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在新闻纸废纸浆中添加超微粒子助留助滤剂的研究
引用本文:张赣霞,郭纬.在新闻纸废纸浆中添加超微粒子助留助滤剂的研究[J].造纸科学与技术,2006,25(6):81-83.
作者姓名:张赣霞  郭纬
作者单位:广东轻工职业技术学院,广州,510300
基金项目:广东省广州市技术创新专项资金企业技术难题招标项目
摘    要:在新闻纸废纸浆分别添加超微粒子双元及三元助留助滤剂,测定浆的Zeta电位及PCD胶体电荷量,留着率及滤水时间,优化最佳的助剂添加量。实验证明双元助滤助滤剂N1、N2的添加量均为0.4kg/t,Zeta电位为-5.9mV,PCD为-244.4ueq/L,留着率为75.37%,滤水时间为17.9s,协同效果最好。三元助留助滤剂。N1、N2的添加量均为0.3kg/t,N3的添加量为1.3kg/t时,Zeta电位为-4.4mY,PCD为-244.0ueq/L,留着率为81.34%,滤水时间为11.1s,效果最佳。

关 键 词:超微粒子助留助滤  Zeta电位  新闻纸废纸浆
文章编号:1671-4571(2006)06-0081-03

Study on Microparticle Retention and Drainage System Used in ONP
Zhang Ganxia,Guo Wei.Study on Microparticle Retention and Drainage System Used in ONP[J].Paper Science & Technology,2006,25(6):81-83.
Authors:Zhang Ganxia  Guo Wei
Abstract:Dual and ternary microparticle retention and drainage agents were added in the deinked ONP.PCD(particle charge detector),zeta potential detector and DFS(dynamics filtration system) were used as apparatuses in the experiment.The optimization results showed that in the dual-system,when the separating dosage of N1and N2 was(0.4)kg/t,zeta potential was-5.9mV,PCD was-244.4 ueq/L,retention was 75.37%,drainage time was 17.9s.The synergistic results showed that in the ternary microparticle system,when the separating dosage of N1and N2 was 0.3kg/t,N3 charges 1.3 kg/t,zeta potential was-4.4mV,PCD was-244 ueq/L,retention was 81.34%,drainage time was 11.1s.
Keywords:microparticle retention and drainage system  zeta potential  ONP
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