We conduct quantitative evaluations to estimate the remaining safe service life of critical components and systems. These assessments combine operational data, degradation rates, and material properties to support maintenance planning and asset replacement decisions. The result: better-informed budgeting and reduced unplanned downtime.

Using field data, materials performance, and exposure conditions, we develop customized models to predict long-term durability. These models help forecast corrosion, fatigue, or wear under real-world operating environments. This insight allows for proactive asset management and optimized inspection intervals.

We perform FFS evaluations in accordance with API 579 and ASME standards to determine whether degraded components can continue safe operation. Our assessments integrate visual, NDT, and material condition data to support repair vs. replace decisions. We help clients avoid unnecessary replacements while maintaining regulatory compliance and safety.

Our team performs independent reviews of material specifications, audits of installed materials, and guidance on optimal material selection for performance and longevity. Whether you're dealing with sour service, high-chloride environments, or wear-critical areas, we help ensure you’re using the right material for the job; minimizing failure risk and life cycle cost.

We provide expert reviews of Welding Procedure Specifications (WPS), Procedure Qualification Records (PQR), and welder qualifications. Our evaluations focus on code compliance, mechanical performance, and compatibility with intended service environments. This ensures the integrity of your welded assets from fabrication through operation.

We evaluate how structures and components perform over time under mechanical, thermal, chemical, and environmental stressors. Our assessments inform durability upgrades, material substitutions, and design improvements—supporting resilient infrastructure and extended service life.