Turn inspection and corrosion data into actionable integrity decisions.
The AccurAPM inspection data management system (IDMS) streamlines the collection, storage, review and analysis of inspection and corrosion data. It provides a structured environment for inspection planning, thickness measurement, corrosion analysis, anomaly management, recommendation tracking, deferrals and engineering calculations across the inspection lifecycle.
An inspection data management system is the system of record for inspection results — thickness readings, findings, anomalies, recommendations and their close-out — structured by equipment and condition monitoring location. Because the history is held in structure rather than in documents, AccurAPM calculates corrosion rates and remaining life from recorded measurements rather than estimating them.
Yes. AccurAPM provides baseline data loading templates for bulk import of inspection history and thickness data, and a data loader in the Core module for migration. AI-based extraction from PDF drawings and technical documents is also available to convert existing engineering documents into structured, linked records.
AccurAPM calculates corrosion rate from successive thickness measurements at each condition monitoring location, then derives remaining life against the calculated minimum thickness. MAWP and Tmin are calculated from ASME material data. Remaining life then feeds inspection planning, so the next inspection date follows from measured degradation rather than a fixed interval.
The thickness history and corrosion rates recorded in the IDMS are the inputs RBI uses for damage-factor and remaining-life calculations. The two modules share one asset register, so an inspection result updates the risk ranking without re-entering data.
Yes. AccurAPM deploys on the operator's own servers or on Azure; the IDMS and its inspection records stay inside the operator's network when deployed on-premises.
IDMS fits directly into the AccurAPM mechanical integrity workflow, linking field inspections and thickness readings with remaining-life evaluation, anomaly management, engineering recommendations and work execution.
Bring us your current integrity challenge, workflow or system landscape and we will show how IDMS fits into it.
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