Welcome to the home for mechanical integrity and reliability knowledge.

Part 2 of a series including an overview of HTHA damage predictions and remaining life assessment methods, plus a case study for a vintage hydrotreater reactor.

Due to extreme temperatures and stresses, maintaining a reformer’s integrity is essential operational safety and efficiency.

This resource outlines strategies—supported by case studies—that can help producers reduce energy consumption by 10–15%, extend equipment life, and prevent costly unplanned shutdowns

In this on-demand webinar, we partner with TEAM to discuss the importance of understanding the principles behind software analysis to make informed decisions.

This article introduces DICONDE, a vendor-neutral IT standard that standardizes the storage, transmission, and management of nondestructive testing (NDT) data.

This white paper explores how Extreme Value Analysis can optimize tube wall thickness calculations, extend equipment lifespan, and reduce operational costs.

Learn practical strategies to bridge the experience gap and strengthen your organization's future with our on-demand webinar, featuring real-world case studies.

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 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.

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.

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.