€1M per day: diagnosing turbomachinery before the collapse

That is what an unplanned shutdown of a critical turbine or compressor can cost. The key is diagnosing before the failure, not after.

💸 €1M per day 💸

That’s what an unplanned shutdown of a critical turbine or compressor can cost. Caused by a failure that was not detected in time, due to the implementation of an inadequate maintenance strategy.

A medical analogy

At TWave, we like to apply medical analogies to the world of machinery health diagnostics:

A good doctor does not wait for the patient to arrive by ambulance with a heart attack to begin diagnosing. By then, the damage is already done. The electrocardiogram is done before. When the anomalies are so subtle that at first glance nothing seems wrong, yet sufficient to be detectable. A doctor who only intervenes when the patient collapses is not practicing preventive medicine.

With critical turbomachinery it is exactly the same. But most wait for the collapse when the symptoms had already been there for weeks.

A real example

A gas turbine in a power plant generating electricity for hundreds of thousands of homes and suddenly, without prior warning: shutdown.

Other plants take over. No one at home notices. But for the plant:

⚠️ Months offline

⚠️ Millions of euros in repairs and days without generating

⚠️ In extreme situations, it can contribute to grid imbalances or cascading failures

That’s where predictive maintenance comes in

Vibration analysis with T8 makes it possible to diagnose before the shutdown. To see the problem developing. To plan the intervention. To avoid the emergency.

The difference between a scheduled shutdown (3 days, controlled costs) and an emergency failure (weeks, millions lost) lies in diagnosing the problem before it happens.

Those symptoms are there. During startups. During shutdowns. In the rotor trajectory.

Over the coming weeks we’ll share how the T8 helps analyze critical turbomachinery — showing tools such as Orbits, Bode plots, spectral cascades or shaft centerline.