| Use of Artificial Intelligence for the Identification of Hazard Potential and Risk Analysis |
Jens Focke |
Esri Deutschland |
Germany |
Pipeline Technology Conference 2026 |
| Sizing Optimization of High-Pressure Gas Pipelines Subjected to Seismic Fault Rupture Geohazard |
Nikolaos Makrakis |
Technical University of Crete |
Greece |
Pipeline Technology Conference 2026 |
| Distress of pipelines due to ground movements and failures under static and seismic conditions |
Prodromos Psarropoulos |
National Technical University of Athens |
Greece |
Pipeline Technology Conference 2026 |
| Advancement of ILI based Stress Measurement technology and its application in Comprehensive Geohazard Management Systems and Assessment |
Ryan Louie |
Baker Hughes |
United States |
Pipeline Technology Conference 2026 |
| Pipeline integrity for an ever-changing planet |
Prodromos Psarropoulos |
National Technical University of Athens |
Greece |
Pipeline Technology Conference Asia 2025 |
| Advancing Towards Proactive Geohazard Management: Integrating Inertial Mapping Units in Cleaning Tools in the Ocensa Pipeline |
Lizeth Barrero |
ROSEN Group |
Switzerland |
Pipeline Technology Conference 2025 |
| Solutions Adopted for Submerged Support of a Pipeline subject to Large Free Span |
João Duarte Guimarães Neto |
Petrobras |
Brazil |
Pipeline Technology Conference 2025 |
| Developing a Seismic Hazard Monitoring & Earthquake Impact Assessment system for the Trans Adriatic Pipeline: The TAP Virtual Seismic Monitoring System (TAP-VSMS) |
Theodoros Stimaratzis |
Trans Adriatic Pipeline (TAP) |
Switzerland |
Pipeline Technology Conference 2025 |
| Development of ILI Tool and Specifically Robust Ultrasonic Probes for the Assessment of Crack Type Anomalies in Ammonia Carrying Pipelines |
Andreas Mück |
SONOTEC |
Germany |
Pipeline Technology Conference 2025 |
| Monitoring of Geohazards for Preventative Pipeline Integrity Management Using High Fidelity Distributed Fiber Optic Sensing and Machine Learning |
Steven Koles |
Hifi |
Canada |
Pipeline Technology Conference 2025 |
| Applying Machine Learning to Geohazard Management: efficient assessment of pipeline watercourse geohazards by learning from 3 million kilometer-years of geohazard field inspections |
Aron Zahradka |
Cambio Earth Systems |
Canada |
Pipeline Technology Conference 2025 |
| Rapid response to geohazard threats in a changing climate |
Andrew Wilde |
ROSEN Group |
Switzerland |
Pipeline Technology Conference 2025 |
| A Case Study – Comprehensive Pipeline Strain Assessment for Management of Land Subsidence |
Stefan Klein |
GASCADE Gastransport |
Germany |
Pipeline Technology Conference 2025 |
| An Efficient Measure to Mitigate the Response of High-Pressure Gas Pipelines Crossing Potentially Unstable Slopes |
Nikolaos Makrakis |
Technical University of Crete |
Greece |
Pipeline Technology Conference 2025 |
| Implementation of a Fiber Optic-Based 3D Strain Monitoring System on a Gas Pipeline |
Cristian Grecco |
Omnisens |
Switzerland |
Pipeline Technology Conference 2025 |
