Equipment Management - Turning Equipment Care into a Shared Responsibility

When it comes to plant floor care and management, plant equipment (physical assets) should not be 'owned' by any single department.

It's often the Production/Operations department which assumes ownership of physical assets, for understandable reasons. The challenge rooted in this common arrangement is that it creates friction, and sometimes conflict, between Production and Maintenance. This matters because friction and conflict between departments show up as asset underperformance. Getting the best out of your physical assets requires that they are run, cared for, maintained, and improved in an environment of shared responsibility, supported by partnership and purposeful co-ownership.

Are your Production and Maintenance departments acting in partnership to manage your equipment, or operating with different levels of ownership?

Equipment Management is one of the six areas of management in our Performance System for maintenance and reliability excellence. We believe that to effectively care for and manage equipment performance at the asset level, companies must master these four disciplines:

• Operator Equipment Care
• Lubrication
• Preventive/Predictive Maintenance
• Equipment Improvement

We'll review each discipline in greater detail...

Operator Equipment Care

Operators are the first line of defense, and the earliest source of truth. Long before a work order exists, an operator notices a sound that is not quite right, a gauge reading that is drifting, a smell that was not there yesterday. Whether that observation becomes a documented defect or gets lost in a shift change determines how early, and how affordably, a problem gets solved.

Foundationally, Operator Equipment Care is about building the habits, training, and accountability that let operators protect the asset they run every day, and trust that what they report will be acted on. As organizations mature, operators, with training and support, can begin to tackle appropriate maintenance tasks.

Ask yourself: Do your operators know what to look for, and do they trust that what they report will lead to action?

Lubrication

Few disciplines are as overlooked, and as costly to overlook, as lubrication. Lack of, or improper, lubrication practices is among the largest and most preventable causes of mechanical failure.

Lubrication is a system, not a task. The right lubricant, applied at the right interval, in the right quantity, verified rather than assumed. When it is systematic, it prevents failures no one ever must explain. When it is inconsistent, it creates failures no one ever expects.

Ask yourself: Is lubrication treated as a disciplined system, or as a task assigned to whoever has time?

Preventive/Predictive Maintenance

This is the discipline most plants already recognize: scheduled inspections, adjustments, and replacements designed to catch problems before they become failures. But a PM program is only as strong as what feeds and sustains it.

Here's a recipe for creating an ineffective PM program:

• Write PMs without historical data
• Flood the system with a new PM as a knee-jerk response to every failure
• Develop PMs with no foundational methodology (PMO, RCM)
• Have no method for tracking PM effectiveness

"If PMs are an investment in equipment reliability, they should be treated accordingly. Develop them for the right reasons, design them to address the right risks, execute them with quality, and continuously optimize them to deliver greater value over time." — Steve Gowan, Vice President, Marshall Institute

Effective preventive and predictive maintenance applies the right method to the right asset, based on how components fail, not a generic repair or interval.

Ask yourself: Are your maintenance strategies built around how your equipment actually fails?

Equipment Improvement

Not every fix requires a work order or an engineering study. Equipment Improvement lives on the shop floor: quick disconnects that shave minutes off a repair, a viewing window that lets a technician check a component without disassembly, a gauge marked to show its normal operating range, at a glance. Small, deliberate changes made by the people closest to the equipment.

This is Lean and TPM in practice. Single-Minute Exchange of Dies (SMED) speeds up changeovers. 5S keeps a workspace organized enough that problems are visible instead of buried. Visual controls make normal and abnormal obvious at a glance. Mistake-proofing removes the chance of error altogether, the same idea behind a car that won't let you lock the doors with the keys still inside.

None of it depends on a redesign from engineering or a mandate from above. It depends on shop-floor teams who are trained to spot a defect, empowered to fix what they can, and trusted to flag what they can't.

Ask yourself: Are your shop-floor technicians and operators trained and empowered to make these kinds of equipment improvements?

Closing

Operator Equipment Care creates ownership at the source. Lubrication protects the asset at a common and preventable point of failure. Preventive and Predictive Maintenance turns failure modes into proactive strategy. Equipment Improvement puts the fix directly in the hands of the people closest to the problem.

Together, these four disciplines manage equipment performance at the asset level. What makes them work is the partnership between Production and Maintenance, reinforced by shop-floor teams who are trained and trusted to act.

Keep in mind, we can either, through partnership, share ownership and care proactively, or we can share the pain and negative consequences if we decide to operate as separate, siloed departments.

Your physical assets don't perform well by accident, and they don't fail by accident either.