1) wheat straw pulping
麦草制浆
1.
The wheat straw pulping line of Baiyun Paper Ltd.
白云纸业对停产多年的老式麦草制浆工艺系统及部分设备进行了技术改造与更新,使之顺利恢复了生产,取得了显著的经济效益,并兼顾了环境保护,而且产能较原设计能力有所提高。
2) paper-pulping black liquor
麦草制浆黑液
1.
Study on the effecting factors of the graft reaction of lignin from treating paper-pulping black liquor in acidification with acrylamide was accomplished.
对碱法麦草制浆黑液酸法回收的木质素与丙烯酰胺接枝共聚反应进行了试验研究。
3) Straw pulping paper making
麦草制浆造纸
4) wastewater of pulp with ryegrass
麦草制浆废水
1.
The treatment process and the sizes and effects of different structures of the wastewater of pulp with ryegrass in a paper-making mill are introduced.
介绍了某造纸企业麦草制浆废水的主要处理工艺和各构筑物的尺寸及作用,并分析了该工艺处理麦草制浆废水的处理效率和处理成本。
5) wheat-straw pulp
麦草浆
1.
The conditions of Pulpzyme HC xylanase aid-bleaching on NaOH-AQ wheat-straw pulp were optimized in this paper,and the effect of An-76 fungal and Pulpzyme HC xylanase aid-bleaching was compared.
本文对PulpzymeHC木聚糖酶助漂NaOH-AQ麦草浆的条件进行了优化,并进一步与An-76真菌木聚糖酶助漂NaOH-AQ麦草浆的作用效果进行了对比。
2.
Based on the laboratory results of chlorine dioxide bleaching of NaOH-AQ wheat-straw pulp , the commercial trial was carried out.
在实验室研究的基础上,对ClO2漂白NaOHAQ麦草浆进行了工业生产试验。
3.
The conditions of Pulpzyme HC xylanase aid-bleaching on NaOH-AQ wheat-straw pulp were optimized in this paper, and the effect of An-76 fungal and Pulpzyme HC xylanase aid-bleaching was compared.
本文对PulpzymeHC木聚糖酶助漂NaOH-AQ麦草浆的条件进行了优化,并进一步与An-76真菌木聚糖酶助漂NaOH-AQ麦草浆的作用效果进行了对比。
6) wheat straw pulp
麦草浆
1.
Effect of the mechanical treatment with a high-shear kneader on physical properties of bleached wheat straw pulp;
高剪切纤维离解机对麦草浆物理性能影响的研究
2.
A study on the morphological structure change of wheat straw pulp treated with xylanase;
木聚糖酶处理麦草浆纤维形态变化的研究
3.
The impact of xylanase treatment on the fibre length and coarseness of wheat straw pulp;
木聚糖酶处理对麦草浆纤维长度和粗度的影响
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