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03527 CORROSION FATIGUE AND NEAR-NEUTRAL pH STRESS CORROSION CRACKING OF PIPELINE STEEL IN VERY DILUTE CARBONATE/BICARBONATE WITH AND WITHOUT THE PRESENCE OF HYDROGEN SULFIDE USING THE COMPLIANCE

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  • 03527 CORROSION FATIGUE AND NEAR-NEUTRAL pH STRESS CORROSION CRACKING OF PIPELINE STEEL IN VERY DILUTE CARBONATE/BICARBONATE WITH AND WITHOUT THE PRESENCE OF HYDROGEN SULFIDE USING THE COMPLIANCE
Picture for 03527 CORROSION FATIGUE AND NEAR-NEUTRAL
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Product Number: 51300-03527-SG
ISBN: 03527 2003 CP
Author: R.L. Eadie, K.E. Szklarz, R.L. Sutherby
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Crack advance has been studied in a X-70 pipeline steel, using the compliance technique. The electrolyte was very dilute brine bubbled with 10% carbon dioxide. Cracking rates were studied at a range of frequencies and R-values. The R-values simulated typical high-pressure gas service, but the frequency used was significantly higher. Similar testing was carried out in the presence of a 1% hydrogen sulfide using the Shell Canada sour gas test facility. The crack advance observed in dilute brine bubbled with 10% carbon dioxide could be explained using the rates of corrosion fatigue and a threshold...... Keywords: environmentally assisted cracking, external stress cracking, fatigue, corrosion fatigue, near-neutral pH stress corrosion cracking, hydrogen sulfide (H2S), carbon dioxide (CO2), pipeline steel.
Crack advance has been studied in a X-70 pipeline steel, using the compliance technique. The electrolyte was very dilute brine bubbled with 10% carbon dioxide. Cracking rates were studied at a range of frequencies and R-values. The R-values simulated typical high-pressure gas service, but the frequency used was significantly higher. Similar testing was carried out in the presence of a 1% hydrogen sulfide using the Shell Canada sour gas test facility. The crack advance observed in dilute brine bubbled with 10% carbon dioxide could be explained using the rates of corrosion fatigue and a threshold...... Keywords: environmentally assisted cracking, external stress cracking, fatigue, corrosion fatigue, near-neutral pH stress corrosion cracking, hydrogen sulfide (H2S), carbon dioxide (CO2), pipeline steel.
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