Studying The Effect of Low Temperature on Adhesion Strength of Internal Lining Coating for Steel Liquid Gas Storage Tanks

Dr. Niveen Jamal Abdul kader; Dr. Hussain mohammed Yousif; Dr. Ahmed Mudafer  Hashim; Dr. Ahmed Ameed Zainalabdeen; Aseel Mahmood  Abd Allah

doi:10.52716/jprs.v8i3.252

Studying The Effect of Low Temperature on Adhesion Strength of Internal Lining Coating for Steel Liquid Gas Storage Tanks

Authors

Dr. Niveen Jamal Abdul kader Dep. of Materials Engineering, University of Technology
Dr. Hussain mohammed Yousif State Company for Steel Industries, Ministry of industry & mineral
Dr. Ahmed Mudafer Hashim Dep. of Mechanical Engineering, Al-Qadisiyah University
Dr. Ahmed Ameed Zainalabdeen Dep. of Materials Engineering, University of Technology
Aseel Mahmood Abd Allah Dep. of Materials Engineering, University of Technology

DOI:

https://doi.org/10.52716/jprs.v8i3.252

Abstract

Metal storage tanks for liquid gas are unstable at low temperature (below zero degree
centigrade), because the metal tends to be brittle and susceptible to crack. In this research
studying some physical properties such as shrinkage, adhesion force and coating layer thickness
of aluminum powder with ethyl silicate as a binder were performed. The results shown, that the
coating with such layer has excellent resistance to low temperature and impermeable to liquid
gas for example, propane, methane and nitrogen a suitable coating layer thickness is (5mm). The
data and results were optimized by using Taguchi / ANOVA Technique

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Published

2018-09-02

How to Cite

(1)

Abdul kader, D. N. J.; Yousif, D. H. mohammed; Hashim, D. A. M.; Zainalabdeen, D. A. A.; Abd Allah, A. M. Studying The Effect of Low Temperature on Adhesion Strength of Internal Lining Coating for Steel Liquid Gas Storage Tanks. Journal of Petroleum Research and Studies 2018, 8, 70-78.