2014
DOI: 10.18011/bioeng2014v8n2p166-172
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PODER CALORÍFICO DA MADEIRA DE Eucalyptus grandis E DA Hevea brasiliensis

Abstract: RESUMOA biomassa é todo o material orgânico que, quando queimado, libera alguma forma de energia. Para utilização da biomassa é necessário conhecer o seu poder calorífico que está diretamente relacionada com o teor de umidade no combustível. O objetivo deste estudo é determinar o poder calorifico superior das espécies de Eucalyptus grandis e Hevea brasiliensis, visando conhecer seu potencial energético. Foi determinado o teor de umidade pelo método gravimétrico e poder calorifico superior através de uma bomba … Show more

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“…The biochar of the pequi sample did not show satisfactory values of surface area (BET and Langmuir) and micropore size (Table 3) when compared with activated carbon from other biomasses. According to the guidelines for the certification of the biochar (European Biochar Certificate version 4.8), the minimum specific surface area required is >150 m 2 /g [39]. In the present study, the minimum value required by the standard was not reached.…”
Section: Biocharcontrasting
confidence: 57%
“…The biochar of the pequi sample did not show satisfactory values of surface area (BET and Langmuir) and micropore size (Table 3) when compared with activated carbon from other biomasses. According to the guidelines for the certification of the biochar (European Biochar Certificate version 4.8), the minimum specific surface area required is >150 m 2 /g [39]. In the present study, the minimum value required by the standard was not reached.…”
Section: Biocharcontrasting
confidence: 57%