Advantages
Early Detection for Failure Prevention
Gain peace of mind with early detection.
An advantage of our non destructive testing services that you can count on.

Find concealed vulnerabilities in your system.
Protect your company with testing that identifies where piping, components and vessel conditions are less than satisfactory.

Learn the level of risk for weaknesses in your system.
Data collected during testing conclusively reports volume and thickness measurements. This information allows for straightforward decision-making when compared to your company’s operating tolerances.

Resolve issues prior to failure.
Early detection metrics on tested locations ensure that you can appropriately maintain or replace components and ensure failure prevention.
Early Detection Reporting
Locate and resolve wet insulation, corrosion, erosion, thinning metal, components not to code and more before incident.

MECHANICAL INTEGRITY
Strengthen Your PSM & RMP Programs
GGS testing for early detection and failure prevention helps you meet specific requirements set forth by OSHA and the EPA.
Learn more about how GGS helps regulated industries meet important compliance requirements.
Early Detection in the Field
Examples of how we have helped customers improve failure prevention by detecting unknown vulnerabilities in their system.
Procuring a Modernized Approach to Testing Pipes
A Senior Procurement Director responsible for over 150 locations explores whether visual inspections are enough to ensure system health and safety.
You Don’t Have to Ruin Your Insulation to Know How Much Moisture It Contains
The System Operator at a Midwestern ice cream manufacturer learned his assumption that 15% of his system had wet insulation was drastically underestimated.
IMPROVE FAILURE PREVENTION WITH EARLY DETECTION
Piping failure is ranked #3 on the list of reasons for recorded ammonia releases
according to EPA’s Right to Know.
Learn more from Non Destructive Testing for Ammonia Refrigeration Systems:
What Every Operator/Technician Should Know.