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Proceedings Papers

Proceedings Volume Cover
2022 14th International Pipeline Conference
September 26–30, 2022
Calgary, Alberta, Canada
Conference Sponsors:
  • Pipeline Division
ISBN:
978-0-7918-8656-4
Volume 1: Pipeline Safety Management Systems; Project Management, Design, Construction, and Environmental Issues; Strain-Based Design and Assessment; Risk and Reliability; Emerging Fuels and Greenhouse Gas Emissions

Front Matter

IPC2022 Front Matter
IPC 2022; V001T00A001https://doi.org/10.1115/IPC2022-FM1
View Articletitled, IPC2022 Front Matter
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Pipeline Safety Management Systems

Competency

Building Digital Competencies and Cultivating Innovation in an Integrity Environment
Karmun Doucette, Janine Woo
IPC 2022; V001T01A001https://doi.org/10.1115/IPC2022-87051
View Articletitled, Building Digital Competencies and Cultivating Innovation in an Integrity Environment
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Topics: Competencies , Innovation , Safety , Inspection , Performance , Teams , Computer software , Ethics , Leadership , Machine learning
The Future Pipeline Engineer: Educated, Trained, and Qualified in a Virtual World
Michelle Unger, Karen Collins, Phil Hopkins
IPC 2022; V001T01A002https://doi.org/10.1115/IPC2022-87100
View Articletitled, The Future Pipeline Engineer: Educated, Trained, and Qualified in a Virtual World
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Topics: Engineers , Pipelines , Accreditation , Education , Pipeline integrity , Switches , American Petroleum Institute , Competencies , Computer software , Engineering standards

Industry/Pipeline Performance

CSA EXP16: Human and Organizational Factors for Optimal Pipeline Performance
Claudine Bradley, Sue Capper
IPC 2022; V001T01A003https://doi.org/10.1115/IPC2022-86832
View Articletitled, CSA EXP16: Human and Organizational Factors for Optimal Pipeline Performance
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Topics: Pipelines , Accidents , Consulting practices , Cycles , Engineering disciplines , Explosions , Fire , Hazards , Human factors , Leadership
Management System Enabled ESG Performance
Mark S. Jean, Eric Grant
IPC 2022; V001T01A004https://doi.org/10.1115/IPC2022-86870
View Articletitled, Management System Enabled ESG Performance
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Topics: Accounting , Climate , Columns (Structural) , Insurance , Leadership , Pipelines , Risk , Sustainability , Transparency

Pipeline Safety/Integrity

Pipeline Repair Planning Using a Digital Environment to Improve Integrity Tasks
William Sharman, Phillip Sander, Owen Hall, Jonathan Martin, John Spurlock
IPC 2022; V001T01A005https://doi.org/10.1115/IPC2022-87094
View Articletitled, Pipeline Repair Planning Using a Digital Environment to Improve Integrity Tasks
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Topics: Maintenance , Pipelines , Engineers , Inspection , Algorithms , Computer software , Pipeline integrity management
Ingenuity and Curiosity to Supercharge Your Pipeline Safety Management System
Frank Gareau, Arash Ilbagi, Brian Dew
IPC 2022; V001T01A006https://doi.org/10.1115/IPC2022-87750
View Articletitled, Ingenuity and Curiosity to Supercharge Your Pipeline Safety Management System
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Topics: Pipelines , Safety
Reframing PSMS in the Context of Operational Risk Management and ESG Sustainability
Michael Marshall, Martin Fingerhut
IPC 2022; V001T01A007https://doi.org/10.1115/IPC2022-87773
View Articletitled, Reframing PSMS in the Context of Operational Risk Management and ESG Sustainability
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Topics: American Petroleum Institute , Pipelines , Risk management , Safety , Sustainability

Risk-Based/Informed Decision Making

Risk Based Asset Management Model for a Natural Gas Transmission Pipeline
Martin Hommes, Eric Jager, Paul Kassenberg, Oleg Borisov, Jan Ribberink
IPC 2022; V001T01A008https://doi.org/10.1115/IPC2022-85980
View Articletitled, Risk Based Asset Management Model for a Natural Gas Transmission Pipeline
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Topics: Natural gas , Pipelines , Risk
Risk-Based Hoop Stress Factors for Pressure Design
Riski Adianto, Maher Nessim, Balek Ngandu
IPC 2022; V001T01A009https://doi.org/10.1115/IPC2022-86815
View Articletitled, Risk-Based Hoop Stress Factors for Pressure Design
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Topics: Design , Hoop stress , Pressure , Risk , Safety
Learnings From Implementing an API 1173 Compliant Management System
Dale Potter, Mark S. Jean
IPC 2022; V001T01A010https://doi.org/10.1115/IPC2022-86868
View Articletitled, Learnings From Implementing an API 1173 Compliant Management System
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Topics: American Petroleum Institute , Pipelines , Safety
A Risk-Based Safety Class System for Onshore Pipelines
Maher Nessim, Mark Stephens, Howard Yue
IPC 2022; V001T01A011https://doi.org/10.1115/IPC2022-87099
View Articletitled, A Risk-Based Safety Class System for Onshore Pipelines
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Topics: Design , Pipelines , Pressure , Risk , Safety
A Risk-Based Design Approach for Uncased Pipe Under Roads and Railways
Hafeez Nathoo, Maher Nessim, Mark Stephens
IPC 2022; V001T01A012https://doi.org/10.1115/IPC2022-87102
View Articletitled, A Risk-Based Design Approach for Uncased Pipe Under Roads and Railways
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Topics: Design , Pipes , Pressure , Railroads , Risk-based design , Roads
Diagnosis and Recognition of Pipeline Damage Defects Based on Neural Network Algorithm
Min Zhang, Yanbao Guo, Deguo Wang, Qiang Du
IPC 2022; V001T01A013https://doi.org/10.1115/IPC2022-87163
View Articletitled, Diagnosis and Recognition of Pipeline Damage Defects Based on Neural Network Algorithm
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Topics: Algorithms , Artificial neural networks , Damage , Pipelines , Safety

Project Management, Design, Construction, and Environmental Issues

Project Construction

Fatigue Analysis of Pipe Hammering During Construction
Roger Chen, Joseph Anthony, Kenny Farrow
IPC 2022; V001T02A001https://doi.org/10.1115/IPC2022-86754
View Articletitled, Fatigue Analysis of Pipe Hammering During Construction
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Topics: Construction , Fatigue analysis , Pipes
Full-Scale Coating Abrasion Test to Supplement Laboratory Testing
David B. Futch, David D'Ambrosio
IPC 2022; V001T02A002https://doi.org/10.1115/IPC2022-87106
View Articletitled, Full-Scale Coating Abrasion Test to Supplement Laboratory Testing
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Topics: Abrasion , Coatings , Construction , Testing
Effectiveness of Subsurface Drainage for Mitigation of Landslides Affecting Pipelines
Mohammad Rashidi, Ali Ebrahimi, Arash Mosaiebian
IPC 2022; V001T02A003https://doi.org/10.1115/IPC2022-87107
View Articletitled, Effectiveness of Subsurface Drainage for Mitigation of Landslides Affecting Pipelines
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Topics: Drainage , Landslides , Pipelines , Stability
Settlement Risk Assessment and Monitoring for Direct Pipe® Construction Beneath Critical Infrastructure
Urso A. Campos, Jonathan L. Robison, Gary W. Castleberry, Amin Azimi
IPC 2022; V001T02A004https://doi.org/10.1115/IPC2022-87129
View Articletitled, Settlement Risk Assessment and Monitoring for Direct Pipe® Construction Beneath Critical Infrastructure
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Topics: Construction , Pipes , Risk assessment , Trenchless technology , Tunnel construction , Horizontal directional drilling , Finite element analysis , Pipeline construction , Pipelines , Railroads
Exploratory Data Analyses on CFRP Wrapped HDD Overbend Subjected to Combined Loading
Farhad Davaripour, Kshama Roy, Pooneh Maghoul
IPC 2022; V001T02A005https://doi.org/10.1115/IPC2022-87299
View Articletitled, Exploratory Data Analyses on CFRP Wrapped HDD Overbend Subjected to Combined Loading
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Topics: Carbon reinforced plastics , Horizontal directional drilling , Stress , Fibers , Finite element analysis , Pipelines , Pipes , Pressure , Construction , Deformation

Project Design

Pump Station Design II: A Tale of Two Pump Stations
Jim Horner
IPC 2022; V001T02A006https://doi.org/10.1115/IPC2022-81585
View Articletitled, Pump Station Design II: A Tale of Two Pump Stations
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Topics: Computational fluid dynamics , Design , Erosion , Finite element analysis , Pumps , Pipes , Fatigue , Pressure , Turbulence , Construction
Finite Element Analysis of Cold Field Bends for Sour Service Applications
Ismael Ripoll, Carlos Sicilia, Kevin Williams
IPC 2022; V001T02A007https://doi.org/10.1115/IPC2022-83791
View Articletitled, Finite Element Analysis of Cold Field Bends for Sour Service Applications
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Topics: Finite element analysis , Fitness-for-service , Machinery , Stress
Assessing Soil Corrosivity for Buried Structural Steel: Field Study
Yannick Beauregard, Julie Lehew, Andrea Mah, Lexya Hansen, Matthew Neuner
IPC 2022; V001T02A008https://doi.org/10.1115/IPC2022-86173
View Articletitled, Assessing Soil Corrosivity for Buried Structural Steel: Field Study
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Topics: Soil , Structural steel , Corrosion , Corrosion protection , Damage , Coatings , Design , Earth resistance , Economics , Electrical resistivity
Design and Finite Element Analysis (FEA) of Bulkheads for a Pipe-in-Pipe Flowline: Application of ASME Boiler and Pressure Vessel Code
Mehdi Shekarforoush, Hamid Hoorzad, Jaspreet Hothi, Mario Forcinito
IPC 2022; V001T02A009https://doi.org/10.1115/IPC2022-87070
View Articletitled, Design and Finite Element Analysis (FEA) of Bulkheads for a Pipe-in-Pipe Flowline: Application of ASME Boiler and Pressure Vessel Code
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Topics: ASME Boiler and Pressure Vessel Code , Breakwaters , Design , Finite element analysis , Pipes
Methodologies for Conversion of New Natural Gas Pipelines to Hydrogen Service in North America
Kristian Olsen, Guy Shulhan, Pietro Di Zanno
IPC 2022; V001T02A010https://doi.org/10.1115/IPC2022-87316
View Articletitled, Methodologies for Conversion of New Natural Gas Pipelines to Hydrogen Service in North America
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Topics: Hydrogen , Natural gas distribution , Pipelines , Natural gas , Pipes , Boilers , Combustion , Compression , Construction , Design
Pipeline Crossing Significant Elevation Difference Terrain Design
Te Ma, Tiantian Wu, Sean Qiao, Taylor Harper
IPC 2022; V001T02A011https://doi.org/10.1115/IPC2022-87832
View Articletitled, Pipeline Crossing Significant Elevation Difference Terrain Design
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Topics: Design , Flow (Dynamics) , Optimization , Pipelines , Pressure control

Strain-Based Design and Assessment

Characterization of Strain Demand

Geospatial Database Development: Supporting Geohazard Risk Assessments Through Real-Time Data and Geospatial Analytics
Clayton Johnson, Stephen Schmidt, Justin Taylor, John deLaChapelle
IPC 2022; V001T06A001https://doi.org/10.1115/IPC2022-87139
View Articletitled, Geospatial Database Development: Supporting Geohazard Risk Assessments Through Real-Time Data and Geospatial Analytics
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Topics: Databases , Geohazards , Risk assessment

Materials, Welding, Testing, and Strain Capacity

Pipe-CLSM Interface Bond Strength From Axial Pullout Testing
Caroline Zulkoski, Dharma Wijewickreme, Douglas Honegger
IPC 2022; V001T06A002https://doi.org/10.1115/IPC2022-86117
View Articletitled, Pipe-CLSM Interface Bond Strength From Axial Pullout Testing
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Topics: Bond strength , Pipelines , Pipes , Stress , Testing
Comprehensive Pipeline Record and Inspection Data Review and Assessment in Response to Safety Advisory on Girth Weld Strain-Induced Failures
Craig Arbeau, Alasdair Clyne, Arti Bhatia, Andy Young
IPC 2022; V001T06A003https://doi.org/10.1115/IPC2022-87237
View Articletitled, Comprehensive Pipeline Record and Inspection Data Review and Assessment in Response to Safety Advisory on Girth Weld Strain-Induced Failures
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Topics: Failure , Inspection , Pipelines , Safety

SBDA and Project Applications

Development of an Online Calculation Tool for Safety Evaluation of Pipes Subjected to Ground Movements
Qian Zheng, Weichen Qiu, Noah Ergezinger, Yong Li, Nader Yoosef-Ghodsi, Matt Fowler, Samer Adeeb
IPC 2022; V001T06A004https://doi.org/10.1115/IPC2022-86485
View Articletitled, Development of an Online Calculation Tool for Safety Evaluation of Pipes Subjected to Ground Movements
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Topics: Finite difference methods , Geohazards , Pipes , Reliability , Safety , Construction , Deflection , Deformation , Differential equations , Displacement
Application of Strain Based Assessment in Support of Operational and Mitigation Decisions
Banglin Liu, Yong-Yi Wang, Xiaotong Chen
IPC 2022; V001T06A005https://doi.org/10.1115/IPC2022-87337
View Articletitled, Application of Strain Based Assessment in Support of Operational and Mitigation Decisions
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Topics: Displacement , Ditches , Fitness-for-service , Flow (Dynamics) , Geohazards , Landslides , Maintenance , Measurement units and standards , Nondestructive evaluation , Pipelines

Risk and Reliability

Risk and Reliability

Modelling Accidental Impact Threats to Natural Gas Storage Wells
Shawn Smith, Alex Fraser, Mari Shironishi, Dan Neville, Dan Shapiro
IPC 2022; V001T07A001https://doi.org/10.1115/IPC2022-86734
View Articletitled, Modelling Accidental Impact Threats to Natural Gas Storage Wells
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Topics: Modeling , Natural gas , Risk assessment , Storage , Wells
A New GIS-Based Method to Estimate Annual Probability of Pipeline Failure Resulting From Landslides Based on Actual Failure Locations
Patricia Varela, Sam Cheng, Rodolfo Sancio, Doug Cook, Alex McKenzie-Johnson, Smitha Koduru
IPC 2022; V001T07A002https://doi.org/10.1115/IPC2022-86749
View Articletitled, A New GIS-Based Method to Estimate Annual Probability of Pipeline Failure Resulting From Landslides Based on Actual Failure Locations
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Topics: Failure , Landslides , Pipelines , Probability
Probabilistic Corrosion Assessment for Natural Gas Storage Wells
Brent Ayton, Thomas Dessein, Alex Fraser, Mari Shironishi, Travis Sera, Daniel Shapiro
IPC 2022; V001T07A003https://doi.org/10.1115/IPC2022-86794
View Articletitled, Probabilistic Corrosion Assessment for Natural Gas Storage Wells
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Topics: Corrosion , Natural gas , Risk assessment , Storage , Wells
A Quantitative Risk Assessment Framework for Natural Gas Storage Wells
Thomas Dessein, Brent Ayton, Alex Fraser, Shawn Smith, Mari Shironishi, Travis Sera
IPC 2022; V001T07A004https://doi.org/10.1115/IPC2022-86833
View Articletitled, A Quantitative Risk Assessment Framework for Natural Gas Storage Wells
PDF
Topics: Natural gas , Risk assessment , Storage , Wells
Probabilistic Analysis Applied to the Risk of SCC Failure
Scott Riccardella, Owen Malinowski, Pete Riccardella, Steve Potts, Sean Moran, Kelly Thompson, Ann Reo
IPC 2022; V001T07A005https://doi.org/10.1115/IPC2022-86906
View Articletitled, Probabilistic Analysis Applied to the Risk of SCC Failure
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Topics: Artificial neural networks , Failure , Machine learning , Risk , Probability , Algorithms , Coating processes , Coatings , Compressors , Fracture mechanics
Advanced Reliability Analysis at Slope Crossings
Matthew Fowler, Kachi Ndubuaku, Nader Yoosef-Ghodsi
IPC 2022; V001T07A006https://doi.org/10.1115/IPC2022-86908
View Articletitled, Advanced Reliability Analysis at Slope Crossings
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Topics: Computer simulation , Computer software , Deformation , Engineering simulation , Event history analysis , Experimental design , Failure , Finite element analysis , Finite element model , Geohazards
Analysis of Dynamic System Risks Where Pipelines Cross Slow-Moving Landslides
Michael Porter, Joel Van Hove, Pete Barlow
IPC 2022; V001T07A007https://doi.org/10.1115/IPC2022-86982
View Articletitled, Analysis of Dynamic System Risks Where Pipelines Cross Slow-Moving Landslides
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Topics: Chain , Dynamic systems , Landslides , Pipelines , Probability , Displacement , Failure , Landslide risk , Life cycle costing , Simulation
Distribution Pipeline Risk Framework
Jason Skow, Ryan Stewart, Rob McPherson, Kent Schoenroth
IPC 2022; V001T07A008https://doi.org/10.1115/IPC2022-87066
View Articletitled, Distribution Pipeline Risk Framework
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Topics: Machine learning , Pipelines , Risk
Estimating Pipeline Probability of Failure Due to External Interference Damage Using Machine Learning Algorithms Trained on In-Line Inspection Data
James White, Katherine Taylor, Jonny Martin, Steven Carrell, Roland Palmer-Jones
IPC 2022; V001T07A009https://doi.org/10.1115/IPC2022-87093
View Articletitled, Estimating Pipeline Probability of Failure Due to External Interference Damage Using Machine Learning Algorithms Trained on In-Line Inspection Data
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Topics: Algorithms , Damage , Failure , Inspection , Machine learning , Pipelines , Probability
Bayesian Failure Rate Estimation for the Reliability and Risk Assessment of Energy Pipelines
Markus Dann, Dongliang Lu, Colin Dooley, Hassan Tayyab
IPC 2022; V001T07A010https://doi.org/10.1115/IPC2022-87113
View Articletitled, Bayesian Failure Rate Estimation for the Reliability and Risk Assessment of Energy Pipelines
PDF
Topics: Failure , Pipelines , Reliability , Risk assessment , Probability , Uncertainty , Risk
Alternative Sampling Plans for Verification of Pipeline Material Properties: Frequentist and Bayesian Statistical Approaches
Jed Ludlow
IPC 2022; V001T07A011https://doi.org/10.1115/IPC2022-87115
View Articletitled, Alternative Sampling Plans for Verification of Pipeline Material Properties: Frequentist and Bayesian Statistical Approaches
PDF
Topics: Materials properties , Pipelines
An Integrated Model for Predicting Stress Corrosion Cracking of Buried Pipelines
Guanlan Liu, Francois Ayello, Gary Vervake, Justin Beck, Ramgopal Thodla, Narasi Sridhar
IPC 2022; V001T07A012https://doi.org/10.1115/IPC2022-87136
View Articletitled, An Integrated Model for Predicting Stress Corrosion Cracking of Buried Pipelines
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Topics: Pipelines , Stress corrosion cracking
Addressing Data Gaps for Facility Reliability Assessments Using Non-Hierarchical Cluster Analysis
Ryan Stewart, Martin Di Blasi, Thomas Dessein
IPC 2022; V001T07A013https://doi.org/10.1115/IPC2022-87145
View Articletitled, Addressing Data Gaps for Facility Reliability Assessments Using Non-Hierarchical Cluster Analysis
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Topics: Machine learning , Reliability , Risk assessment , Risk , Algorithms , Compressors , Data collection , Materials properties , Pipelines , Pressure
Relative Risk of Alternating Current Power Line Faults Affecting Nearby Pipelines
Ryan Stewart, Devin Bear, Jason Skow
IPC 2022; V001T07A014https://doi.org/10.1115/IPC2022-87148
View Articletitled, Relative Risk of Alternating Current Power Line Faults Affecting Nearby Pipelines
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Topics: Alternating current (Electricity) , Hazards , Pipelines , Risk , Transmission lines
Accounting for Undetected In-Line Inspection Features in the Risk Assessment of Axial Crack and Corrosion Threats
Mahmoud Ibrahim, Khurram Shahzad, Saheed Akonko, Smitha Koduru, Steven Bott
IPC 2022; V001T07A015https://doi.org/10.1115/IPC2022-87156
View Articletitled, Accounting for Undetected In-Line Inspection Features in the Risk Assessment of Axial Crack and Corrosion Threats
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Topics: Accounting , Corrosion , Failure , Fracture (Materials) , Inspection , Probability , Risk assessment
Ranking Models for Managing the Integrity of Ageing Pipelines
Luca Bacchi, Marco Medoro, Giampaolo Annoni
IPC 2022; V001T07A016https://doi.org/10.1115/IPC2022-87195
View Articletitled, Ranking Models for Managing the Integrity of Ageing Pipelines
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Topics: Pipelines , Construction , Decision making , Landslides , Safety
Influence of Model Error as Epistemic Uncertainty in Reliability-Based Integrity Management
Smitha Koduru, Mahmoud Ibrahim, Khurram Shahzad, Sherif Hassanien
IPC 2022; V001T07A017https://doi.org/10.1115/IPC2022-87203
View Articletitled, Influence of Model Error as Epistemic Uncertainty in Reliability-Based Integrity Management
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Topics: Decision making , Errors , Reliability , Uncertainty
Implementation and Validation of Reliability-Based Crack Assessment for Natural Gas Pipelines
Wei Xiang, Shenwei Zhang, Jason Yan, Elvis Sanjuan Riverol, Kyle Myden
IPC 2022; V001T07A018https://doi.org/10.1115/IPC2022-87208
View Articletitled, Implementation and Validation of Reliability-Based Crack Assessment for Natural Gas Pipelines
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Topics: Failure , Fracture (Materials) , Natural gas distribution , Pressure , Reliability , Stress corrosion cracking
Machine Learning-Based Severity Assessment of Pipeline Dents
Huang Tang, Jialin Sun, Martin Di Blasi
IPC 2022; V001T07A019https://doi.org/10.1115/IPC2022-87211
View Articletitled, Machine Learning-Based Severity Assessment of Pipeline Dents
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Topics: Finite element analysis , Machine learning , Machinery , Pipelines , Engineering prototypes , Failure , Maintenance , Reliability , Damage , Deformation
Onshore Pipeline Safety Consequence Modelling in Support of the Development of a Risk-Based Safety Class System
Mark Stephens, Howard Yue, Ann Halford, Niall Foster
IPC 2022; V001T07A020https://doi.org/10.1115/IPC2022-87217
View Articletitled, Onshore Pipeline Safety Consequence Modelling in Support of the Development of a Risk-Based Safety Class System
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Topics: Hazards , Modeling , Pipelines , Risk , Safety
Reliability Assessment of Pipeline Third Party Damage
Mahsa Mehranfar, Millan Sen, Christopher Lam, Steven Bott
IPC 2022; V001T07A021https://doi.org/10.1115/IPC2022-87232
View Articletitled, Reliability Assessment of Pipeline Third Party Damage
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Topics: Damage , Pipelines , Reliability , Probability , Failure , Density , Pipeline systems , Pipes , Roads , Statistics
Considering Roadway Traffic in Quantitative Risk Assessment for Natural Gas Pipelines
Dongliang Lu, Tammeen Siraj, Karen Warhurst, Konstantinos Dimitriadis, Matt Towers
IPC 2022; V001T07A022https://doi.org/10.1115/IPC2022-87251
View Articletitled, Considering Roadway Traffic in Quantitative Risk Assessment for Natural Gas Pipelines
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Topics: Natural gas distribution , Risk , Risk assessment , Roads , Traffic
Reliability-Based Self-Imposed Pressure Restriction / Derate Pressure Estimation for Corrosion and Crack
Jason Yan, Shenwei Zhang, Joe Saunders, Chris Blackwell
IPC 2022; V001T07A023https://doi.org/10.1115/IPC2022-87252
View Articletitled, Reliability-Based Self-Imposed Pressure Restriction / Derate Pressure Estimation for Corrosion and Crack
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Topics: Corrosion , Fracture (Materials) , Pressure , Reliability , Stress corrosion cracking
Subset Simulation of Pipeline Corrosion, Crack, and Dent Defects Considering Multiple Limit States With Large-Scale Validation
Daryl Bandstra, Alex Fraser, Juan S. Rojas
IPC 2022; V001T07A024https://doi.org/10.1115/IPC2022-87255
View Articletitled, Subset Simulation of Pipeline Corrosion, Crack, and Dent Defects Considering Multiple Limit States With Large-Scale Validation
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Topics: Corrosion , Fracture (Materials) , Pipelines , Simulation , Failure , Probability , Reliability , Cracking (Materials) , Damage , Fracture (Process)
Comparison of Machine Learning Models for Quantitative Risk Modelling of Pipeline Systems
Daryl Bandstra, Juan S. Rojas, Alex Fraser, Mari Shironishi
IPC 2022; V001T07A025https://doi.org/10.1115/IPC2022-87258
View Articletitled, Comparison of Machine Learning Models for Quantitative Risk Modelling of Pipeline Systems
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Topics: Machine learning , Modeling , Pipeline systems , Risk , Artificial neural networks , Failure , Fittings , Industrial research , Pipelines , Pipes
Characterization of Through-Wall Cracks and Resulting Leakage Rates in Pipelines
Elaheh Ebrahimnia, Shawn Prasad, Amandeep Virk, Khurram Shahzad, Muntaseer Kainat, Saheed Akonko
IPC 2022; V001T07A026https://doi.org/10.1115/IPC2022-87262
View Articletitled, Characterization of Through-Wall Cracks and Resulting Leakage Rates in Pipelines
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Topics: Computational fluid dynamics , Finite element analysis , Fracture (Materials) , Leakage , Pipelines , Surface roughness , Wall thickness , Pressure , Turbulence , Risk
Prioritizing Retrofits of Non-Piggable Transmission Pipelines Using an Internal Corrosion Structural Reliability Model
Gabriel Langlois-Rahme, Daryl Bandstra, Vincent Iacobellis, Miaad Safari
IPC 2022; V001T07A027https://doi.org/10.1115/IPC2022-87273
View Articletitled, Prioritizing Retrofits of Non-Piggable Transmission Pipelines Using an Internal Corrosion Structural Reliability Model
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Topics: Corrosion , Pipelines , Pipes , Reliability , Retrofitting
Reliability Model to Predict Likelihood of Failure of Facility Auxiliary Piping Assets
Syed Haider, Millan Sen, Doug Lawrence
IPC 2022; V001T07A028https://doi.org/10.1115/IPC2022-87276
View Articletitled, Reliability Model to Predict Likelihood of Failure of Facility Auxiliary Piping Assets
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Topics: Failure , Pipes , Reliability , Inspection , Fittings , Flanges , Flow (Dynamics) , Leakage , Architecture , Corrosion
Systematic Assessment of Risk Control Effectiveness
Eric Grant, Shreya Ambasta, Mark Jean
IPC 2022; V001T07A029https://doi.org/10.1115/IPC2022-87280
View Articletitled, Systematic Assessment of Risk Control Effectiveness
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Topics: Risk assessment , Risk , Hazards , Pipelines , Reliability , Risk control , Risk management , Teams
Optimizing the Prioritization of First-Time ILIs Using Quantitative Risk and Machine Learning
Brenn Snider, Wei Xiang, Billy Zhang, Sergiu Lecut
IPC 2022; V001T07A030https://doi.org/10.1115/IPC2022-87309
View Articletitled, Optimizing the Prioritization of First-Time ILIs Using Quantitative Risk and Machine Learning
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Topics: Machine learning , Risk , Risk assessment , Risk reduction
Assessing Geohazard Probability of Pipeline Failure: Lessons and Improvements From the Last 10 Years
Sarah Newton, Joel Van Hove, Michael Porter, Gerald Ferris
IPC 2022; V001T07A031https://doi.org/10.1115/IPC2022-87319
View Articletitled, Assessing Geohazard Probability of Pipeline Failure: Lessons and Improvements From the Last 10 Years
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Topics: Algorithms , Failure , Geohazards , Pipelines , Probability , Risk assessment
Incorporating Measurement Uncertainty Into Machine Learning-Based Grade Predictions
Joel Anderson, Nathan Switzner, Jeffrey Kornuta, Peter Veloo
IPC 2022; V001T07A032https://doi.org/10.1115/IPC2022-87347
View Articletitled, Incorporating Measurement Uncertainty Into Machine Learning-Based Grade Predictions
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Topics: Machine learning , Machinery , Measurement uncertainty , Pipes , Nondestructive evaluation , Probability , Simulation , Uncertainty , Pacific Ocean , Regulations
Framework for Pipeline Stress Corrosion Cracking Susceptibility Using Inspection & Mitigation Results: A Bayesian Approach
Oleg Shabarchin, Smitha Koduru, Sherif Hassanien
IPC 2022; V001T07A033https://doi.org/10.1115/IPC2022-87372
View Articletitled, Framework for Pipeline Stress Corrosion Cracking Susceptibility Using Inspection & Mitigation Results: A Bayesian Approach
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Topics: Inspection , Pipelines , Stress corrosion cracking , Failure , Cracking (Materials) , Fracture (Process) , Regulations , Tension , Uncertainty
Probabilistic Surviving Population Remaining Life and Inspection Timing Guidance
Lyndon Lamborn, Mark Neuert, Ernest Kwok, Mahmoud Ibrahim, Bradley Krug
IPC 2022; V001T07A034https://doi.org/10.1115/IPC2022-97332
View Articletitled, Probabilistic Surviving Population Remaining Life and Inspection Timing Guidance
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Topics: Fracture (Materials) , Hydrostatics , Inspection

Emerging Fuels and Greenhouse Gas Emissions

Emerging Fuels and Greenhouse Gas Emissions: General

Adapting Existing Quantitative Risk Assessment Tools for the Energy Transition
Matthew Horn, Tara Franey, Jeremy Fontenault
IPC 2022; V001T08A001https://doi.org/10.1115/IPC2022-84761
View Articletitled, Adapting Existing Quantitative Risk Assessment Tools for the Energy Transition
PDF
Topics: Carbon capture and storage , Carbon dioxide , Construction , Cycles , Decision making , Emissions , Energy resources , Explosions , Fire , Fire risk
Performance of Twelve Different Equations of State for Natural Gas and Hydrogen Blends
Kamal K. Botros, Larry Jensen
IPC 2022; V001T08A002https://doi.org/10.1115/IPC2022-86297
View Articletitled, Performance of Twelve Different Equations of State for Natural Gas and Hydrogen Blends
PDF
Topics: Equations of state , Hydrogen , Natural gas , Heat capacity , Density , Enthalpy , Speed of sound , Boiling water reactors , Compressibility , Entropy
Balancing Hydrogen Networks Safely: A Method for Calculating Linepack Potential Without Causing Integrity Risk Due to Hydrogen-Enhanced Fatigue
Onno Wesselink, Alfons Krom, Martin van Agteren
IPC 2022; V001T08A003https://doi.org/10.1115/IPC2022-86674
View Articletitled, Balancing Hydrogen Networks Safely: A Method for Calculating Linepack Potential Without Causing Integrity Risk Due to Hydrogen-Enhanced Fatigue
PDF
Topics: Fatigue , Fluctuations (Physics) , Hydrogen , Pipeline integrity , Pressure , Risk
Safety Considerations for the Transport of Hydrogen Gas in Line Pipes and Induction Bent Pipes
Georgi Genchev, Juliane Mentz, Holger Brauer, Christoph Kalwa, Elke Muthmann, Daniel Ratke
IPC 2022; V001T08A004https://doi.org/10.1115/IPC2022-86888
View Articletitled, Safety Considerations for the Transport of Hydrogen Gas in Line Pipes and Induction Bent Pipes
PDF
Topics: Ductility , Electromagnetic induction , Fracture toughness , Hydrogen , Pipes , Safety
Performance of Five Different Natural Gas and Hydrogen Blending Mixer Designs via CFD
Kamal K. Botros, Mohammad Shariati, Swaran Sandhawalia
IPC 2022; V001T08A005https://doi.org/10.1115/IPC2022-86895
View Articletitled, Performance of Five Different Natural Gas and Hydrogen Blending Mixer Designs via CFD
PDF
Topics: Computational fluid dynamics , Hydrogen , Natural gas
Implementation of Ductility and Microstructural Attributes for Evaluation of Fracture and Fatigue Performance of API X Grades in High Pressure Gaseous Hydrogen Transmission Pipeline Environments
Douglas Stalheim, Andrew Slifka, Matthew Connolly, Enrico Lucon, Aaron Litschewski, Pello Uranga
IPC 2022; V001T08A006https://doi.org/10.1115/IPC2022-87069
View Articletitled, Implementation of Ductility and Microstructural Attributes for Evaluation of Fracture and Fatigue Performance of API X Grades in High Pressure Gaseous Hydrogen Transmission Pipeline Environments
PDF
Topics: American Petroleum Institute , Ductility , Fatigue , Fracture (Materials) , Fracture (Process) , High pressure (Physics) , Hydrogen , Pipelines , Steel
Safe Repurposing of Vintage Pipelines for Hydrogen in North America
Daniel Sandana, Neil Gallon, Ollie Burkinshaw, Arti Bhatia
IPC 2022; V001T08A007https://doi.org/10.1115/IPC2022-87088
View Articletitled, Safe Repurposing of Vintage Pipelines for Hydrogen in North America
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Topics: Hydrogen , Pipelines
Susceptibility of a Virtual Pipeline Network to Fatigue and Cracking Threats in Hydrogen Service
Ollie Burkinshaw, Daniel Sandana, Neil Gallon, Arti Bhatia
IPC 2022; V001T08A008https://doi.org/10.1115/IPC2022-87089
View Articletitled, Susceptibility of a Virtual Pipeline Network to Fatigue and Cracking Threats in Hydrogen Service
PDF
Topics: Cracking (Materials) , Fatigue , Fracture (Process) , Hydrogen , Pipelines
Optimizing Blended Hydrogen Uniformity Within Natural Gas Pipeline Distribution Networks
Guohua Li, Michelle Moyer, Hamid Bidmus
IPC 2022; V001T08A009https://doi.org/10.1115/IPC2022-87097
View Articletitled, Optimizing Blended Hydrogen Uniformity Within Natural Gas Pipeline Distribution Networks
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Topics: Hydrogen , Modeling , Natural gas distribution , Optimization
Consequence Modeling of Hypothetical Releases From Carbon Dioxide (CO2) Transport Pipelines
Jeremy Fontenault, Tara Franey
IPC 2022; V001T08A010https://doi.org/10.1115/IPC2022-87131
View Articletitled, Consequence Modeling of Hypothetical Releases From Carbon Dioxide (CO<sub>2</sub>) Transport Pipelines
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Topics: Carbon capture and storage , Carbon dioxide , Modeling , Pipelines , Risk
Effects of Hydrogen Embrittlement on the Fracture Toughness of High-Strength Steel Structures
Sylvester Agbo, Farhad Davaripour, Kshama Roy
IPC 2022; V001T08A011https://doi.org/10.1115/IPC2022-87174
View Articletitled, Effects of Hydrogen Embrittlement on the Fracture Toughness of High-Strength Steel Structures
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Topics: Fracture (Materials) , Fracture toughness , High strength steel , Hydrogen embrittlement
Integrity Assessment of Linepipes for Transporting High Pressure Hydrogen Based on ASME B31.12
Nobuyuki Ishikawa, Takahiro Sakimoto, Junji Shimamura, Jiawei Wang, Yong-Yi Wang
IPC 2022; V001T08A012https://doi.org/10.1115/IPC2022-87180
View Articletitled, Integrity Assessment of Linepipes for Transporting High Pressure Hydrogen Based on ASME B31.12
PDF
Topics: Fatigue cracks , Fracture toughness , High pressure (Physics) , Hydrogen
In-Service Welding Onto Methane/Hydrogen Mixture Pipelines
William A. Bruce, Otto Jan Huising, Matt Boring, Bill Amend, Melissa Gould
IPC 2022; V001T08A013https://doi.org/10.1115/IPC2022-87202
View Articletitled, In-Service Welding Onto Methane/Hydrogen Mixture Pipelines
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Topics: Hydrogen , Methane , Pipelines , Welding
Internal Corrosion Considerations for Hydrogen Embrittlement Inhibitors
Susmitha Purnima Kotu, Christopher Kagarise, Christopher D. Taylor, Shane Finneran
IPC 2022; V001T08A014https://doi.org/10.1115/IPC2022-87335
View Articletitled, Internal Corrosion Considerations for Hydrogen Embrittlement Inhibitors
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Topics: Corrosion , Hydrogen embrittlement
Feasibility Journey - Repurposing Existing Natural Gas Pipelines to Transport Hydrogen – Natural Gas Blends
Saba N. Esmaeely, Shane Finneran, Tara Podnar McMahan
IPC 2022; V001T08A015https://doi.org/10.1115/IPC2022-87353
View Articletitled, Feasibility Journey - Repurposing Existing Natural Gas Pipelines to Transport Hydrogen – Natural Gas Blends
PDF
Topics: Hydrogen , Natural gas , Natural gas distribution
Develop Standard Testing Approach for Evaluation of Materials Compatibility in Hydrogen Service
Ashwini Chandra, TJ Prewitt, Shane Finneran
IPC 2022; V001T08A016https://doi.org/10.1115/IPC2022-87359
View Articletitled, Develop Standard Testing Approach for Evaluation of Materials Compatibility in Hydrogen Service
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Topics: Hydrogen , Testing
Different Ways to Reduce Greenhouse Gas Emission in Pipelines
Jun Zhang, John Anderton, Adrian Kane
IPC 2022; V001T08A017https://doi.org/10.1115/IPC2022-87391
View Articletitled, Different Ways to Reduce Greenhouse Gas Emission in Pipelines
PDF
Topics: Emissions , Greenhouse gases , Pipelines , Computer software , Compressors , American Petroleum Institute , Carbon capture and storage , Climate change , Gaseous fuels , Hardware
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