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03345 CORROSION AT HIGH CO2 PRESSURE

Picture for 03345 CORROSION AT HIGH CO2 PRESSURE
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Product Number: 51300-03345-SG
ISBN: 03345 2003 CP
Author: S. M. Hesjevik, S. Olsen, Statoil, Marion Seiersten
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In many years transport of dry liquefied CO2 has been carried out using pipelines made from low alloy carbon steel without any corrosion problems. Drying CO2 increases the handling cost and necessitate installation of additional equipment. The latter is especially important for offshore installations where space and weight of equipment are issues of concern. In the present work the corrosion rate on low alloy carbon steel exposed to water at very high CO2 pressures have been investigated. The effect of pH regulation and a film forming corrosion inhibitor have been tested as well. Keywords: Liquid CO2, carbon steel, pH regulation, inhibitor
In many years transport of dry liquefied CO2 has been carried out using pipelines made from low alloy carbon steel without any corrosion problems. Drying CO2 increases the handling cost and necessitate installation of additional equipment. The latter is especially important for offshore installations where space and weight of equipment are issues of concern. In the present work the corrosion rate on low alloy carbon steel exposed to water at very high CO2 pressures have been investigated. The effect of pH regulation and a film forming corrosion inhibitor have been tested as well. Keywords: Liquid CO2, carbon steel, pH regulation, inhibitor
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ISBN: 05551 2005 CP
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Product Number: 51300-06112-SG
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The literature has been reviewed with respect to information gained in the recent 20 years on CO2 corrosion of materials used in the oil and gas industry. The paper discusses the effect of materials related, medium-related and interface-related parameters on general (uniform) and localized corrosion.  Part II
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51318-11623-The Effect of High Partial Pressure of CO2 on the Corrosion Mechanism of Carbon Steel in H2O-CO2 Systems

Product Number: 51318-11623-SG
Author: Tatiana C. Almeida / Oscar R. Mattos / Rogaciano M. Moreira / Merlin C. E. Bandeira
Publication Date: 2018
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The corrosion mechanism of X65 carbon steel was evaluated in water environment by increasing CO2 partial pressure from 1 bar at 24 °C to 110 bar at 40 °C, reaching conditions that include water saturated with supercritical CO2.
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