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Buckman develops third generation Maximyze~R for recycled packaging

机译:巴克曼为再生包装开发第三代最大化〜R

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Development of biotechnology for the pulp and paper industry has been long studied. Twenty years ago, knowledge about enzyme mechanisms for different applications was limited. In addition, production of the appropriate enzymes on a commercial scale was costly. Only recently have we been able to produce enzymes that have acceptable costs and to achieve a more in-depth understanding of how enzymes work in the modification of wood and wood components. Buckman has dedicated significant resources to fundamental enzyme research in order to gain a better understanding of their mechanisms. This work has provided a solid base for successful development and marketing of enzyme based technologies for the pulp and paper industry. This dedication to identifying more effective ingredients and application expertise that drive improved program effectiveness is reflected in Buckman's new Maximyze 3504. This third generation fibre modification product is designed specifically for recycled packaging. It addresses some of the "blind spots" experienced with generations 1 and 2: achieving an increase in mullen/burst and effectively treating recycled fibre in the absence of refining. This article will demonstrate the increased effectiveness of Maximyze 3504 over existing formulations.
机译:纸浆和造纸工业的生物技术发展已经研究。二十年前,有关不同应用的酶机制的了解是有限的。此外,在商业规模上生产适当的酶成本高昂。只有最近我们能够生产具有可接受成本的酶,并更深入地了解酶如何在木材和木材部件的改变中工作。巴克曼专门为基本酶研究专门的资源,以便更好地了解其机制。这项工作为纸浆和造纸工业的基于酶技术的成功开发和营销提供了坚实的基础。这种旨在识别推动改进的程序效果的更有效的成分和应用专业知识,反映在巴克曼的新型最大化3504中。该第三代光纤改装产品专为再生包装而设计。它涉及几代人经历的一些“盲点”:在没有精炼的情况下实现了Mullen /突发的增加,有效地治疗再生纤维。本文将展示最大化3504对现有制剂的效力增加。

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