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defect elimination

Taming the Process Butterfly Valves
Work Execution Management

Taming the Process Butterfly Valves

Dive into DC Water's tried and true maintenance program for replacing butterfly valves. This is a critical process, as the replacements occur in the final stage before treated wastewater enters the Potomac River. Expert mechanical maintenance manager Laura Knox shares how it is done in this presentation.

Reliability Radio EP 288: Ron Moore -Defect Elimination
Work Execution Management

Reliability Radio EP 288: Ron Moore -Defect Elimination

In this podcast, we talk to Ron about his work on his book “Defect List: A Common Sense approach to Defect Elimination.”

Sometimes You Just Need to Start
leadership for reliability

Sometimes You Just Need to Start

Knowing how RCM can positively affect many aspects from the bottom line to staff engagement makes starting well and getting it right the first time the goal. Starting anything should be the goal.

Taming the Process Butterfly Valves

Taming the Process Butterfly Valves

Leaking butterfly valves were preventing proper function of effluent filters at DC Water’s 380-MGD Blue Plains AWTP.

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Eliminating Defects from Maintenance Workmanship
work execution management

Defects from Maintenance

Defects are anything that creates waste, erodes value, reduces production, compromises health, poses safety risks, or negatively impacts the environment.

Defect Elimination in the context of Uptime Elements
work execution management

Defect Elimination in the context of Uptime Elements

Defect Elimination means a lot of things to a lot of people. Uptime Elements offers a specific context for defect elimination [DE] as a success factor on the reliability journey [RJ].

Achieving Operational Performance Through Maintenance And Reliability
leadership for reliability

Achieving Operational Performance Through Maintenance And Reliability

While most asset management and reliability efforts focus on reliability for the sake of the asset, this little gem focuses on bridging the gap between maintenance and operations.

Why Defect Elimination Is Effective
work execution management

Defect Elimination is Effective for Reliability

Defect elimination (DE) is one of the more straightforward factors that can render immediate and significant savings.

Becoming a High Reliability Organization Through Defect Elimination
Work Execution Management

Becoming a High Reliability Organization Through Defect Elimination

High reliability organizations (HRO) are organizations that effectively manage risks by identifying and controlling probability and consequence. Defect elimination is at the core to any organization wanting to improve or simply sustain their asset reliability.
 

Reducing Vibration Through Precision Maintenance
Asset Condition Management

Reducing Vibration Through Precision Maintenance

What useful life can you expect from a motor if it is installed and maintained with an eye toward precision?

Becoming a High Reliability Organization Through Defect Elimination
Work Execution Management

Becoming a High Reliability Organization Through Defect Elimination

High reliability organizations (HRO) are those that effectively manage risks by identifying and controlling probability and consequence.

Confidence: The Magical Element of Cross Functional Teams by Winston Ledet
work execution management

Confidence: The Magical Element of Cross Functional Teams by Winston Ledet

Please join Winston Ledet founder of the Manufacturing Game for a 12 minute video lesson about achieving success with small cross functional teams.

Reducing Vibration Through Precision
Work Execution Management

Reducing Vibration Through Precision

Reducing vibration no doubt reduces fatigue and failure, as proven by Dr. Wernher von Braun and leading reliability engineering schools, therefore increasing a component’s life span. 

Driving Defect Elimination and Continuous Improvement by Leveraging Big Data and Machine Learning

Driving Defect Elimination and Continuous Improvement by Leveraging Big Data and Machine Learning

This presentation will highlight the application and benefits of leveraging big data and machine learning on current and historical equipment reliability downtime events. This will allow us to better understand, predict, and control the condition and performance of HMEs. Both supervised and unsupervised machine learning methods will be used to extract valuable knowledge and information from the data for pattern recognition and classification.

10 Steps to Precision Maintenance Reliability Success
Work Execution Management

10 Steps to Precision Maintenance Reliability Success

While many factors contribute to lost opportunities for today’s manufacturers, equipment failures and breakdowns continue to be near the top of the list.

Hendrix Precision Maintenance
Work Execution Management

Hendrix Precision Maintenance

Hendrix Precision Maintenance, Hands-On Training will equip your maintenance team with the vital skills and implementation strategies needed to achieve and sustain reliable results. The plain truth is, our craftsmen, entrusted to maintain a multi-million-dollar fleet of machinery, have never been taught the precision maintenance skills necessary to

“Do it Once - Do it Right.”

Creating a Shadow Network for Effective Defect Elimination
Work Execution Management

Creating a Shadow Network for Effective Defect Elimination

IMC-2017 Learning Session - 45:04
by George Mahoney, Merck.

This presentation explains how to create and tap into a cross-functional “shadow network” of people inside your organization who share a passion for making things better today than they were yesterday.

Hindsight - Taking Notice of the Telltale Signs
Reliability Engineering for Maintenance

Hindsight - Taking Notice of the Telltale Signs

IMC-2017 Learning Session - 31:59
by Timothy Rice, Rio Tinto

Hindsight is the ability to understand an event or situation only after it has happened. How many times have you witnessed a catastrophic equipment failure and realized during the root cause analysis investigation that the little indicators you were seeing were the telltale signs that a catastrophic failure was about to occur?

Some significant equipment failure events which occurred recently showed just how much we need to take more notice of these “telltale” signs and prompted some questions. Have we become desensitized in our ability to recognize the telltale signs of failing equipment and are we accepting them as the new normal? How do we remove the complacency around these leading indicators?

To regain control we must introduce some chronic unease around the health of our assets and what we are accepting as a normalization of deviance.

Inherent Defect Elimination
Reliability Engineering for Maintenance

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

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How Nova Scotia Power Implemented Its AM Program: Equipment Integrity Through PdM and RBI
Work Execution Management

How Nova Scotia Power Implemented Its AM Program: Equipment Integrity Through PdM and RBI

Aging assets, changing utilization, demographics and regulatory changes precipitated the need for an innovative and comprehensive asset management (AM) program at Nova Scotia Power Inc. (NSPI). Building on the elements of PAS55 and ISO55000, NSPI constructed a program for its power production business. The universal challenges of an aging infrastructure and workforce, along with industry specific and regulatory changes, demanded a shift in the company’s organizational philosophy toward asset management. Many of the company’s generating equipment assets are 30 to 40 years of age and had reached a point where new strategies were required. Among those strategies is the implementation of condition-based monitoring (CBM) techniques.

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