Production of High Yield Pulp and Paper from Jute Fibre in Bangladesh: A Comparison with Other Crop Residues

H. A. Sikder, A. Kabir, A. Chowdhury, M. N. Islam, A. Khatton, J. Sarker, S. Hossain
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Abstract

As the allocated forestland for pulp and paper production in Bangladesh is very limited and a substantial amount of crops residues are generated each year, the latter can substitute for pulp and paper production. In this context, eight residues of crops produced in Bangladesh were evaluated. Final pulp yields were 40 -65% with the kappa number of 11-32% depending on crops residues. The experimental processes are outlined. The physico-mechanical properties of handmade papers are estimated by standard procedure. Gram per Square Metre (GSM), brightness percentage, thickness and tearing strength of different handmade paper sheets shows acceptable papermaking properties. FT-IR analysis were carried out for identifying types of chemicals bonds (functional groups).The study indicates that these hand-made papers can be used for making eco-friendly paper bags, packaging material which will be suitable alternative to the non-biodegradable plastic, a cause of ecological and environmental pollution.
孟加拉国利用黄麻纤维生产高产纸浆和纸张:与其他作物残茬的比较
由于孟加拉国分配给纸浆和纸张生产的林地非常有限,每年产生大量的作物残茬,后者可以替代纸浆和纸张生产。在这方面,对孟加拉国生产的八种作物残留物进行了评价。最终纸浆得率为40 ~ 65%,kappa值为11 ~ 32%。概述了实验过程。手工纸的物理机械性能是用标准程序来估计的。克每平方米(GSM),亮度百分比,厚度和撕裂强度不同的手工纸张显示可接受的造纸性能。FT-IR分析用于确定化学键(官能团)的类型。研究表明,这些手工纸可以用来制作环保纸袋,这是一种合适的包装材料,可以替代造成生态和环境污染的不可生物降解塑料。
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