Clean Currents 2025 - Booth #650
October 14-17, 2025
Pittsburgh, Pennsylvania
Schedule time with our Experts
Quest Integrity is pleased to announce our participation at the Clean Currents 2025 in Pittsburgh from October 14th - 17th.
BOOTH #650
Join our experts at Booth #650
Our team will be onsite to discuss how Quest Integrity is developing asset integrity management services for the Hydropower industry, utilizing groundbreaking technology to help operators optimize performance, mitigate risk, and improve operational planning and the reliability and integrity of critical assets. Our integrated services comprise advanced inspection technology and engineering assessment capabilities that aid operators in the global energy and industrial sectors.
At Quest Integrity, we don’t just follow the norms—we challenge convention—allowing us to utilize innovative technology to develop in-house solutions setting us apart and giving our clients the confidence that we can solve their most complex challenges.
We look forward to connecting with industry peers and supporting the operational goals of the Hydropower industry.
Learn more about Quest Integrity solutions
FEA and FFS
Assessments of critical components completed in accordance with API 579, ASME BPVC Section VIII Div 1 & 2
Inspection Services
On-site penstock inspection for flaw identification and wall loss measurements
Asset Integrity Management
Lifecycle management of generating components for maximum operation and revenue production
CFD Modelling
CFD analysis of pressure boundary components in various loading conditions
Agenda at a Glance
View our schedule of special events below, we are looking forward to connecting with industry leaders.
10/14/2025
10:00 AM - 12:00 PM
Room Number: 306/307
Join our experts at Equipment Fitness-for-Service Assessments Workshop
This workshop provides an introduction to fitness-for-service (FFS) assessments and how they can be used in the Hydropower industry to better define asset integrity and manage asset remaining life.
Key learning objectives include:
- Review of typical damage mechanisms and pre-flaws
- Differentiate between a strength of materials approach and a damage tolerance approach for assessing in-service equipment
- Explore the sections of API 579-1/ASME FFS-1 Fitness-for-Service (ASME FFS-1) used for assessing flaws/damage.
- Solve an example problem on the practical application of the techniques incorporated in ASME FFS-1.
- Overview of remaining life assessment, remediation, and methods to extend the life of damaged equipment.
- The relationship between ASME FFS-1 and other FFS standards and how to interpret FFS outcomes.