Understanding the results of an ILI is key to a proper Response. Review of direct ILI signal and report data from an ILI run assists in mitigation plans to optimize time and resources when selecting digs. Sometimes an anomaly appears to be unique or is located in a difficult to repair location. Such anomalies require […]
ILI Unique Anomaly Interpretation Read More »
Harnessing ILI’s Potential In-line Inspection (ILI) is vital for maintaining pipeline safety and integrity. As ILI technologies advance, Kiefner has adopted cutting-edge software for deeper data analysis and accurate evaluations. LaserSure™: Precision Meets Technology Correlation of MFL based ILI predictions with locations of actual metal loss can be complicated when a high concentrationof metal loss
ILI Comparison Tools for Enhanced Pipeline Integrity Read More »
Importance of ILI In-line Inspection (ILI) remains pivotal in maintaining the safety and integrity of pipelines. By sensing, recording, analyzing, and reporting pipeline conditions, ILI provides valuable insights. However, ensuring its accuracy is crucial for reliable pipeline safety decisions. Challenges in ILI Correlation High concentrations of metal loss or complex metal loss shapes can introduce
ILI Qualification: Enhancing Pipeline Safety and Data Integrity Read More »
The Significance of ILI Interpretation Interpreting In-line Inspection (ILI) results is essential for determining the right course of action. Proper analysis helps prioritize interventions and resources, ensuring anomalies, especially those in challenging locations, are addressed appropriately. Key Anomaly Scenarios Addressed by Kiefner: Kiefner’s Approach to ILI Data Interpretation: At Kiefner, we’re focused on refining ILI
ILI Data Interpretation: Enhancing Pipeline Safety Through Informed Decision Making Read More »
Calculation Corrosion Growth Rates Using Consecutive ILI Results In-line inspections (ILI) are commonly implemented for the continued integrity management of pipelines, particularly in response to the ongoing threat of corrosion. The corrosion growth rate (CGR) plays an essential role in the optimization of re-inspection intervals. Our method of obtaining the CGR uses successive ILI runs
ILI Correlation using CorroSure Read More »