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10367 High Level Corrosion Risk Assessment Methodology for Oil and Gas Production Systems

Product Number: 51300-10367-SG
ISBN: 10367 2010 CP
Author: Steve Hodges, Kerry Spicer, Rachel Barson, Gareth John, Kirsten Oliver and Emily Tipton
Publication Date: 2010
$0.00
$20.00
$20.00
Assessing corrosion risks and developing appropriate inspection and mitigation measures forms a vital part of Asset Integrity Management (AIM) for operating any ageing asset. However, for many systems detailed information is often scarce and/or unreliable, which prevents or limits the application of many Risk Based Inspection (RBI) databases / software systems, which are “data hungry”. In order to overcome this limitation, and to allow corrosion risk assessment of

The system is designed to accept a range of data inputs including “engineering judgment”, summary of inspection data, monitoring data, predicted corrosion rates, etc as may be available; thereby overcoming problems with sparse / non-existent data, whilst still providing a logical, transparent and fully auditable system for later review, update and modification as may be necessary.

The system can be used to drive the development of corrosion monitoring, fluid sampling and inspection plans for process plant. The use of the combined corrosion risk assessment methodology and automated Inspection Plan development, avoids the need for labor intensive inspection driven integrity management systems where data or resources are not available.

The overall system is described together with examples of application to both ageing and new facilities.

Keywords: Integrity, Management, Corrosion, Risk, Assessment, RBI, Database
Assessing corrosion risks and developing appropriate inspection and mitigation measures forms a vital part of Asset Integrity Management (AIM) for operating any ageing asset. However, for many systems detailed information is often scarce and/or unreliable, which prevents or limits the application of many Risk Based Inspection (RBI) databases / software systems, which are “data hungry”. In order to overcome this limitation, and to allow corrosion risk assessment of

The system is designed to accept a range of data inputs including “engineering judgment”, summary of inspection data, monitoring data, predicted corrosion rates, etc as may be available; thereby overcoming problems with sparse / non-existent data, whilst still providing a logical, transparent and fully auditable system for later review, update and modification as may be necessary.

The system can be used to drive the development of corrosion monitoring, fluid sampling and inspection plans for process plant. The use of the combined corrosion risk assessment methodology and automated Inspection Plan development, avoids the need for labor intensive inspection driven integrity management systems where data or resources are not available.

The overall system is described together with examples of application to both ageing and new facilities.

Keywords: Integrity, Management, Corrosion, Risk, Assessment, RBI, Database
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