NDLI: Third-Party Damage Model for Gas Distribution Pipelines

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Are Pipelines Being Held to an Unreasonably High Standard of Performance?

Operational Change Assessments: A Proactive Approach to Managing Pipeline Integrity

Are Integrity Management Programs Making a Difference?

Implementing API RP 1173, Pipeline Safety Management Systems: Tools and Resources to Facilitate Industry Implementation

Is the Push for More Prescriptive Regulation Making Us Less Safe?

Is Public Safety Impacted by the Multiple Regulatory Regimes for Gas Pipelines and Networks?

Compliance Oversight of Operators’ Integrity Management Program for Pipelines: A Risk Based Evaluation Approach Incorporating Safety Culture

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Third-Party Damage Model for Gas Distribution Pipelines

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Application of In-Line Inspection and Failure Data to Reduce Subjectivity of Risk Model Scores for Uninspected Pipelines

An Update to the Recommended UKOPA External Interference Frequency Prediction Model and Pipeline Damage Distributions

Guidelines for Quantitative Risk Model Development

Development of Strain Demand and Capacity Distributions to Use in Limit States Design for Geotechnical Loads

Optimization of Hydrate Management in Deepwater Gas Well Testing Operations

Comparative Study on Atmospheric Temperature Models for the Buried Hot Oil Pipeline

A Simplified Simulation Model for Buried Hot Oil Pipeline Temperature Field During Shutdown

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Third-Party Damage Model for Gas Distribution Pipelines

Content Provider	The American Society of Mechanical Engineers (ASME) Digital Collection
Author	Joseph, S. Santarelli Zhou, Wenxing Dudley-Tatsu, Carrie
Copyright Year	2018
Abstract	Third-party damage (TPD) is any damage to underground infrastructure that occurs during work unrelated to the asset. In 2015, there were 10,107 TPD incidents in Canada causing over a billion dollars in estimated damage. TPD is the leading cause of failure for distribution gas pipelines; since distribution pipelines are generally located in areas with high population densities, TPD has significant safety and economic implications. In this study, a probabilistic model is developed to qualify the probability of failure of distribution pipelines due to TPD. The model consists of a fault tree model to quantify the probability of hit given the occurrence of third-party excavation activities and the methodology to evaluate the probability of failure given hit. Fault tree analysis (FTA) is a top down, deductive failure analysis method which uses Boolean logic to combine a series of basic events to analyze the state of a system. Earlier prior research demonstrated the ability of a FTA to quantify the probability of TPD occurring on natural gas transmission pipeline systems. These models allow for a quantitative analysis of preventative measures and, in conjunction with current practices, facilitate a predictive method to plan and optimize resource allocation for damage mitigation and emergency preparedness. The developed TPD model is validated using the data provided from a region in Southwest Ontario. The model will provide distribution companies with a practical tool to identify third-party damage hot spots, develop proactive third-party damage prevention measures, and prioritize damage repair activities using a risk-based approach.
Sponsorship	Pipeline Division
File Format	PDF
ISBN	9780791851876
DOI	10.1115/IPC2018-78400
Volume Number	Volume 2: Pipeline Safety Management Systems; Project Management, Design, Construction, and Environmental Issues; Strain Based Design; Risk and Reliability; Northern Offshore and Production Pipelines
Conference Proceedings	2018 12th International Pipeline Conference
Language	English
Publisher Date	2018-09-24
Publisher Place	Calgary, Alberta, Canada
Access Restriction	Subscribed
Subject Keyword	Pipelines Resource allocation Probability Risk Maintenance Temperature programmed desorption Pipeline systems Failure analysis Emergency preparedness Safety Damage Failure Natural gas
Content Type	Text
Resource Type	Article

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