Applications of Magnetostrictive Sensors for Guided Wave Screening of Heat Exchanger Tubing
Audit is Not a Four-Letter Word
Cracking the Code of Supplier Quality Surveillance
Damage Control: Q&A with Phil Prueter - Engineer, Author, and Lifelong Learner
From Ship to Shore: In-Line Inspection of Loading Pipelines
Routine Satellite Monitoring and Compliance for Pipelines and Infrastructure
What is in Your Inspection Continuous History Report? – Part 3: Improvement Recommendations
API RP 581 Risk-Based Inspection Technology: Summary of Changes in the Newly Released Fourth Edition
Damage Control: High-Temperature Hydrogen Attack Mitigation
Determining Inspection Strategies for Anhydrous Ammonia Storage Tanks – A Joint RBI and FFS Approach
Evaluation of Out-of-Plane Settlements Based on API 653 Annex B
FFS Forum: Assessment of Dents and Gouges Using API 579, Part 12
Next-Generation Technology for Improved Asset Reliability
Nondestructive Testing of Concrete Structures
So, You’ve Got IOWs – What’s Next?
2025 Inspectioneering Journal Article Index
An overview of the significant changes made to the Fourth Edition of API RP 581 since the release of the second addendum to the Third Edition in 2019.
A review of guided wave, including its capabilities, technical limitations, and practical applications, supported by real-world case studies.
Better understanding of how audits and assessments can be used to improve performance and ensure consistency with business objectives.
Supplier Quality Surveillance is a critical process in project and supply chain management that ensures equipment and materials (i.e., deliverables) meet specified requirements, are complete and correct, and are delivered on time.
Artificial Intelligence (AI) is transforming the inspection process, enabling automatic defect detection and even higher data integrity. With our DIMATE PACS software, we help you optimize your inspection workflows and benefit from the use of AI.
The conclusion of this three-part series on HTHA focuses on strategies and good engineering concepts that can maximize useful operating life of equipment.
Damage Control has been one of the most popular series in Inspectioneering’s 30-year history. We sat down with author Phil Prueter to learn more about him.
Introducing a solution that combines risk-based inspection (RBI) with fitness-for-service (FFS) to enhance inspection planning for ammonia storage tanks.
Settlement surveys are part of a tank integrity assessment per API 653 Annex B; however, there are no calculation examples. We’ll provide three possible cases.
A discussion of the many limitations, exclusions, vocabulary, and other points that one may not catch on the first reading of API 579 Part 12.
The advantages of ILI technology combined with progressive cleaning to improve data acquisition and increase inspection intervals in loading lines.
The 14th “Meeting of the Minds,” hosted by Inspectioneering and EQUITY, focused on the role of artificial intelligence (AI), sensor technologies, and robotics.
Three concrete NDT methods are presented including case studies on the use of these methods in the evaluation of concrete structures in process facilities.
Some of the big FEMI losses in our industry resulted as top candidates for these dirty dozen, which can lead to the risk of unanticipated catastrophic losses.
After nearly a decade, the promise of small satellites to deliver better, cost-effective, and timely intelligence on remote infrastructure has become a reality.
Less time and focus are placed on how to manage IOW limits once they’ve been determined. Here are the next steps to integrate and sustain your IOW program.
All fixed equipment mechanical integrity programs are interconnected and dependent upon the TQM process to continue to improve and avoid loss of containment.
Part 3 of this series focuses on transformational improvement recommendations to include in the ICHR including future inspections, repairs, and replacements.
