ANALYSE improves on traditional RBI methods and delivers reduced inspection scopes, costs and POB by over 50% with consequent reductions in carbon emissions.
ANALYSE was developed with London University for Science & Technology as an alternative to RBI (Risk Based Inspection) which relies on estimating wall thickness loss using ultrasonic thickness measurements (UTM).
This ‘traditional’ approach is ineffective as evidenced by continuing loss of containment failures even though numerous readings are taken.
ANALYSE overcomes these limitations and needs far fewer readings to determine and avoid loss of containment.
Subsequently, inspection costs are significantly reduced, with improved safety and reduced carbon emissions through reduced POB (Persons on Board).
More resources can then be allocated to additional inspection, repair, and maintenance activities as required.
ANALYSE improves integrity assurance through the introduction of quantified confidence levels of the minimum probable thickness relative to wall thickness limits.
Danny Constantinis (Executive Chairman) of the EM&I Group, commented: “Receiving a UK patent for ANALYSE is excellent news and shows that EM&I is leading the way with our innovative technology.”
Read the latest issue of Oilfield Technology in full for free: Issue 4 2021
Oilfield Technology’s final issue of 2021 starts with a report from Rystad Energy focusing on the outlook for the upstream industry in the Middle East. The rest of the issue is dedicated to features covering production optimisation, drill bits, pipeline integrity, health and safety, and more.
Exclusive contributions come from Varel Energy Solutions, Rystad Energy, Gyrodata, 3X Engineering, Tracerco, Ulterra Drilling Technologies and more.
Read the article online at: https://www.oilfieldtechnology.com/offshore-and-subsea/16122021/emi-analyse-technology-granted-uk-patent/
You might also like
Offshore Energies UK says calls by politicians to impose UK windfall taxes on companies’ global profits risked misleading voters and consumers.