Performance evaluation of a natural and synthetic compound as corrosion inhibitors of API 51 X52 steel in hydrochloric acid media

MA Benghalia; C Fares; A Khadraoui; MH Meliani; Ime Bassey Obot; A Sorrour; M Dmytrakh; Z Azari

Performance evaluation of a natural and synthetic compound as corrosion inhibitors of API 51 X52 steel in hydrochloric acid media

MA Benghalia, C Fares, A Khadraoui, MH Meliani, Ime Bassey Obot, A Sorrour, M Dmytrakh, Z Azari

Interdisciplinary Research Center for Advanced Materials

Research output: Contribution to journal › Article › peer-review

Abstract

A comparative study of corrosion protection of pipeline steel API 5L X52 in hydrochloric acid solution was conducted between a synthetic commercial corrosion inhibitor and a green corrosion inhibitor extract from the leaves of Ruta Chalepensis (LERC). It has been found that LERC inhibiting ability is quite high and depends strongly on its concentration in the corrosive solution. At an elevated temperature (353K), the LERC inhibitor demonstrates higher effectiveness than the commercial inhibitor. The electrochemical study showed that the LERC inhibitor affects both the anodic and cathodic corrosion reactions. The LERC adsorption mechanism on steel surface was assessed and some thermodynamic parameters of its process were determined.

Original language	English
Journal	Moroccan Journal of Chemistry
State	Published - 2018

Cite this

@article{cd72ab4351a54066be7800bf9901b561,

title = "Performance evaluation of a natural and synthetic compound as corrosion inhibitors of API 51 X52 steel in hydrochloric acid media",

abstract = "A comparative study of corrosion protection of pipeline steel API 5L X52 in hydrochloric acid solution was conducted between a synthetic commercial corrosion inhibitor and a green corrosion inhibitor extract from the leaves of Ruta Chalepensis (LERC). It has been found that LERC inhibiting ability is quite high and depends strongly on its concentration in the corrosive solution. At an elevated temperature (353K), the LERC inhibitor demonstrates higher effectiveness than the commercial inhibitor. The electrochemical study showed that the LERC inhibitor affects both the anodic and cathodic corrosion reactions. The LERC adsorption mechanism on steel surface was assessed and some thermodynamic parameters of its process were determined.",

author = "MA Benghalia and C Fares and A Khadraoui and MH Meliani and Obot, \{Ime Bassey\} and A Sorrour and M Dmytrakh and Z Azari",

year = "2018",

language = "English",

}

TY - JOUR

T1 - Performance evaluation of a natural and synthetic compound as corrosion inhibitors of API 51 X52 steel in hydrochloric acid media

AU - Benghalia, MA

AU - Fares, C

AU - Khadraoui, A

AU - Meliani, MH

AU - Obot, Ime Bassey

AU - Sorrour, A

AU - Dmytrakh, M

AU - Azari, Z

PY - 2018

Y1 - 2018

N2 - A comparative study of corrosion protection of pipeline steel API 5L X52 in hydrochloric acid solution was conducted between a synthetic commercial corrosion inhibitor and a green corrosion inhibitor extract from the leaves of Ruta Chalepensis (LERC). It has been found that LERC inhibiting ability is quite high and depends strongly on its concentration in the corrosive solution. At an elevated temperature (353K), the LERC inhibitor demonstrates higher effectiveness than the commercial inhibitor. The electrochemical study showed that the LERC inhibitor affects both the anodic and cathodic corrosion reactions. The LERC adsorption mechanism on steel surface was assessed and some thermodynamic parameters of its process were determined.

AB - A comparative study of corrosion protection of pipeline steel API 5L X52 in hydrochloric acid solution was conducted between a synthetic commercial corrosion inhibitor and a green corrosion inhibitor extract from the leaves of Ruta Chalepensis (LERC). It has been found that LERC inhibiting ability is quite high and depends strongly on its concentration in the corrosive solution. At an elevated temperature (353K), the LERC inhibitor demonstrates higher effectiveness than the commercial inhibitor. The electrochemical study showed that the LERC inhibitor affects both the anodic and cathodic corrosion reactions. The LERC adsorption mechanism on steel surface was assessed and some thermodynamic parameters of its process were determined.

M3 - Article

SN - 2351-812X

JO - Moroccan Journal of Chemistry

JF - Moroccan Journal of Chemistry

ER -

Performance evaluation of a natural and synthetic compound as corrosion inhibitors of API 51 X52 steel in hydrochloric acid media

Abstract

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