DOI: http://www.doi.org/10.36719/2707-1146/13/32-35

AMEA akademik Y.H.Məmmədəliyev adına Neft-Kimya Prosesləri İnstitutu

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rufana.alizada93@gmail.com

texnika elmləri üzrə fəlsəfə doktoru, dosent

AMEA akademik Y.H.Məmmədəliyev adına Neft-Kimya Prosesləri İnstitutu

AMEA akademik Y.H.Məmmədəliyev adına Neft-Kimya Prosesləri İnstitutu

doktorant

AMEA akademik Y.H.Məmmədəliyev adına Neft-Kimya Prosesləri İnstitutu

magistr

AMEA akademik Y.H.Məmmədəliyev adına Neft-Kimya Prosesləri İnstitutu

Metal structures depending on the operating conditions, react with the aggressive part of the environment and as a result corrode. This corrosion not only leads to the loss of large amounts of money, but also to ecological problems. Corrosion processes require the development of economically efficient and environmentally safe, highly effective anti-corrosion materials. Therefore, the extension of the service life of metal equipment, the creation of corrosion inhibitors, conservation fluids and lubricants with different compositions to increase the quality and efficiency of work in production processes are promising areas. Extensive research of inhibitors as a means of protection against corrosion in conservation fluids is based on the economic and simple structure of the applied technology. Thus, when using this method, the addition of small amounts of substances with an inhibitory effect to the aggressive system, without any changes in the existing technological system is sufficient for long-term protection of the metal. Therefore, in modern times, the safest method to protect metals from corrosion is a passive protection method that provide inhibitors are widely used.