Comparison of 3%-Cr steel and carbon steel corrosion behavior as well tubing materials in CO<sub>2</sub>–H<sub>2</sub>S environment

Pratesa, Yudha; Rizkia, Vika; Rahwinarni, Nuringtyas; Soedarsono, Johny Wahyuadi

doi:10.1080/01694243.2022.2148332

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2024

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Cited by 3 publications

References 36 publications

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Study on the mechanism and correlation of double-pit pitting in ductile iron IN625 laser cladding layer

Deng,

Li,

et al. 2024

Journal of Adhesion Science and Technology

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Study on the mechanism and correlation of double-pit pitting in ductile iron IN625 laser cladding layer

Deng,

Li,

et al. 2024

Journal of Adhesion Science and Technology

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Research on Novel High-Temperature Oilfield Water-Based Annulus Protection Fluid

Xie,

Tao,

Chen

et al. 2024

Preprint

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Effect of Boron on Microstructures and Low-Temperature Impact Toughness of Medium-Carbon CrMo Alloy Steels with Different Quenching Temperatures

Wang,

Wang

et al. 2024

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The effect of boron (B) on the microstructures and low-temperature impact toughness of medium-carbon CrMo steel quenched at 870~1050 °C and tempered at 600 °C was studied via Charpy impact testing and microstructure characterizations. The results showed that with an increasing B content from 0 to 50 ppm, the low-temperature impact toughness deteriorated significantly at quenching temperatures (Tq) lower than 950 °C but increased at a higher Tq of 1050 °C. Undissolved M2B particles remained and coarsened during the holding process due to the low Tq, decreasing the critical stress required for crack initiation and deteriorating the impact toughness accordingly. However, this detrimental effect of B could be mitigated by a higher Tq, and the favorable influences on the impact toughness improvement could be attributed to (1) the finer M2B particles formed during quenching effectively pinning the austenite grain boundaries (GBs), leading to a finer block size and a high density of high-angle grain boundaries, which reduced the critical stress for crack initiation; and (2) the fact that the coarsening of M23C6 on the GBs during tempering was slightly suppressed by the segregated B, eventually increasing the energy required for crack propagation. However, the degree of the favorable effect due to B was still lower than the negative effect of a high Tq.

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Comparison of 3%-Cr steel and carbon steel corrosion behavior as well tubing materials in CO₂–H₂S environment

Cited by 3 publications

References 36 publications

Study on the mechanism and correlation of double-pit pitting in ductile iron IN625 laser cladding layer

Study on the mechanism and correlation of double-pit pitting in ductile iron IN625 laser cladding layer

Research on Novel High-Temperature Oilfield Water-Based Annulus Protection Fluid

Effect of Boron on Microstructures and Low-Temperature Impact Toughness of Medium-Carbon CrMo Alloy Steels with Different Quenching Temperatures

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Comparison of 3%-Cr steel and carbon steel corrosion behavior as well tubing materials in CO2–H2S environment

Cited by 3 publications

References 36 publications

Study on the mechanism and correlation of double-pit pitting in ductile iron IN625 laser cladding layer

Study on the mechanism and correlation of double-pit pitting in ductile iron IN625 laser cladding layer

Research on Novel High-Temperature Oilfield Water-Based Annulus Protection Fluid

Effect of Boron on Microstructures and Low-Temperature Impact Toughness of Medium-Carbon CrMo Alloy Steels with Different Quenching Temperatures

Contact Info

Product

Resources

About

Comparison of 3%-Cr steel and carbon steel corrosion behavior as well tubing materials in CO₂–H₂S environment