| The Piglet System |
L.J. Hans Gruitroij |
Intero Integrity |
Netherlands |
Pipeline Technology Conference 2007 |
Difficult to Inspect, Inline Inspection |
| Heavy wall natural gas lines inspection by inline inspection tools |
Karem Akcha |
Intero Integrity |
Netherlands |
Pipeline Technology Conference 2024 |
Inline Inspection |
| Circular Phased Array inspection for 6 - 10 inches pipelines |
Ries Augustijn |
Intero Integrity |
Netherlands |
Pipeline Technology Conference 2023 |
Inline Inspection, Integrity Management |
| Cost-effective ultrasonic inspection of large diameter pipelines: technology update and case study |
Ries Augustijn |
Intero Integrity |
Netherlands |
Pipeline Technology Conference 2020 |
Inline Inspection |
| New approach to the results of internal inspection |
Ales Brynych |
CEPS |
Czech Republic |
Pipeline Technology Conference 2015 |
Inline Inspection |
| Validation of EMAT ILI Technology for Gas Pipeline Crack Inspection: A Case Study for 20" |
Richard Kania |
TransCanada |
Canada |
Pipeline Technology Conference 2014 |
Inline Inspection, Crack Detection |
| Robotic In-Line Inspection of Unpiggable Pump Station Piping on Trans-Alaska Pipeline System (TAPS) |
Jonathan Minder |
Diakont |
Italy |
Pipeline Technology Conference 2016 |
Inline Inspection, Difficult to Inspect |
| Intelligent Solutions - Inspection of Non-piggable Pipelines by use of Tethered Tool Technology and Solutions |
Arild Solberg |
KTN |
Norway |
Pipeline Technology Conference 2014 |
Difficult to Inspect, Inline Inspection |
| Predicting the Future - Applying Corrosion Growth Rates Derived from Repeat ILI Runs |
Jane Dawson |
Baker Hughes |
United States |
Pipeline Technology Conference 2016 |
Corrosion, Inline Inspection |
| New Pig for Gas Pipeline Crack Inspections - Enhancements Derived from 5 Years’ Operational Experience |
Stephan Tappert |
Baker Hughes |
United States |
Pipeline Technology Conference 2008 |
Crack Detection, Inline Inspection |
| A Case Study for a New Approach to Manage the Risk of Girth Weld Cracking in a Modern NPS 40 X70/X80 Pipeline with a combination of high resolution MFL, AXISS™ and IMU In-Line Inspection Technology |
Dr. Mohamed ElSeify |
Baker Hughes |
United States |
Pipeline Technology Conference 2022 |
Inline Inspection |
| Validation of Latest Generation MFL In-Line Inspection Technology Leads to Improved Detection and Sizing Specification for Pinholes, Pitting, Axial Grooving and Axial Slotting |
Jürgen Ehrhardt |
Baker Hughes |
United States |
Pipeline Technology Conference 2010 |
Inline Inspection, Instrumentation |
| Ultrasonic Phased Array Crack Detection Accuracy Update |
Achim Hugger |
Baker Hughes |
United States |
Pipeline Technology Conference 2009 |
Crack Detection, Inline Inspection |
| A New Phased Array Sensor for Pipeline Inspection – Optimization and Quantitative Performance Evaluation |
Dr. Martin Spies |
Baker Hughes |
United States |
Pipeline Technology Conference 2021 |
Inline Inspection |
| Advancement of EMAT Inline Inspection Technology for Pipeline Integrity Management |
Stephan Tappert |
Baker Hughes |
United States |
Pipeline Technology Conference 2012 |
Inline Inspection |
| A Case Study How Reduced Uncertainties of Latest Enhancements in Ultrasonic Wall Measurement ILI Technology Benefit Engineering Criticality Assessments |
Stephan Tappert |
Baker Hughes |
United States |
Pipeline Technology Conference 2016 |
Inline Inspection |
| A case study – Improved efficiency of an integrity program using the EMAT technology |
Stephan Tappert |
Baker Hughes |
United States |
Pipeline Technology Conference 2022 |
Inline Inspection, Integrity Management |
| Exceeding performance standards of pipeline inspection and integrity with complex and challenging defects |
Geoffrey Hurd |
Baker Hughes |
United States |
Pipeline Technology Conference 2021 |
Inline Inspection, Integrity Management |
| Pipeline Bending Strain Assessment using ILI Tools: A Case Study |
Ian Murray |
Baker Hughes |
United States |
Pipeline Technology Conference 2015 |
Inline Inspection, Instrumentation |
| Case Study: Inspection of an oxygen pipeline in Germany using Magnetic Flux Leakage (MFL) during a refinery shutdown |
Jochen Ahlers |
Baker Hughes |
United States |
Pipeline Technology Conference 2019 |
Inline Inspection, Integrity Management |
| In Line Inspection of Both Axial and Bending Strains, a More Comprehensive Approach to Define Pipeline Strain Conditions |
Dr. Mohamed ElSeify |
Baker Hughes |
United States |
Pipeline Technology Conference 2020 |
Inline Inspection |
| Evolution of Triax Magnetic Flux Leakage Inspection for Mitigation of Spiral Weld Anomalies |
Martin Bluck |
Baker Hughes |
United States |
Pipeline Technology Conference 2011 |
Inline Inspection |
| Tool Solutions for Unpiggable Pipelines |
Jürgen Ehrhardt |
Baker Hughes |
United States |
Pipeline Technology Conference 2006 |
Difficult to Inspect, Inline Inspection |
| A Case Study How Reduced Uncertainties of Latest Generation of Ultrasonic Crack Detection ILI Technology Benefit Engineering Criticality Assessments |
Stephan Tappert |
Baker Hughes |
United States |
Pipeline Technology Conference 2019 |
Inline Inspection, Integrity Management |
| Validation of Latest Generation Emat In-Line Inspection Technology for SCC Management |
Stephan Tappert |
Baker Hughes |
United States |
Pipeline Technology Conference 2010 |
Inline Inspection, Stress Corrosion Cracking |
