基于我国纤维原料特征的化机浆工艺流程选择和装备配置  

Chemi-mechanical Pulping Process Design Based on the Characteristics of Chinese Fibre Materials and Its Equipment Configuration

作　　者：房桂干[1,2,3,4] 

机构地区：[1]中国林科院林产化学工业研究所 [2]国际木材科学院 [3]国际杰出机械浆科学家协会 [4]中国造纸学会

出　　处：《中华纸业》2021年第21期28-31,I7,共5页China Pulp & Paper Industry

摘　　要：随着限塑令和固废禁止进口政策的实施,我国造纸工业纤维原料供应缺口达到3000万吨以上。与传统化学法制浆工艺比较,化学机械法制浆过程可实现植物纤维组分的最大化利用,是一种高得率制浆工艺。为了进一步了解高得率制浆,中国林科院首席专家房桂干博士在研讨会上作了题为《基于我国纤维原料特征的化机浆工艺流程选择和装备配置》的演讲。他为大家分享了化机浆的工艺优势与制浆装备开发过程中的注意事项与创新点。With the implementation of China’s plastics restriction and solid waste import ban, the shortfall in the fibre material supplyhas reached over 30 million tonnes for China’s paper manufacturers. Compared to traditional chemical pulping process, chemi-mechanical pulping maximises the use of plant fibre components, which is a high yield pulping process. To learn more about high yield pulping, the Seminar invited Dr. Fang Guigang, academician of the International Academy of Wood Science and chief expert of the Chinese Academy of Forestry, to give a presentation. In the speech, he shared the advantages of chemi-mechanical pulping and innovations in the development of pulping equipment.

关 键 词：高得率制浆 化机浆 纤维原料 制浆工艺 装备配置 化学机械法制浆 供应缺口 我国造纸工业 

分 类 号：TS743.1[轻工技术与工程—制浆造纸工程]