Application of Nano-Materials as Synergistic Retention Aid in Paper Making

Abstract:

Various negatively charged and positively charged inorganic nano-materials have been suggested to constitute the so-called microparticle retention systems with cationic or anionic polymers. Anionic microparticle retention systems consisted of cationic polymers and negatively charged inorganic nano-materials with various aspect ratios were reviewed while their working mechanism were analyzed. Cationic microparticle retention systems made up of either naturally or organo-modified cationic nano-materials were introduced.

• Periodical: Advanced Materials Research (Volumes 233-235)
• Pages: 132-136
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.233-235.132
• Online since: May 2011
• Authors: Wen Xia Liu, Feng Shan Zhang

References

[1] W.E. Scott: Tappi J. Vol.69 (11) (1986), p.30

[2] R.I.S. Gill: Paper Technology Vol 32 (8) (1991), p.34

[3] L. Wagberg, M. Bjorklund, I. Asell and A. Swerin: Tappi J. Vol 79 (6) (1996), p.157

[4] J.H. Shin, S.H. Han, C. Sohn, K. Say and S. Mah: Tappi J. Vol 80 (10) (1997), p.179

[5] J.H. Shin, S.H. Han, C. Sohn, K. Say and S. Mah: Tappi J. Vol 80 (10) (1997), p.185

[6] A. Swerin, G. Glad-Nordmark and U. Sjödin: Paperi Ja Puu Vol 77 (4) (1995), p.215

[7] B. Carre: Nord. Pulp Paper Res. J. Vol 8 (1) (1993), p.21

[8] S. Main and P. Simonson: Tappi J. Vol 82(4) (1999), p.78

[9] T. Asselman, and G. Garnier: Colloids and Surfaces A Vol170 (2000), p.79

[10] W. Liu, S. Wang and J. Li: Transactions of China Pulp and Paper Vol 19 (1) (2004), p.97 (in Chinese)

[11] K. Andersson and E. Lindgren: Nord. Pulp Paper Res. J. Vol 11(1) (1996), p.15

[12] T. Asselman and G. Garnier: J. Pulp. Pap. Sci. Vol 27 (8) (2001), p.273

[13] Y. Dong and W. Liu: China Pulp and Paper Vol 25 (12) (2006), p.19 (in Chinese)

[14] R.H. Moffett: Tappi J. Vol 77(12) (1994), p.133

[15] H.J. Bixler and S. Peats, U.S. Patent 5,178,730. (1993)

[16] W. Zhou, H. Liu, R.I. Boughton, G. Du, J. Lin, J. Wang and D. Liu: J. Mater. Chem. Vol 20 (2010), p.5993

[17] X. Zhang and W. Liu: Bioresources Vol 5 (2010), p.1895

[18] R.M. Covarrubias, US patent 6,770,170. (2004)

[19] C. Ovenden and H. Xiao: Colloids and Surfaces A Vol 197 (2002), p.225

[20] C. Ovenden, H. Xiao and N. Wiseman: Tappi J. Vol 83 (3) (2000), p.80

[21] S. Wang and W. Liu: Paper Chemicals Vol 16(3) (2004), p.10 (in Chinese)

[22] S. Wang and W. Liu: Transactions of China Pulp and Paper Vol 19 (1) (2004), p.66 (in Chinese)

[23] S. Wang and W. Liu: Transactions of China Pulp and Paper Vol 19 (1) (2004), p.89 (in Chinese)

[24] G. Yang and W. Liu: China Pulp and Paper Industry Vol 28 (12) (2007), p.63 (in Chinese)

[25] G. Yang, W. Liu and X. Xu: Pulp and Paper Making Vol 26 (6) (2007), p.59 (in Chinese)

[26] G. Yang, W. Liu, Q. Liu and H. Qu: Non-Metallic Mines Vol 32 (1) (2009), p.31 (in Chinese)

[27] W. Liu, Y. Ni and H. Xiao: J. Pulp Paper Sci. Vol 25 (2003), p.145

[28] N. Cezar and H. Xiao: Ind. Eng. Chem. Res. Vol 44 (2005), p.539

[29] H. Xiao and N. Cezar: J. Colloid Interface Sci. Vol 267 (2003), p.343

[30] L. Huang, H. Xiao and Y. Ni: Separation and Purification Technology Vol 49 (2006), p.264