Johannes Palmer

MFL Data Fusion: Enhancing Pipeline Integrity by Reducing Conservatism and Increasing Certainty

MFL Data Fusion: Enhancing Pipeline Integrity by Reducing Conservatism and Increasing Certainty
MFL Data Fusion: Enhancing Pipeline Integrity by Reducing Conservatism and Increasing Certainty
Magnetic Flux Leakage (MFL) technology has been widely used for pipeline inspection due to its reliability in detecting metal loss. However, unidirectional axial (MFL-A) and circumferential (MFL-C) tools have inherent limitations in detecting and sizing complex corrosion anomalies. These limitations often result in conservative reporting, increased...

Calculation of a laser-scan-like 3D defect profile from conventional MFL data

Calculation of a laser-scan-like 3D defect profile from conventional MFL data
Calculation of a laser-scan-like 3D defect profile from conventional MFL data
Calculation of a laser-scan-like 3D defect profile from conventional MFL data – For more-accur ate defect assessment and prediction of safe operating pressure. Reliable pipeline safe pressure prediction is increasingly required. Complex shaped volumetric metal loss is a challenge in this regard. Methodological In-line Inspection (ILI) restrictions...