Integrity Management

AIoT-Driven Deadleg Corrosion Monitoring: Future-Ready Asset Integrity Management

AIoT-Driven Deadleg Corrosion Monitoring: Future-Ready Asset Integrity Management
AIoT-Driven Deadleg Corrosion Monitoring: Future-Ready Asset Integrity Management
Efficient hydrocarbon transportation depends on extensive pipeline networks requiring regular inspections for safety and efficiency. Deadlegs, parts of the system prone to corrosion, pose significant challenges. Traditional manual ultrasonic testing lacks the accuracy needed for effective corrosion assessment. Permanently installed ultrasonic...

Robust Ultrasonic Transducers for Pipeline Inspection

Robust Ultrasonic Transducers for Pipeline Inspection
Robust Ultrasonic Transducers for Pipeline Inspection
Pipeline inspection for cracks and corrosion through intelligent inline tools relies on ultrasonic probes, demanding a 100% first-run success rate to minimize costs. These probes face harsh environmental conditions within pipelines, necessitating utmost stability for optimal functionality. Material selection and rigorous testing during development...

The Future of Risk based Integrity Management using AI Approaches

The Future of Risk based Integrity Management using AI Approaches
The Future of Risk based Integrity Management using AI Approaches
Pipeline Integrity Management Systems (PIMS) have significantly improved the safety of pipelines in Europe and the United States. New technologies such as artificial intelligence (AI) and modern Geographic Information System (GIS) visualization can and will elevate pipeline integrity to a new level. However, challenges for pipeline integrity have...

Development of a Semi-quantitative Risk Assessment Approach for Pipelines

Development of a Semi-quantitative Risk Assessment Approach for Pipelines
Development of a Semi-quantitative Risk Assessment Approach for Pipelines
Pipelines are typically designed using different practices and codes than in-plant piping. While Risk-based Inspection (RBI) quantitative methodologies have evolved and been applied for in-plant piping, e.g. API RP 581, limited methodology framework has been specified and widely used for pipelines, in a similar approach. Alternatively, for...

Integration of multiple Leak Detection Technologies into a single Advanced Leak Detection System

Integration of multiple Leak Detection Technologies into a single Advanced Leak Detection System
Integration of multiple Leak Detection Technologies into a single Advanced Leak Detection System
This work is centered on the integration of different Leak Detection Technologies into a single platform for a better management of Pipeline Integrity Monitoring issues. Leak detection methods covered in this paper are based on Advanced-Negative Pressure Wave, Mass-Balance, Acoustic-Noise, and other predictive techniques based on data processing...

Double Block and Vacuum Isolation Technology

Saudi Aramco
Saudi Aramco
In the Oil & Gas industry, pipelines often handle fluids which may be hazardous, flammable and/or toxic. Any interruption to operations for unplanned maintenance or operation activities is considered a risk of release of harmful energy or materials into the work area. Proper isolation of equipment is selected considering the nature of work activity...

Ductile fracture propagation control in modern high strength steel pipeline for transportation of high pressure natural gas with H2 and CO2 contents: arrest requirements evaluation by numerical tool and full-scale testing verification

Ductile fracture propagation control in modern high strength steel pipeline for transportation of high pressure natural gas with H2 and CO2 contents: arrest requirements evaluation by numerical tool and full-scale testing verification
Ductile fracture propagation control in modern high strength steel pipeline for transportation of high pressure natural gas with H2 and CO2 contents: arrest requirements evaluation by numerical tool and full-scale testing verification
One of the most severe accidents which could occur in a gas transmission pipeline involves the linepipe wall failure and subsequent fracture initiation, which may evolve in a long running fracture propagation if the material toughness properties are not adequate. The most acknowledged approach for ductile fracture propagation assessment is the...

Versatile technology for Leak Detection, Third Party Interference and Integrity Assessment applications: Vibroacoustics

Versatile technology for Leak Detection, Third Party Interference and Integrity Assessment applications: Vibroacoustics
Versatile technology for Leak Detection, Third Party Interference and Integrity Assessment applications: Vibroacoustics
Leak detection, TPI (Third Party Interference) and asset integrity are crucial topics in pipeline monitoring, although they often require costly procedures and systems. In order to support the pipeline integrity management, Eni S.p.A, in collaboration with Solares JV, developed the e-vpms® (Eni Vibro-acoustic Pipeline Monitoring System). This...

Application of Distributed Fiber Optic Sensing for Pipeline Integrity and Security

Application of Distributed Fiber Optic Sensing for Pipeline Integrity and Security
Application of Distributed Fiber Optic Sensing for Pipeline Integrity and Security
Even the smallest leak can have devastating consequences. The protection and monitoring of pipeline infrastructure is critical to the continued performance of the pipeline. Loss of integrity, through accidents or malicious activity, can have a significant impact on the environment, on reputations and on finances. Distributed Fiber Optic Sensing is...

Large Stand-Off Magnetometry (LSM) for Buried Pipeline Inspection - Experimental study: Influence of dent depth on residual magnetic signal

Large Stand-Off Magnetometry (LSM) for Buried Pipeline Inspection - Experimental study: Influence of dent depth on residual magnetic signal
Large Stand-Off Magnetometry (LSM) for Buried Pipeline Inspection - Experimental study: Influence of dent depth on residual magnetic signal
Dents are among the anomalies which may be a threat to safe operation of pipelines. Dents are characterized by plastic deformation, which causes changes in the magnetic properties of the ferromagnetic pipe wall. Skipper NDT, a company at the forefront of LSM technology, conducted trials to characterize changes in magnetic properties around dents...

A new parametric study based on the Proper General ized Decomposition for the evaluation of the seismic vulnerability of buried pipelines

A new parametric study based on the Proper General ized Decomposition for the evaluation of the seismic vulnerability of buried pipelines
A new parametric study based on the Proper General ized Decomposition for the evaluation of the seismic vulnerability of buried pipelines
Pipelines related to industrial supplies such as oil or gas are a key p art of modern development, so it is important to ensure their appropriate response to a seismic action. The same applies to drainage or water supply in contemporary cities. Structural analysis of pipelines is a well-estab lished topic in engineering practice. In this paper, we...

Europe´s Gas Supply Network: Key projects for trenchless methods and Pipe Express®

Europe´s Gas Supply Network: Key projects for trenchless methods and Pipe Express®
Europe´s Gas Supply Network: Key projects for trenchless methods and Pipe Express®
For the gas supply in Europe, a reliable pipeline network has the highest priority. Besides the construction of the main supply pipelines such as TurkStream and TAP, the fast and safe installation of the regional country-specific distribution networks like Eugal and Zeelink play a key role. Different points of view of all involved parties have to...

Calculation of a laser-scan-like 3D defect profile from conventional MFL data

Calculation of a laser-scan-like 3D defect profile from conventional MFL data
Calculation of a laser-scan-like 3D defect profile from conventional MFL data
Calculation of a laser-scan-like 3D defect profile from conventional MFL data – For more-accur ate defect assessment and prediction of safe operating pressure. Reliable pipeline safe pressure prediction is increasingly required. Complex shaped volumetric metal loss is a challenge in this regard. Methodological In-line Inspection (ILI) restrictions...