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生物技术——未来纤维改性的关键技术
引用本文:Liisa Viikari,刘文波. 生物技术——未来纤维改性的关键技术[J]. 国际造纸, 2007, 26(3): 7-9
作者姓名:Liisa Viikari  刘文波
作者单位:[1]VTT P.O.Box 1000; FI-02044 VTT; Finland [2]不详
摘    要:以森林为基础的产业是一个巨大的产业并且越来越具有挑战性.需要做的是提高现有产品和服务的附加值以及开发新型的以林业为基础的产品.要达到此目的,就需要像生物技术这样的先进制造技术,并且还需要利用已有的科学发展成果.先进的以林业为基础的产品,以及高附加值产品,取决于新的、改进的制造体系和工艺.如今已经用生物技术工具,尤其是酶,来改善传统的制浆造纸工艺,提高产品质量.将来,特殊和专用的酶将为创造新附加值产品开辟新的途径.

关 键 词:森林  纤维  生物技术  制浆  附加值产品

Biotechnology——Future Key for Tailoring Fibres
Liisa Viikari,Stina Grnqvist,Anna Suurnkki. Biotechnology——Future Key for Tailoring Fibres[J]. World Pulp and Paper, 2007, 26(3): 7-9
Authors:Liisa Viikari  Stina Grnqvist  Anna Suurnkki
Affiliation:VTT,P.O.Box 1000,FI-02044 VTT,Finland
Abstract:The forest-based sector is subjected to strong and growing challenges. The ways ahead lie in a higher degree of value adding to existing products and services and in the development of new types of forest-based products. To achieve this requires advanced manufacturing technologies, such as biotechnologies, and taking advantage of scientific achievements. Improved forest-based products, as well as value-added products, are dependent on new or modified manufacturing systems and processes. Biotechnical tools, especially enzymes, are today used to improve traditional pulping and paper manufacturing process stages and product quality. In future, the specificity and uniqueness of enzymes will open up new opportunities for creating novel value-added products.
Keywords:forest   fibres   biotechnology   pulping   value-addedproducts
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