FOSSIL & RENEWABLE EQUIPMENT SOLUTIONS

Providing a comprehensive service for inspection, life assessment, and failure analysis. Our team brings an in-depth understanding of turbine operation and industry issues.

The EPRI SAFER life assessment code was developed by SI, which we use along with finite-element modeling. Our metallurgical laboratory provides a full range of failure and root cause analyses.

HRSGs experience significant thermal transients, operate under wide range of loads, and experience high steam temperatures and pressures.

Consequently, the HRSG is exposed to a significant range of damage mechanisms. We offer HRSG operational dependability assessments, creep and fatigue evaluations, component failure root cause analysis, water chemistry evaluations and training, P91/CSEF testing and assessment, design life analyses, and many other services to ensure more reliable HRSG operation.

We optimize reliability and lifecycle management of all boiler components.

Our comprehensive, integrated approach to boiler lifecycle management includes risk-ranking components and applying cycle chemistry reviews, inspections, fitness-for-service and metallurgical analysis to reduce forced outage rates and allow plants to operate with greater flexibility.

As the wind turbine fleet ages, damage accumulates that can lead to catastrophic failures and long, expensive operational downtimes.

We assess the failure modes, their associated rates, and the appropriate maintenance strategies needed to address them. We have developed the expertise and tools to help our clients inspect, assess fitness-for-service (FFS), perform failure analysis, and support the implementation of optimum life management programs for the safe continued operation of wind turbines.

Solutions to ensure a safe, reliable, and efficient operation.