从香蕉假茎中提取纤维素纤维在造纸工业中潜在应用的评价

A. N. Ardila-Arias, Hely Johana-Restrepo, Johan Steven Valencia-Duarte, E. Arriola-Villaseñor, Santiago Bedoya-Betancur, Juan David Valencia-González
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引用次数: 0

摘要

采用30%氢氧化钠和8%过氧化氢两种不同的化学途径从香蕉假茎残基中制备纤维素纤维。平均产率分别为24.4%和49.3%。此外,根据扫描电镜结果,在碱性条件下获得更多的纤维状物质。另一方面,两种方法得到的材料的XRD衍射图显示出相似之处,但经过H2O2处理的材料在2θ = 16°处有一个峰,表明材料没有完全降解,因此碱处理的效果更好。因此,迄今为止获得的结果并不是决定性的,因此,所获得的纤维仍然通过其他互补的SEM分析和其他技术来表征,以更精确地定义其尺寸和形态,并从这些结果确定可能的造纸工业产品,其中所述纤维可以用于。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of the extraction of cellulose fibers from banana pseudostems with potential use in the paper industry
Cellulose fibers were obtained from banana pseudostem residues by two different chemical routes: 30% sodium hydroxide and 8% hydrogen peroxide. The average yields obtained were 24.4% and 49.3%, respectively. Additionally, according to the SEM results, more fibrillous material is obtained under alkaline conditions. On the other hand, XRD diffractograms of the materials obtained by both methods, show similarities, however, a peak in 2θ = 16 ° in the material treated with H2O2, suggests that the material that was not completely degraded and therefore concluding greater effectiveness with the alkali treatment. Thus, the results obtained to date are not conclusive, therefore, the fibers obtained are still characterized by other complementary SEM analyzes and other techniques to define their dimensions and morphology with greater precision and from these results determine the possible products of the paper industry for which said fibers could be used.
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