Experiment on Nano-Modified Urushiol Titanium Anti-Corrosion Coating of the Top Heat Exchanger of Atmospheric Tower

Abstract:

Experiments were carried out on the heat resistance, corrosion-resistance and adhesion performance of the nano-modified urushiol titanium antiseptic paint on the top heat exchanger of Atmospheric Tower. Through the experiment, it can be found that the corrosion resistance in the environment of HCl-H2S-H2O can be effectively improved by adding a certain amount of nano-SiO2 into urushiol coating made of titanium the top heat exchanger of Atmospheric Tower for modification.

• Periodical: Advanced Materials Research (Volumes 396-398)
• Pages: 924-928
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.396-398.924
• Online since: November 2011
• Authors: Yu Guang Fan, Guo Qing Liu, Bing Chen, San Ping Zhou, Hong Xian Lin
• Keywords: Anti-Corrosion Coating, Nano-Modification, Top Heat Exchanger of Atmospheric Tower, Urushiol Titanium

References

[1] Al-anizi, Salamah S, Alghamdi and Abdulmalik A: United States Patent 7377039, (2008).

[2] G.Z. Qin, S. Wang and Z.M. Tian: Anti-corrosion Coating Technology and Equipment Application Handbook(China Petrochemical Press, China ,2004). (In Chinese)

[3] H.P. Liu, Y.W. Li and X.F. Liu: Nanoscience & Technology. Vol. 8 (2005):p.18 (In Chinese)

[4] G.Z. Cao: Nanostructures & Nanomaterials--Synthesis, Properties & Applications (Imperial College Press, England, 2004).

[5] W.L. Xing, C. Wei, Q.B. Chao and B.H. Jin: APPlied Surface Science. Vol. 217 (2003):p.16 (In Chinese)

[6] H.Y. Bai, W. Wei and J.L. Wang: Surface Technology. Vol. 6 (2003):p.59 (In Chinese)

[7] L.L. Yu, Y.J. Wang: Powder Technology. Vol. 123 (2002):p.194 (In Chinese)

[8] S.H. Zhou, S.C. Gan and B. Chen. :World Geology. Vol. 18 (1999):p.100 (In Chinese)

[9] Jesionowski T, Krysztafkiewicz A. Applied Surface Science. Vol. 172 (2001):p.18

[10] Jooho Moom, H.Takagi. Journal of Materials Science. Vol. 36 (2001):p.949