Top 3 Predictive Maintenance Techniques for Industrial Facilities

Learn how predictive maintenance (PdM) strategies can help keep your facility running smoothly by proactively identifying and addressing equipment issues.
Infographic: three predictive maintenance techniques, each with what it does, why it is useful and its impact. Transcribed in full below.

The infographic, in text

From detecting minor faults to preventing costly breakdowns, PdM offers the reliability your operations need.

Vibration Analysis

What It Does
Monitors unique vibration signatures of equipment like compressors, pumps, and fans.
Why It’s Useful
Detects early issues such as misalignments, unbalanced parts, and bearing wear.
Impact
Prevents small issues from becoming costly failures.

Infrared Thermography

What It Does
Uses thermal cameras to detect temperature variations on equipment surfaces.
Why It’s Useful
Identifies “hot spots” caused by overheating or electrical issues before they escalate.
Impact
Reduces fire risks and allows repairs during scheduled downtime.

Ultrasonic Testing

What It Does
Analyzes high-frequency sound waves emitted by equipment to locate leaks or faulty components.
Why It’s Useful
Particularly effective for finding leaks in compressed air systems and spotting early bearing wear.
Impact
Saves energy, extends equipment life, and keeps systems running efficiently.

Want to optimize uptime and prevent unexpected shutdowns? Contact CRU AIR + GAS today to learn how our full suite of predictive maintenance services can support your facility’s performance and maintenance goals.