The Simple PWWEAM Methodology to Use to Design, Build, and Embed a Life Cycle EAM System that Gets World Class Reliability

Now, every organization can create an enterprise asset management (EAM) system that gets outstanding equipment availability and productivity for the entire service life of your operating assets with the Plant Wellness Way (PWW) life cycle EAM methodology. PWWEAM puts a failure-free, life cycle asset management system-of-reliability into your organization that removes operating risks and eliminates the root causes of equipment failures from throughout the asset life cycle.

PWW EAM uses modern principles and practices from materials science, business finance, risk management, and human psychology to make world class reliability, world class productivity, and world class operating profits standard performance from your operating assets. It is a simple, universal asset management methodology easily used by shopfloor maintainers through to degree qualified managers and executives.

The Plant Wellness Way Enterprise Asset Management methodology designs, builds, and embeds the ideal life-cycle EAM system-of-reliability into your organization’s processes and practices. You are welcome to use the links listed below to freely download and discover the PWWEAM answers and solutions you will use to get endless, failure-free operating asset service life.

INTRODUCTION AND OVERVIEW OF PWWEAM

• • Introduction to Plant Wellness Way EAM Methodology (PDF)
  • Introduction to PWW EAM Presentation Slides (PPT)
  • Paper Clip Failure Density Distribution Curve Activity (PPT)
  • Paper Clip Failure Distribution Curve Report (PDF)

IONICS PROCESS 1 – Identify Risks from Asset Failure

• • Chap01-Reliability of Work, Processes, and Machines (PDF)
  • Chap02-The Physics of Failure (PDF)
  • Chap03-Variability in Outcomes (PDF)
  • Chap04-The Instantaneous Cost of Failure (PDF)
  • Chap05-Preventing Life Cycle Risks (PDF)
  • Chap06-IONICS PROCESS 1-Identify Risks (PDF)
  • Process1 Identify Risks from Asset Failure Presentation Slides (PPT)
  • Sample of Identifying Working and Critical Assemblies (EXCEL)

IONICS PROCESS 2 – Order Risks by Criticality

• • Chap07-Asset Management for Plant Wellness (PDF)
  • Chap08-Quality Standards for Failure Prevention (PDF)
  • Chap09-Operating Equipment Risk Assessment (PDF)
  • Chap10-IONICS PROCESS 2-Order Risks by Criticality (PDF)
  • Process2 Order Risks by Criticality Presentation Slides (PPT)
  • Risk costs calculator by HW (EXCEL)
  • Sample of Asset Maintenance History (EXCEL)
  • Sample of Diaphragm Pump Maintenance History and Run Chart (EXCEL)
  • Sample of Operating Criticality 1 and 2 Analysis (EXCEL)
  • Sample Risk Cost Calculator for Return Roller (EXCEL)

IONICS PROCESS 3 – Negate Risks Solutions

• • Chap11-Removing Risks and Raising Reliability (PDF)
  • Chap12-Chance Reduction Risk Management (PDF)
  • Chap13-Selecting Reliability Strategy (PDF)
  • Chap14-IONICS PROCESS 3-Negate Component Risks (PDF)
  • Process3 Negate Component Risk Solutions Presentation Slides (PPT)
  • POF Factors – Mechanism Guidewords (EXCEL)
  • Sample 3-Factor Risk Analysis (EXCEL)
  • Sample POF Factors Analysis for a Component (EXCEL)
  • Sample POF Guidewords Selection (EXCEL)
  • Sample POF Reliability Strategy Development (EXCEL)
  • Set 3T Quality Standards (PDF)

IONICS PROCESS 4 – Install Risk Solutions

• • Chap15-The Accuracy Controlled Enterprise (PDF)
  • Chap16-Organisation Structure and Teams (PDF)
  • Chap17-Precision Maintenance Skills and Standards (PDF)
  • Chap18-IONICS PROCESS 4-Install Risk Controls (PDF)
  • Process4 Install Risk Control Solutions Presentation Slides (PPT)
  • Sample1 ACE 3T SOP – Pipe Flange (PDF)

IONICS PROCESS 5 – Cultivate Process Success

• • Chap19-Reliability Growth Cause Analysis (PDF)
  • Chap20-Measuring to Improve Performance and Results (PDF)
  • Chap21-Improving the Chance of Process Success (PDF)
  • Chap22-IONICS PROCESS 5-Cultivate Huge Chance of Process Success (PDF)
  • Process5 Cultivate Chance of Process Success Presentation Slides (PPT)
  • Sample COS Analysis for Roller Bearing (EXCEL)
  • Sample COS Mapping – Identify All Shutdown Work Scope Content (EXCEL)

IONICS PROCESS 6 – Synthesize Continual Improvements

• • Chap23-Failure Root Cause Prevention (PDF)
  • Chap24-Change Management for Workplace Innovation (PDF)
  • Chap 25-Plant Wellness Audit Index (PDF)
  • Chap26-IONICS PROCESS 6-Synthesize Continual Improvements (PDF)
  • Process6 Synthesize Continual Improvements Presentation Slides (PPT)
  • Template PWI Assessment (EXCEL)
  • Change to Win Workbook (PDF)

APPENDIX

• • Appendix – Summary of PWWEAM Methodology (PDF)

Make contact when you want more information about a PWW EAM system-of-reliability for your organization’s physical assets to ensure they are always world class reliable and productive.

Mike Sondalini
PWW EAM System-of-Reliability
Senior Consultant

End Reliability Problems

The scientifically based PWW EAM methodology designs and builds an integrated, life cycle EAM system-of-reliability that ensures you get world class reliable, productive, and profitable operating assets.

A modern, simple, formulaic PWW life cycle EAM system delivers trouble-free, zero breakdown equipment. Use it to reach the pinnacle of world class reliability.

Read the free report below, “A Different Way to Think about Operational Management” and learn about a life cycle EAM system that gets world class reliable operating assets: The Plant Wellness Way EAM System-of-Reliability. It quickly brings world class reliability and productivity, with least operating and maintenance costs, to any operating asset.

For organizations that want world class operational, maintenance, and reliability success, a PWWEAM System-of-Reliability is a sure, simple way to slash operating costs, eliminate the need for maintenance, and greatly extend capital equipment service life by maximizing asset reliability forevermore. Test it on your worst performing assets and see for yourself.