Equipment inspection involves assessing the physical condition and structural performance of components and systems to determine operational fitness. It is a cornerstone of integrity management, enabling detection of damage, degradation mechanisms, and deviations from design.
In the energy sector, inspection supports maintenance decisions, RBI intervals, and operational continuity. Globally, it evolves toward advanced techniques, remote inspection, automation, and digitalization, with wide adoption in the U.S., Europe, and LATAM.
Main topics
This section gathers content for inspectors, engineers, and integrity specialists.
Key topics include:
- Visual, dimensional, and specialized inspection
- RBI evaluation and asset criticality analysis
- Inspection of vessels, piping, tanks, and structures
- Thickness, deformation, and defect monitoring
- Remote techniques (drones, crawlers, ROVs)
- Compliance with API 510, 570, 653, and ASME
- Inspection planning, execution, and documentation
Inspection is essential to validate equipment integrity and prevent failures affecting safety, environment, and production. Challenges include adequate coverage, interpretation of results, regulatory compliance, and adoption of new technologies.
Welding Procedure Specification (WPS)
Internal welding defects: How they affect quality and how to avoid them
Pressure testing methods for industrial system integrity
Square groove welding: A high-strength, precision metal joining method
Essential tools and techniques for weld inspection
MIG Welding: A Game-Changer in Manufacturing
Fundamentals of lap welding, its techniques and characteristics
Coated electrodes: Guide to selection and proper storage