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首页> 外文期刊>Applied biochemistry and biotechnology, Part A. enzyme engineering and biotechnology >Application of Enzyme for Improvement of Acacia APMP Pulping and Refining of Mixed Pulp for Printing Papermaking in Vietnam
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Application of Enzyme for Improvement of Acacia APMP Pulping and Refining of Mixed Pulp for Printing Papermaking in Vietnam

机译:酶在越南印刷纸造纸中改善相思APMP制浆和混合浆的应用

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摘要

This study assesses the influence of commercial enzyme (FibreZyme? LBR) treatment applied to APMP pulp and to the mixture of 55 % Acacia CTMP75 pulp, 30 % soft-wood bleached chemical pulp (LBKP 90 from Chile) and 15 % hard-wood bleached chemical pulp (NPKP 90 from Indonesia). The treatment was conducted at different temperatures, reaction times and enzyme dosages. The APMP and mixed pulp treated with the enzyme showed a significant decrease of refining time to achieve the same refining degree (Schopper–Riegler freeness, °SR) and better mechanical–physical properties due to the development of fibrillation. The fibre morphology difference between before and after treatment was revealed by the microscopic observations performed by a scanning electron microscope (SEM). The SEM analysis showed that the surface of the enzyme-treated fibre had some swelling and fibrillar phenomenon that lead to strong paper properties such as tear index, tensile index and burst index.
机译:这项研究评估了商业酶(FibreZyme?LBR)处理对APMP纸浆以及55%相思树CTMP75纸浆,30%软木漂白化学纸浆(来自智利的LBKP 90)和15%硬木漂白剂的混合物的影响化学纸浆(印度尼西亚的NPKP 90)。该处理在不同的温度,反应时间和酶剂量下进行。经原纤化处理后,用该酶处理过的APMP和混合纸浆显示出显着减少的精制时间以达到相同的精制度(Schopper-Riegler游离度,°SR)并具有更好的机械物理性能。通过扫描电子显微镜(SEM)进行的显微镜观察揭示了处理前后的纤维形态差异。 SEM分析表明,经酶处理的纤维表面具有一定的溶胀和原纤化现象,从而导致纸张的强撕裂指数,拉伸指数和破裂指数等特性。

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