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INTEGRATED PROTECTION OF PIPELINES USING SILICATE MATERIALS
Abstract
All used oil products are currently transported through pipelines. Pipeline breakthroughs cause great economic and environmental damage. Up to 60% of all damage is due to corrosion, the main causes of which are ground moisture and transported substances. Under their influence, the structure of the metal changes, as a result of which the crystal lattice is destroyed and the metal "vanishes" from the surface of the pipe. The main method to prevent corrosion is passive protection - creating an insulating coating between the metal and the medium. Taking into account the Russian oil pipeline network size, this paper presents the results of developing a technology for integrated (external and internal) protection of pipelines. Internal protection is provided through the application of glass-enamel coatings, external protection - through the use of foam glass materials. The synthesis of both types of materials is based on the use of local natural raw materials. In the article, the technology of the developed materials synthesis is described, the optimal initial compositions are examined, the structure, composition, and properties of the synthesized materials are studied. Recommendations are given on the application of the developed technology for integrated pipeline protection.
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References11
Lazutkina O.R., Kazak A.K., Temereva A.A., Nedopolz S. O., Glass enamel for steel based on diatomite material, Glass and Ceramics, vol. 63/Issue 5 6, pp 170 171, 2006.
Lazutkina O.R., Kazak A.K., Temereva A.A., Nedopolz S. O., Prospects of using diatomite material from the Sverdlovsk Region in enamelling production, Glass and Ceramics, vol. 63/Issue 3 4, pp 97 98, 2006.
Ryabova A.V., Yatsenko E.A., Klimova L.V., Goltsman B.M., Fanda A.Yu., Protection of steel pipelines with glass-enamel coatings based on silica-containing raw materials of the far east of Russia, International Journal of Mechanical Engineering and Technology, vol. 9/Issue 10, pp 769 774, 2018.
Yatsenko E.A., Goltsman B.M., Ryabova A.V., Complex protection of pipelines using silicate materials based on local raw materials of the Far East, Materials Science Forum, Vol. 945, pp 46-52, 2019.
Berlin A. A. Basin V.E. Osnovy adgezii polimerov (Basics of Polymer Adhesion) Moscow, 1974, p. 392. (In Russian).
da Silva R.C., Kubaski E.T., Tenório-Neto E.T. et al., Foam glass using sodium hydroxide as foaming agent: Study on the reaction mechanism in soda-lime glass matrix, Journal of Non-Crystalline Solids, vol. 511, pp 177-182, 2019.
Roggendorf H., Böschel D., Trempler J., Structural evolution of sodium silicate solutions dried to amorphous solids, Journal of Non-Crystalline Solids, vol. 293- 295. pp 752 757, 2001.
Shill F. Penosteklo (Foam Glass), Moscow, 1965, p. 307 (In Russian).
Demidovich B. K. Proizvodstvo i primenenie penostekla (Production and Application of Foam Glass), Minsk, 1972. p. 248. (In Russian).
Petersen R.R., König J., Yue Y., The viscosity window of the silicate glass foam production, Journal of Non-Crystalline Solids, vol. 456, pp 49 54, 2017.
Appen A. A. Khimiya Stekla (Chemistry of Glass), Leningrad, 1970, p. 350. (In Russian).
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Number of times cited according to Crossref: 3
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