Condition Monitoring

Start with the systems where a failure costs you the most. For most vessels that means the main engine crankcase first - an oil mist detector is inexpensive relative to the cost of a crankcase explosion, and it's mandatory under class rules for many vessel types anyway. After that, lube oil monitoring on main and auxiliary engines is typically the next highest return. If you're unsure, call us - we regularly help fleet superintendents build a prioritised monitoring plan around specific vessel types and trading patterns.

Planned maintenance runs on time intervals. Condition monitoring tells you what's actually happening inside the machinery right now. The two are complementary, not competing - condition monitoring lets you extend intervals with confidence when the data shows the equipment is healthy, and catch problems earlier when it isn't. In practice, most operators find that condition monitoring pays for itself quickly by preventing one unplanned repair or reducing one unnecessary maintenance stop.

A portable kit gives you a snapshot - useful, affordable, and practical for a regular sampling routine. An inline instrument monitors continuously and triggers an alarm the moment a threshold is crossed. For systems where the window between a developing fault and a catastrophic failure is short - crankcase oil mist is the clearest example - continuous monitoring is the only option that gives you time to act. For systems where degradation is slower, periodic sampling with a portable kit is often entirely sufficient.

In almost all cases, yes. Most of the instruments we supply can be retrofitted while the vessel is in service. Some - particularly portable analysers and certain sensors - require no structural work at all. Where installation does require access to a running system, we advise on the best timing to minimise disruption. Hot work is rarely required.

Oil mist detectors and certain engine safety systems are required under classification society rules for specific vessel types and tonnages - these are non-negotiable and should be confirmed before you look at anything else. Beyond the mandatory baseline, everything else is a risk and cost decision. We can help you map your class requirements and then layer in the predictive monitoring that makes the most sense for your operation.

To a degree. The underlying disciplines - lube oil monitoring, vibration analysis, oil mist detection - apply across most commercial vessel types. But the specific instruments, measurement ranges, and installation configurations vary depending on engine type, classification, and trading area. We work with several fleet operators to build standardised monitoring programmes that give consistent data across a fleet while accommodating the differences between vessel types.

Not necessarily. Many of the instruments we supply give you an actionable result onboard - a viscosity reading, a particle count, a water contamination level - without needing a laboratory. For deeper analysis, particularly when a result is borderline or a pattern needs expert interpretation, we offer remote support and can help coordinate sample analysis. The goal is to give your crew the information they need to make a decision, not to create dependency on a shore-based process.

This is a real problem and it usually comes down to two things: instruments that are too complex for regular shipboard use, and monitoring programmes that weren't designed around what the crew actually needs to know. We deliberately focus on instruments that are practical for onboard operation, and we work with operators during commissioning to make sure the crew understands what the data means and what to do with it. An instrument that gets used consistently delivers more value than a sophisticated system that gets ignored.