yields a caloric value comparable to that of fuel oil, approximately 40 MJ kg −1 , making it a viable supplementary fuel source. 43,44 By effectively harnessing the heat generated from plastic combustion or the syngas produced through plastic molecule vaporization, the energy value of plastic recycling can be fully utilized. 45 While waste plastics can be incinerated without the need for pre-treatment or separation from municipal waste, excessive burning can have detrimental environmental effects, including the release of substantial amounts of greenhouse gases.…”
Section: Waste Plastics Resource Technologiesmentioning
confidence: 99%
“…A constituição termodinâmica dos resíduos deu-se em temperaturas acima dos descritos anteriormente, em que o primeiro pico (< 200 ºC) apontou principalmente que a amostra de resíduos de biomassa perdeu umidade superficial, o segundo pico de 200-400 ºC está relacionado à perda de massa volátil de 75,5% para a palha de soja e 78,6% em massa para a palha de milho, e o terceira pico foi de 440 a 600 ºC, correspondendo à perda de massa de carbono fixa de 17,3% em massa para a palha de soja e 13,2% em massa para a palha de milho. Nas pesquisas de (Queiroz, et al, 2016), um estudo sobre resíduos sólidos urbanos foi produzido na cidade de Campina Grande, Estado da Paraíba, para aplicações de energia térmica e elétrica. A faixa de perda de massa inicial foi de 24-166 ºC e está atribuída à umidade, enquanto a segunda perda de massa foi de 166-372 ºC e foi associada à queima de hemicelulose e celulose, característica da composição de materiais orgânicos como papel, borracha, madeira e plásticos presentes em resíduos urbanos.…”
Section: Análise Termogravimétricaunclassified
“…The problem of municipal solid waste (MSW) is admittedly difficult to solve among the actions of environmental sanitation, more precisely basic sanitation, especially in developing countries such as Brazil (Queiroz et al, 2016;Abdel-Shafy and Mansour, 2018;Drudi et al, 2019;Idowu et al, 2019;Khair et al, 2019). In these countries, the environment is directly affected by the irrationality with which humans treat soil, water and air, polluting them and thus causing degradation that triggers various social and economic impacts, threatening sustainability Idowu et al, 2019;Lunag Jr et al, 2019).…”
Section: Introductionmentioning
confidence: 99%