Welcome to the home for mechanical integrity and reliability knowledge.

The Mega Rule requires reconfirming MAOP and pipeline material verification. These can be done by in situ nondestructive methods and sophisticated algorithms.

Statistical reliability-based methodologies can be applied to better assess the risks associated with potential simultaneous events involving separate assets.

This white paper explores the evolving landscape of MI and RCM, emphasizing the importance of integrating these traditionally siloed programs into a unified asset management strategy.

Join us on Wednesday, January 22, at 1:00 PM CST as Inspectioneering teams up with Becht for our latest webinar, “Bridging the Experience Gap: How Mechanical Engineers Can Overcome Industry Challenges.”

A delayed coker heater was studied after just 5.5 years of service to predict remaining life. Results indicated significant metallurgical degradation.

Download this survey report to explore how the API’s NextGen Credentialing Initiative is addressing technological gaps in the industry.

Learn how ART has generated wall loss data for high-risk, difficult-to-inspect assets, including stacked lines, bundled lines, large diameter, and elevated piping.

This benchmarking report examines the present and future of mechanical integrity through the lens of data collection, data management, and data modeling & decision-making.

This eBook discusses typical damage morphology, inspection methods, and damage assessment and mitigation strategies for the various forms of metallurgical embrittlement.

In this on-demand webinar, we discuss the process from robotic data collection to advanced AI analysis and predictive modeling to maximize your tank integrity program.

The goal of this project is to raise the benchmark on industry knowledge and develop the next generation of SMEs. We believe that equipping MI professionals with greater knowledge and proficiency will make the industry safer and more reliable.