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The Reliability Conference 2025: Actionable Insights for Reliability Success.

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Tips

How to Master the Master Asset List

EAM starts with the Master Asset List, but what can a business do to begin with its best foot forward?

To kick off the most advantageous EAM program, businesses need to compose a Master Asset ...

Efficient Capital Expenditure

Replace assets with low operational efficiency

Spending capital on replacing an asset with low operational efficiency due to high expenditure can improve the ROA for an organization. High

...Capital expenditures on asset replacement with lower overall expenditure

Are You Wasting Time and Money on Quick Repairs?

Comments that we have heard in all types of industry are “We always have the time or money to do the repair over, but never time or money to do it right”. Many times when equipment fails there is an incredible rush to get the machine back online due to some production requirement. This usually leads to repairs that are inadequate or incomplete. It is important to remember that as long as your lock is on the machine it is not going to go back into service until you remove that lock. It could take as little as an additional 30 minutes to allow the machine to be repaired completely, but instead the job is rushed and a few weeks or a couple of months later the same machine is being repaired for the same reasons again. Production controls the purse strings that is a given, but generally product quality and maintenance cost can be better controlled by allowing for a complete repair not a partial fix. A couple of examples that come to mind are on belt driven machines. Many repair techs simply roll V-belts on and off for removal or installation. Have you ever noticed a V-belt running upside down? In most cases it is due to the cords in the backing of the belt being broken. This is usually caused from rolling the belts on or off the sheave. If “power band belts” are used the cost of those belts are usually higher than the sheaves that the belts are running on. It is a paradox that brand new belts will be installed on worn out sheaves. When the sheaves are replaced most of the sheaves are affixed to the shaft with a taper lock hub. How many people use an indicator to ensure that the sheaves are square to the shaft and not just tighten the hub with an impact wrench? How many are taking the time to precision align the equipment after replacing belts or sheaves? Poor alignment or incorrect installation are the most common causes of abnormal wear of sheaves and pulleys. There are others examples, but hopefully this drives the point home. Repairs need to be done in a timely fashion in cooperation with production to minimize downtime and reduce any effects on quality.

Learn about LUDECA belt/pulley ...

Executive Sponsorship with Bill Wilder

Watch this video tip about Executive Sponsorship

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Laying Asset Management Foundations for Success


Start with the right foundation.

When you’re managing a large portfolio of physical assets, your ability to achieve long-term and sustainable success depends on fundamental building blocks:

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Wrench Time Wonder

Question: What is the quickest way to improve wrench time?

Answer: Short repairs during PMs (defined as short but complete repairs on problems found during PMs that are done during the PM).

To see how this works let's list the activities of a PM from soup to nuts.

Activity
Get job assignment
Move truck (equipment) from yard (dead line) to bay
...
Travel to job with materials and tools (field and infrastructure)
Quick safety walk down
Perform work (this is the only real wrench time)
Clean up work area on truck
Unlock, un-Tag
Move truck to go line, return to operations
Return tools and excess materials
Do paperwork, work order, closing comments
Inherent Defect Elimination

Uptime Elements Defect Elimination

While predictive and preventive maintenance activities are useful in preventing failures, they do not permanently eliminate the defects inherent in an asset that allow the deterioration

...

What’s the Role of the Reliability Engineer?

The primary role of the Reliability Engineer is to identify and manage asset reliability risks that could adversely affect plant or business operations. This broad primary role can be divided into three smaller, more manageable roles: Loss Elimination, Risk Management and Life Cycle Asset Management.

Loss Elimination

One fundamental role of the Reliability Engineer is to track the production losses and abnormally high maintenance cost assets, then find ways to reduce those losses or

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Have You Established Adequate EAM Safeguards?

Align availability and cost management to achieve an acceptable level of risk

Downtime risk aversion is a natural antithesis to cost efficiency in the world of enterprise asset management.

When ...

Critical Connections: Application in Plants

There are several ways in which this information can be applied. One way deals with instances where there are either one or a small number of assets making up the fleet. The best example of


Quick Decision Checklist

Sometimes it is necessary to make quick decisions in the course of the day. There might be no time for research or reflection. There is one thing that you should do ahead of time. Know your ...

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