Root cause
HPU pump and gearbox investigation
Accelerated wear traced to identical pressure settings creating resonance across the pumps. A pressure differential fixed it.
Read the case studyMost failures give warning signs weeks before they happen: a change in vibration, heat, oil condition or noise. Without monitoring, those signs are missed and the first warning is the breakdown. We help operators decide which assets to monitor, with which technique, and how to act on the results. Repairs get planned instead of rushed, and parts are ordered before they are needed.
Monitoring every asset with every technique wastes money. FMECA tells us which failure modes give a detectable warning and how long that warning lasts. We pick the technique and frequency to match: vibration, thermography, oil analysis, ultrasound or process data.
A reading means nothing without a reference. We set baselines for each monitored asset and alarm limits that trigger action, not just a report.
Condition data that nobody acts on is wasted. We connect findings to the CMMS so an alarm becomes a planned job with parts and a date. Oil analysis runs through our Shell LubeAnalyst service where it fits.
Over time, condition data shows which assets degrade fastest and which intervals can stretch. We use it to keep refining the maintenance strategy.
Root cause
Accelerated wear traced to identical pressure settings creating resonance across the pumps. A pressure differential fixed it.
Read the case studyMeasuring the condition of equipment in service, through vibration, temperature, oil condition and similar indicators, to detect failure before it happens.
Condition monitoring collects the data. Predictive maintenance uses it to forecast when a failure will occur and schedule work ahead of it.
Critical assets with failure modes that give detectable warning. Criticality and FMECA identify them.
Tell us what you run and what keeps going wrong. We'll tell you straight how we'd approach it.
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