2015
DOI: 10.1016/j.eti.2015.02.002
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Buriti palm stem as a potential renewable source for activated carbon production

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Cited by 22 publications
(7 citation statements)
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“…However, their high cost in the market becomes a hindrance in their applicability for the treatment of industrial sewages and runoffs (Chang et al 2014;Sivarajasekar and Baskar 2014). This prompted an increasing interest in using cheap and readily available materials as precursors for activated carbon production (Andrade et al 2015;Mendes et al 2015). Numerous waste materials such as vilayti tulsi (Pardeshi et al 2013), natural walnut shell (Çelebi and Gök 2017), waste tea (Garba et al 2015b;Özbaş et al 2013), marble waste (Bouamra et al 2018), egg shell (Mashangwa et al 2017), saw palmetto spent (Papegowda and Syed 2017) and coconut spathe (Prashanthakumar et al 2018) have been transformed effectively into adsorbents on a laboratory scale.…”
Section: Introductionmentioning
confidence: 99%
“…However, their high cost in the market becomes a hindrance in their applicability for the treatment of industrial sewages and runoffs (Chang et al 2014;Sivarajasekar and Baskar 2014). This prompted an increasing interest in using cheap and readily available materials as precursors for activated carbon production (Andrade et al 2015;Mendes et al 2015). Numerous waste materials such as vilayti tulsi (Pardeshi et al 2013), natural walnut shell (Çelebi and Gök 2017), waste tea (Garba et al 2015b;Özbaş et al 2013), marble waste (Bouamra et al 2018), egg shell (Mashangwa et al 2017), saw palmetto spent (Papegowda and Syed 2017) and coconut spathe (Prashanthakumar et al 2018) have been transformed effectively into adsorbents on a laboratory scale.…”
Section: Introductionmentioning
confidence: 99%
“…8 Stalk or stem biomass is a rich source for activated carbon production with high surface area and adsorption performance compared to that from other biomass, such as leaves or roots, owing to its high volume, low ash, high carbon, and reasonable hardness. 9 Corn stalks, 10 grape stalks, 11 lotus stalks, 12 cotton stalks, 13 banana stalks, 14 tobacco stems, 15 palm stems, 16 and giant reed stems 17,18 have been utilized as efficient precursors for ACs with well-developed porous structures.…”
Section: Introductionmentioning
confidence: 99%
“…O modelo cinético de pseudo-primeira ordem baseia-se na hipótese de que a variação da quantidade de soluto é adsorvida com o tempo (Equação 5), sendo diretamente proporcional a diferença entre a quantidade do soluto adsorvida no equilíbrio e quantidade adsorvida em um tempo qualquer (Andrade, et al,2015).…”
Section: Pseudo-primeira Ordemunclassified