1) pulp and paper making property
制浆造纸性能
1.
Forestry-paper integration and the pulp and paper making property of major man-made paper making trees in China;
林纸一体化与中国主要速生人工造纸树种的制浆造纸性能
2) pulping and papermaking
制浆造纸
1.
The feasibility study of pulping and papermaking with hybridized Chinese pennisetum;
杂交狼尾草制浆造纸的可行性研究
2.
A probe into speeding up the forestry-paper integration with utilizing eucalyptus in pulping and papermaking;
开发利用桉树制浆造纸 加快林纸一体化进展的探讨
3.
The fiber morphology and pulping and papermaking performances of oil palm's byproduct——palm thread were investigated in this paper.
对棕榈丝的化学成分、纤维形态及制浆造纸的可行性进行了研究。
3) pulp and paper
制浆造纸
1.
On the reducing the boundary of specialities in Light Chemical Engineering(pulp and paper orientation);
轻化工程(制浆造纸方向)淡化专业的利弊分析
2.
Development of statistic energy database for pulp and paper industry;
制浆造纸工业能耗统计数据库的建立
3.
The application of jet aeration technology in pulp and paper effluent treatment;
射流曝气技术在制浆造纸废水处理中的应用
4) pulp and papermaking
制浆造纸
1.
Technical research on treatment and reuse of bleaching effluents from straw pulp and papermaking process;
草制浆造纸中段废水处理及回用技术分析研究
2.
The preparation methods of mesoporous titanium dioxide and metal ions-doping titanium are introduced,the influence of various metal ions on the photocatalytic activity is discussed,and the progress in treatment of pulp and papermaking effluent is also reviewed.
综述了介孔TiO2及过渡金属-TiO2介孔复合材料的制备方法,掺杂不同金属离子对介孔TiO2反应活性的影响,以及在制浆造纸废水处理等方面的研究进展。
3.
With the development of biology science, biology technology has been more important than ever in pulp and papermaking.
随着生物科学的发展,生物技术在制浆造纸工业得到了越来越广泛的应用,已成为众人研究的焦点领域。
5) pulp & paper making
制浆造纸
1.
Under the impulse of UNEP ten years ago, cleaner production was firstly applied to pulp & paper making industry in China and the project group of Beijing Technology and Business University did many material works obtaining honors for our country.
十年前在联合国环境规划署的推动下,我国清洁生产首先在制浆造纸等行业启动并推行,北京工商大学项目组也做了很多具体工作,并为我国在国际上争得了荣誉。
6) paper-making pulping
造纸制浆
补充资料：酶在制浆造纸中的应用
漂白促进
用木聚糖酶来促进硫酸盐浆ECF和TCF漂白，能够节约漂剂和/或提高浆料漂后白度。
纤维改性和脱墨
淀粉酶和纤维素酶用于纤维改性和脱墨，能够促进油墨脱除、提高脱墨浆白度；改善滤水性及提高卫生纸的柔软度。
木素改性/废水处理
漆酶用于木素改性和废水处理，可提高含机械浆浆料的湿强度和降低废水色度及BOD/COD值。
过氧化氢控制
过氧化氢酶可监控和优化漂白中过氧化氢的用量。漂白结束后，加入过氧化氢酶可降解残余过氧化氢。
树脂障碍控制
用机械浆造纸过程中，脂肪酶用于树脂障碍控制可提高纸张强度，减少纸病，缩短停机时间并减少纸毯及辊子的清洗次数，从而改善纸品质量并提高生产经济效益。
淀粉改性
淀粉酶使得纸厂可在现场对原淀粉进行改性用于表面涂布施胶，较直接购买商品变性淀粉，这样更为经济实用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条