Author:
Latypov O R,Tyusenkov A S
Abstract
Abstract
The main reason for the operation of oil pipelines is the corrosion of their materials. As a result of corrosion, the destruction of the pipeline, contributing to the leakage of oil, which pollutes the environment, accidents and disasters. The most corrosive areas are areas of high humidity, for example: swamps. In the Russian Federation, about 30 % of the transport network of oil pipelines passes through swampy soil. As the materials of oil pipelines, pipe steels are used, for example Steel of type 3 or 09Mn2Si. The article describes a method for studying the corrosion rate of pipe steels on a laboratory bench that simulates their operation in marshy soil. A comparison is made of the corrosion mechanisms of 09Mn2Si and Steel of type 3 steels in soils with a high content of hydrogen sulfide and the presence of microorganisms by empirical tests based on the above method. The results of gravimetric tests were evaluated and the conclusions were discussed.
Reference24 articles.
1. Influence of electrode potential on the depth of pitting corrosion in the surface structures of placed steel;Latypova;Nanotechnologies in Construction,2018
2. Method of controlling electrochemical parameters of oil industry processing liquids;Latypov;Chem. and Petroleum Eng.,2015
3. Reduction of Salt Deposits on the Surface of Oilfield Equipment by Management of Electrochemical Parameters of the Medium;Latypov;Chemical and Petroleum Eng.,2015
4. Protección de la tubería principal contra la corrosión en áreas complejas;Cueli;Ingeniería Mecánica,2019
5. Evaluation of the properties of alternative construction combined tube joints from heat exchanger tube grids made of steel 2Cr18Ni10Ti;Yakhin;Chem. and Petroleum Eng.,2019
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