Outcomes from real engagements, shared anonymously to respect confidentiality. Each case is built around a specific BII programme — and the economic effect it delivered.
Most condition-monitoring programmes collect data competently and diagnose almost nothing. The gap is not equipment — it is certified interpretation, and a route by which a diagnosis reaches the schedule.
How a processing operation moves from a reactive, calendar-driven maintenance plan to a defensible strategy its own engineers own and sustain — and why most such programmes fail before they get there.
Maintenance is measured on cost. Production is measured on output. Both hit their numbers. The plant underperforms. This is a structural pathology, not a behavioural one — and no amount of goodwill resolves it.
Reliability engineering applies RCM to rotating equipment. Integrity applies RBI to static equipment. The two teams meet at the budget meeting. The plant, meanwhile, does not experience them separately.
Fixed-interval inspection distributes effort evenly across equipment whose risk is distributed very unevenly. The result is simultaneous over-inspection and under-inspection — and no way to defend either.
Planning and scheduling is the highest-return, lowest-glamour discipline in maintenance — and it is almost universally mistaken for administration. It is the mechanism that converts maintenance capacity into maintenance output.
Lubrication is the most under-managed reliability discipline in industry, because its failures are recorded as something else. A bearing fails; the bearing is replaced; nobody asks why the oil killed it.
