Leverages asset degradation mathematical models to accurately forecast alloy degradation to provide decision makers a platform to consider multiple options ahead of asset fabrication.
Forecasts service life and remaining life of field-exposed assets and aid fitness-for-purpose asset design, inspection, budgeting, and asset upgrades.
Assesses data and information in new and unique ways and provide asset decision makers such as inspectors, engineers, and managers timely and accurate asset information to reduce failures, unscheduled outages, and lost production downtimes.
Developed innovative effective solutions to the complex tasks of alloy and weld selection for assets; the solutions are robust, fit-for-purpose, fit-for-service, and adequate for the intended applications
Assesses the risk of changing operating conditions to asset health and provide timely accurate information to the operators to intervene and avert a future failure or prepare an asset upgrade.
Assists insurers with realistic risk assessments on the robustness and/or health status of Plant physical assets for realistic premium determination.
Assists attorneys with asset-failure dispute resolution programs by estimating service longevity of metallic components, failure timelimes based on design and use conditions, and by determining potential design flaws, flagging upcoming failures, and investigating defect and failure occurrences.
For corrosion degradation processes, corrodents currently assessed are:
- Hydrogen sulphide
- Hydrogen chloride
- Hydrogen bromide
- Hydrogen flouride
- Sulphuric acid
- Nitric acid
- Phosphoric acid
- Chromic acid
- Acetic acid
- Phormic acid
