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APPLICATION OF BORON MODIFIED SILICA SOL ON RETENTION AND DRAINAGE
作者姓名:Jinxia Ma  Yuxiu Peng  Zhongzheng LiCollege of Chemical Engineering  Nanjing Forestry University  Nanjing  
作者单位:Jinxia Ma,Yuxiu Peng,Zhongzheng LiCollege of Chemical Engineering,Nanjing Forestry University,Nanjing,210037
摘    要:INTRODUCTIONRecently with the high speed, large-scale develop-ment of papermaking, in the manufacture of paper and paperboard conventional single and dual reten-tion and drainage systems cannot obtain satisfying re-tention and drainage. So in 1980 microparticulate systems appeared. Because of its superiority such as good retention effectiveness on fine and chemicals, improving drainage and paper formation, reducing waste water and enhancing the concentration of white water for good recover…


APPLICATION OF BORON MODIFIED SILICA SOL ON RETENTION AND DRAINAGE
Jinxia Ma,Yuxiu Peng,Zhongzheng LiCollege of Chemical Engineering,Nanjing Forestry University,Nanjing,.APPLICATION OF BORON MODIFIED SILICA SOL ON RETENTION AND DRAINAGE[J].Journal of Tianjin University of Science & Technology,2004,19(Z1).
Authors:Jinxia Ma  Yuxiu Peng  Zhongzheng Li
Affiliation:College of Chemical Engineering, Nanjing Forestry University, Nanjing, 210037
Abstract:In this paper it was studied that these dosage effects of CPAM, cationic starch?boron modified silica sol(BMS), Al2(SO4)3, pH value and electrolyte on the retention and drainage of different microparticulate systems including CPAM, cationic starch and boron silica sol. The research results indicated that CPAM had no good retention when used with boron silica sol. The best retention efficiency was the microparticulate system of CPAM + cationic starch with boron modified silica sol; Secondly was that of cationic starch with boron modified silica sol; The worst was that of CPAM with boron modified silica sol. The retention efficiency had no relation with the addition order between CPAM and cationic starch. It was also found that the microparticulate retention system of boron modified silica sol could be used in alum-rosin sizing and in acidity, neutral or alkaline papermaking conditions. This system also could be used with close circulate water so that it could reduce the water pollution and waste.
Keywords:microparticulate  retention and drainage  boron modified silica sol
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