Evaluation of TG202 inhibitor for tubing steels in 15% hydrochloric acid by electrochemical noise technology | Zendy

Mifeng Zhao | Zendy; Juantao Zhang | Zendy; Fangting Hu | Zendy; Anqing Fu | Zendy; Kelin Wang | Zendy; Chengxian Yin | Zendy; Juntao Yuan | Zendy; Lei Fan | Zendy

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Evaluation of TG202 inhibitor for tubing steels in 15% hydrochloric acid by electrochemical noise technology

Author(s) -

Mifeng Zhao,

Juantao Zhang,

Fangting Hu,

Anqing Fu,

Kelin Wang,

Chengxian Yin,

Juntao Yuan,

Lei Fan

Publication year - 2021

Publication title -

materials research express

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.383

H-Index - 35

ISSN - 2053-1591

DOI - 10.1088/2053-1591/ac433f

Subject(s) - hydrochloric acid , corrosion , materials science , electrochemical noise , metallurgy , martensitic stainless steel , electrochemistry , corrosion inhibitor , pitting corrosion , carbon steel , martensite , electrode , microstructure , chemistry

Acid fracturing is an effective technology for increasing oil and gas production. However, the acid will cause serious corrosion to the tubing. In this paper, the inhibition performance of the TG202 inhibitor for acidizing of high temperature and high-pressure gas wells on N80 carbon steel and 13Cr martensitic stainless-steel tubing in 15% hydrochloric acid was studied by electrochemical noise technology. The results showed that with the increase of TG202 inhibitor content, the noise resistance increased and the corrosion rate of tubing steel decreased. Under the same condition, the order of corrosion rate of tubing steels: 13Cr > HP-13Cr > N80 > P110. The pitting corrosion of HP-13Cr and 13Cr is significant. The research showed that the TG202 inhibitor had a protective effect on tubing during acidizing. The inhibition mechanism of the TG202 inhibitor was discussed.

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