Publications

Pipeline and Facility Integrity

Publications

Pipeline and Facility Integrity

Technical Publication
Extension and Validation of a Transient Fireball and Jet-Fire Framework for Buried Hydrogen and Blended-Natural Gas Pipelines.
Hydrogen | Energy Transition | Quantitative Risk Assessment | Pipeline and Facility Integrity
Unintended rupture and ignition of high-pressure natural gas, hydrogen, or blended-fuel pipelines can generate highly transient jet fires and fireballs […]
Technical Publication
Development of Strain Demand and Capacity Distributions to Use in Limit States Design for Geotechnical Loads
Pipelines | Geohazards | Reliability-based Design and Assessment | Structural Integrity | Pipeline and Facility Integrity
A limit states design approach for onshore pipelines has been developed as part of a multi-year joint industry project (JIP). […]
Technical Publication
Effect of Soil Variability on Strain Demand Associated with Moving Slopes
Pipelines | Geohazards | Reliability-based Design and Assessment | Structural Integrity | Pipeline and Facility Integrity
Assessment of strain demand is a critical component in strain-based design. The strain demand associated with moving slopes is influenced […]
Technical Publication
Revisiting The Risk
Pipelines | Quantitative Risk Assessment | Pipeline and Facility Integrity
Within the pipeline industry, there is a concerted push towards reducing the risks associated with the transportation of hazardous products. […]
Technical Publication
Analysis of Hazardous Liquid Pipeline Spill Volumes
Pipelines | Quantitative Risk Assessment | Spill Response | Pipeline and Facility Integrity
For onshore pipelines transporting hydrocarbon products that remain in a liquid state after release, environmental damage and socioeconomic impact are […]
Technical Publication
A Bayesian Network for Slope Geohazard Management of Buried Energy Pipelines
Upstream Oil & Gas | Geohazards | Reliability-based Design and Assessment | Structural Integrity | Pipeline and Facility Integrity
Geohazards are the ground movement events that impose displacement demands on buried pipelines leading to excessive inelastic strains and possible […]