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ILIAnalyst.gif  ILIAnalyst

Management and engineering calculations for Inline Inspection data.

ILIAnalyst automates the analysis and management of ILI information, allowing the user to quickly review the current or historically stored ILI data sets, apply pre-defined acceptance criteria, select anomalies for investigation, and create your excavation site documentation – all within a few hours from receiving the vendor report.

ILIAnalyst also records all the operational information about a tool run, such as tool specifications, contact details, inspection dates, inspected locations, inspected locations with bad data, tool velocity, interaction and burst-pressure algorithms used, and the pipe tally. It also allows the user to complete calculations such as burst pressure calculations (B31G, modified B31G and RSTRENG), generate a list of critical anomalies based on defined acceptance criteria and enable excavation results to be inputted to produce “predicted-vs-actual” plots.

ILIAnalyst Features

  • A single application to analyze MFL or caliper data from any ILI vendor.
  • Sort anomalies into various types by its footprint.
  • View all data associated with corrosion anomalies including call boxes.
  • Sentence anomalies based on criteria such as RPR, FPR, and field response times.
  • Automatically generate dig sheets.
  • Dig sheets can be customized to your corporate standard.
  • Estimate corrosion growth rates.
  • Grow anomalies for long range ILI program planning and optimization.
  • Keeps track of all repaired anomalies.
  • Plot unity charts based from excavation results.
  • POE analysis to support reassessment intervals.
  • QC clustering and calculations provided to by the ILI vendor.
  • Review anomalies via their orientation (clock position), depths, or RPR's in a variety of different ways. Filter and sort the dataset using criteria that you specify.
  • Visually review the defect data (call boxes and clusters).
  • Calculate corrosion rates.
  • Perform burst pressure calculations using B31G, Modified B31G (0.85dL) or Effective Area (LAPA) using your own interaction criteria.
  • Audit the quality of the data from the ILI tool vendor. Check clustering and burst pressure calculations.
  • Input results from excavations and generation of Unity plots showing “predicted-vs-actual” results.