John Reeve will be giving two presentations on asset management systems using the Uptime Elements Framework from a Maximo perspective. The sessions will cover Champions III from 8:30-9:15am and Champions VII from 9:30-10:15am on January 29th. Reeve has extensive experience as a Maximo consultant and in asset management design. He is a certified reliability leader and has written on industry best practices.
You want to learn how to rank your equipment based on criticality then this chapter from the "Rules of Thumb for Maintenance and Reliability Engineers Handbook.
This document will describe the structured evaluation methodology used to “Identify Critical Equipment”. Criticality Analysis identifies the assets which contribute the most asset reliability, throughput, safety, etc. Without an effective criticality analysis an organization lacks focus on what assets contribute the most to their business.
If you have questions about asset criticality analysis send an email to Ricky Smith at askrickysmith@gmail,com
FRACAS: A method of analyzing the failure codes assigned to the individual work orders and identifying common themes and trends. The root cause of the high impact items are determined, with a corrective action identified and executed to prevent reoccurrence of the issue.
You want to learn how to rank your equipment based on criticality then this chapter from the "Rules of Thumb for Maintenance and Reliability Engineers Handbook.
This document will describe the structured evaluation methodology used to “Identify Critical Equipment”. Criticality Analysis identifies the assets which contribute the most asset reliability, throughput, safety, etc. Without an effective criticality analysis an organization lacks focus on what assets contribute the most to their business.
If you have questions about asset criticality analysis send an email to Ricky Smith at askrickysmith@gmail,com
FRACAS: A method of analyzing the failure codes assigned to the individual work orders and identifying common themes and trends. The root cause of the high impact items are determined, with a corrective action identified and executed to prevent reoccurrence of the issue.
Criticality is a tool that allows the objective evaluation of the potential consequences of equipment breakdown on a plant as a result of functional failures. It helps determine the characteristics that make one piece of equipment more critical to overall plant performance than another.
This presentation outlines the processes and benefits of applying enhanced maintenance planning techniques such as Reliability Centred Maintenance at your place of work. Please go to www.simenergy.co.uk for more information.
Definition of RCM, principles and goals of RCM; Four major components of RCM: reactive maintenance, preventive maintenance, predictive testing and inspection and proactive maintenance; RCM strategies.
Application of Shainin techniques in Manufacturing Industry- Scientific Probl...Karthikeyan Kannappan
Elimination of wastage is one of the main criteria for “All inclusive growth”. Among the seven kinds of waste in Lean Toyota Production System – wastage on rework and scrap is a vital one. To minimise this waste the root cause of the chronic issues are to be identified and the manufacturing process is to be made robust. When solving chronic issues, on many occasions, the solution is found to be modifying current product / process specifications. This is because the traditional practice of accepting conformance to specification as gateway to quality – has camouflaged the root cause. Hence use of Scientific tool like Shainin Techniques which is impervious to specification will enhance the finding of root cause – in long standing chronic issues.
Shainin Technique is a problem solving tool which is used to solve the chronic problems in simple manner.
Dorian Shainin , an American famous statistician has developed these techniques based upon more than 50 years of his experience. There is a famous saying at Motorala, wherein these techniques are used to attain “six sigma” Shainin Philosophy is that “Do not let the engineers do the Guessing,Let the parts do the Talking”.
Maintenance Planning and Scheduling are key elements that influence the true success of any organization. Many times we have a planner or planner/scheduler, but do not know how to use him or her effectively or efficiently.
KEY TO PROFITABILITY: SPARE PART MANAGEMENTDr. V.N. Tikku
Many companies fail not because of more consumption but due to maintenance of huge spare inventory which remains underutilized ! The presentation looks in to reasons as well as remedial actions...
Review SMRP's Five Pillars of Knowledge. The guided study is an intensive review of each pillar's components designed for organizations looking to further develop their team through CMRP certification.
Effective Maintenance Planning and Scheduling is a requirement not an option if one wants to optimize the effectiveness and efficiency of their maintenance workforce. Yes, identifying the right work is key however without effective maintenance planning and scheduling work execution will not be as effective and efficient.
Maintenance Wrench time is directly impacted by the effectiveness of maintenance planning and scheduling (Wrench time is the amount of time a maintenance person has their "hands on tools". World Class ranges from 55-65%)
Criticality is a tool that allows the objective evaluation of the potential consequences of equipment breakdown on a plant as a result of functional failures. It helps determine the characteristics that make one piece of equipment more critical to overall plant performance than another.
This presentation outlines the processes and benefits of applying enhanced maintenance planning techniques such as Reliability Centred Maintenance at your place of work. Please go to www.simenergy.co.uk for more information.
Definition of RCM, principles and goals of RCM; Four major components of RCM: reactive maintenance, preventive maintenance, predictive testing and inspection and proactive maintenance; RCM strategies.
Application of Shainin techniques in Manufacturing Industry- Scientific Probl...Karthikeyan Kannappan
Elimination of wastage is one of the main criteria for “All inclusive growth”. Among the seven kinds of waste in Lean Toyota Production System – wastage on rework and scrap is a vital one. To minimise this waste the root cause of the chronic issues are to be identified and the manufacturing process is to be made robust. When solving chronic issues, on many occasions, the solution is found to be modifying current product / process specifications. This is because the traditional practice of accepting conformance to specification as gateway to quality – has camouflaged the root cause. Hence use of Scientific tool like Shainin Techniques which is impervious to specification will enhance the finding of root cause – in long standing chronic issues.
Shainin Technique is a problem solving tool which is used to solve the chronic problems in simple manner.
Dorian Shainin , an American famous statistician has developed these techniques based upon more than 50 years of his experience. There is a famous saying at Motorala, wherein these techniques are used to attain “six sigma” Shainin Philosophy is that “Do not let the engineers do the Guessing,Let the parts do the Talking”.
Maintenance Planning and Scheduling are key elements that influence the true success of any organization. Many times we have a planner or planner/scheduler, but do not know how to use him or her effectively or efficiently.
KEY TO PROFITABILITY: SPARE PART MANAGEMENTDr. V.N. Tikku
Many companies fail not because of more consumption but due to maintenance of huge spare inventory which remains underutilized ! The presentation looks in to reasons as well as remedial actions...
Review SMRP's Five Pillars of Knowledge. The guided study is an intensive review of each pillar's components designed for organizations looking to further develop their team through CMRP certification.
Effective Maintenance Planning and Scheduling is a requirement not an option if one wants to optimize the effectiveness and efficiency of their maintenance workforce. Yes, identifying the right work is key however without effective maintenance planning and scheduling work execution will not be as effective and efficient.
Maintenance Wrench time is directly impacted by the effectiveness of maintenance planning and scheduling (Wrench time is the amount of time a maintenance person has their "hands on tools". World Class ranges from 55-65%)
How to Create an Effective Preventive Maintenance Schedule?CryotosCMMSSoftware
Are you tired of dealing with unexpected equipment breakdowns and costly disruptions? It's time to take control and create an effective preventive maintenance schedule to revolutionize your business! Discover the step-by-step process to create a rock-solid preventive maintenance schedule that maximizes equipment uptime, minimizes downtime, and optimizes your resources.
Cryotos CMMS Software is here to support your maintenance success every step of the way. Feel free to reach out if you have any questions or need further guidance. Let's make your preventive maintenance schedule a game-changer!
Reliability-centered maintenance (RCM) & Total Productive Maintenance (TPM).pptxSamuel Gher
Two effective theories for maximising equipment care are Reliability-Centered Maintenance (RCM) and Total Productive Maintenance (TPM). Using a data-driven methodology, RCM assigns specific maintenance activities based on the prioritisation of important equipment and the analysis of possible breakdowns. Imagine it like a specialised physician locating and treating particular weak points. TPM, on the other hand, uses employee engagement to promote a continuous improvement culture. Everyone assumes responsibility for maintaining the equipment, from operators doing routine upkeep to quality specialists identifying the underlying causes of defects, much like a well-trained team. Both strive for maximum equipment efficiency, while TPM places more emphasis on cultural change and RCM emphasises accuracy. The best strategy for you will rely on your unique requirements. TPM works best with widespread participation, while RCM excels with vital equipment. In the end, integrating these ideas can result in a really strong
Software AG was top ranked in current offering and received among the highest scores in the strategy category in the Forrester Wave. webMethods Hybrid Integration Platform combines traditional on-premise integration with cloud integration capabilities to support a wide range of integration patterns for the modern digital enterprise.
Kellton Tech’s Digital Connected Enterprise (DCE) is a leader in enterprise-level integration, API management and multi-speed IT strategy, leveraging Software AG’s Digital Business Platform Kellton Tech empowers world’s best-known brands to effectively use Software AG’s Digital Business Platform to innovate, differentiate and win in the digital world.
In this session, we will discuss
- Details about webMethods 9.12 release
- Significant features and enhancements in webMethods 9.12
- Kellton Tech’s upgrade methodology and modernization offering
Highlight the top trending security issues and guide GRC professionals in implementing data analytics and risk modelling to enhance GRC activities by choosing the right GRC technologies.
Ariel Partners has developed a comprehensive program for governance and oversight of large-scale agile projects in the US federal government. This program is structured as a set of eleven major focus areas. Within each focus area, there are specific oversight objectives, activities, and metrics. The output is captured in an excel spreadsheet that calculates a set of quantitative measures, which are then aggregated to automatically produce a composite score, using a similar scoring strategy to FITARA. The program is comprehensive, but it is based on a set of simple principles. We have prepared a presentation that summarizes the program’s key points.
Reliability Centred Maintenance is a process used to determine what must be done to ensure that any physical asset continues to fulfil its intended functions in its present operating context.
Comcast, Integra LifeSciences, LPL Financial, and Smucker's - Doing Your ERP ...Oracle
The GRC panel “Doing Your ERP Implementation/Upgrade Right with Oracle Advanced Controls Solutions” Session ID: CON8210. Find out how they accelerated and improved their EBS and PeopleSoft implementations, upgrades, module rollouts and patching using Advanced Controls. This is a great opportunity to learn from some of the most experienced Advanced Controls owners around!
Similar to asset management system as defined by uptime elements John Reeve.pptx (20)
Industrial Training at Shahjalal Fertilizer Company Limited (SFCL)MdTanvirMahtab2
This presentation is about the working procedure of Shahjalal Fertilizer Company Limited (SFCL). A Govt. owned Company of Bangladesh Chemical Industries Corporation under Ministry of Industries.
Immunizing Image Classifiers Against Localized Adversary Attacksgerogepatton
This paper addresses the vulnerability of deep learning models, particularly convolutional neural networks
(CNN)s, to adversarial attacks and presents a proactive training technique designed to counter them. We
introduce a novel volumization algorithm, which transforms 2D images into 3D volumetric representations.
When combined with 3D convolution and deep curriculum learning optimization (CLO), itsignificantly improves
the immunity of models against localized universal attacks by up to 40%. We evaluate our proposed approach
using contemporary CNN architectures and the modified Canadian Institute for Advanced Research (CIFAR-10
and CIFAR-100) and ImageNet Large Scale Visual Recognition Challenge (ILSVRC12) datasets, showcasing
accuracy improvements over previous techniques. The results indicate that the combination of the volumetric
input and curriculum learning holds significant promise for mitigating adversarial attacks without necessitating
adversary training.
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptxR&R Consult
CFD analysis is incredibly effective at solving mysteries and improving the performance of complex systems!
Here's a great example: At a large natural gas-fired power plant, where they use waste heat to generate steam and energy, they were puzzled that their boiler wasn't producing as much steam as expected.
R&R and Tetra Engineering Group Inc. were asked to solve the issue with reduced steam production.
An inspection had shown that a significant amount of hot flue gas was bypassing the boiler tubes, where the heat was supposed to be transferred.
R&R Consult conducted a CFD analysis, which revealed that 6.3% of the flue gas was bypassing the boiler tubes without transferring heat. The analysis also showed that the flue gas was instead being directed along the sides of the boiler and between the modules that were supposed to capture the heat. This was the cause of the reduced performance.
Based on our results, Tetra Engineering installed covering plates to reduce the bypass flow. This improved the boiler's performance and increased electricity production.
It is always satisfying when we can help solve complex challenges like this. Do your systems also need a check-up or optimization? Give us a call!
Work done in cooperation with James Malloy and David Moelling from Tetra Engineering.
More examples of our work https://www.r-r-consult.dk/en/cases-en/
asset management system as defined by uptime elements John Reeve.pptx
1. Asset Management System
as defined by the
Uptime Elements Framework
John Reeve, Author, CRL, CMMS Champion
from a Maximo Perspective
Jan. 29th Monday
8:30am – 9:15am
Champions III
Jan. 29th Monday
9:30am – 10:15am
Champions VII
Session #1 Session #2
2. Speaker Background Grand Gulf
Nuclear Station
1 0 0
Posts
U.S Patent 7,421,372
Maintenance
Scheduling
2nd consultant hired by the company that invented
Maximo.
Spent the first 10 years as an international consultant
in project management supporting cost/schedule
design. Aerospace and defense industries, as well as
nuclear power, depended on this software.
U.S. Patent in maintenance scheduling – called the
“order of fire” for resource leveling
In the following 20 years, specialized in asset
management design.
Certified Reliability Leader
13,000 LinkedIn followers
100 postings on industry best practices, numerous
trade magazine articles
Frequent speaker at Reliability Web and Maximo
software venues
Book: Failure Modes to Failure Codes
Able to comfortably discuss advanced processes for
both asset reliability and work force productivity.
Significant overseas assignments include Australian
Defence Industry (Sydney), Australian Submarine
Corporation (Adelaide), Pohang Steel (South Korea),
Guangdong Nuclear Power (China) and Power
Generation Company of Trinidad.
Aided in 1st RCM for Maximo Industry Best Practices
course, taught as PSDI consultant
4. The software may be world class but you still need someone to
state the vision, and then, develop supporting processes.
Asset Management is what you extract
from the Asset Management System
CMMS
MAXIMO
Advanced processes provide
the largest potential
return on investment
5. How to get Certified
Passport set
Five main
verticals
Read these
books
or, attend a 1
week course
6. Most organizations would benefit from a
Long Range Plan
What makes up an
Asset Management System?
What value do the
Uptime Elements
provide?
How do these
elements relate
to Maximo?
7. Asset Management
strategy and
plans
corporate
responsibility
strategic asset
management plan
risk
management
asset
knowledge
asset lifecycle
management
decision
making
performance
indicators
continuous
improvement
executive
sponsorship
operational
excellence
human capital
management
competency
based learning
integrity reliability
journey
Asset
Condition
information
Infrared
Thermal
imaging
Non
Destructive
testing
Vibration
analysis
fluid
analysis
Ultrasound
testing
motor
testing
Machinery
lubrication
Alignment &
balancing
Reliability
Strategy
development
Reliability
Centered
design
Capital
Project
management
Reliability
engineering
Criticality
analysis
Root cause
analysis
Reliability Engineering
for Maintenance
8. Asset Management Roadmap
Although each journey is unique, the
Asset Management Roadmap creates a
comprehensive long range plan based
on organizational priorities and
availabilities.
The Long Range Plan also supports
sustainment activities, such as:
Benchmarking activities
Attending Maximo World
Obtaining CRL staff accreditation
Error Checks and Proactive Audits
Establish
Core
Team
Define
End-Game
01
Create
Strategic
Plan
02
04
Identify
Best
Practices
05
Define
Critical
Procedures
06 Define
Failure
Analytic
12
Conduct
Blended
Training
15
Perform
Criticality
Analysis
16
Perform
RCM/PMO
Analysis
17
Optimize
Planning
Scheduling
18
Impl.
Mobile
Solution
19
Assumption:
o CMMS is installed.
o Organization requests assistance in Asset Management processes
o Requests Long Range Plan showing improvement initiatives
14
Implement
Chronic
Failure
Analysis
03
Identify
Stakeholders
07
Create
AS-IS
TO-BE
08
Perform
GAP
Analysis
09
Create
Action
Plan
13
Load
Missing
Foundation
Data
20
Create
Long Range
Plan
Configure
System
10
Capture Failure
Mode on WO
11
Create
Reliability
Team
You can install software,
but you cannot install reliability.
9. Lets start
here.
Reliability LeaderTM, Uptime® ElementsTM, Reliability Framework and Asset Management SystemTM and Reliability LeadershipTM are the trademark(s) or registered
trademark(s) of NetexpressUSA Inc. d/b/a Reliabilityweb.com and its affiliates in the USA and in several other countries.
D e f e c t T r a c k i n g
Work Execution Management
is one of five verticals within the
Asset Management System
framework, provided by
Uptime Elements.
PM, PS and MRO are
singled out due to
their significance and
complexity within
Work Execution.
ODR and DE are
typically new topics
within the CMMS
community.
Defects will never stop. They are
forever being introduced and
perpetuated.
Defects will never stop. They are
forever being introduced and
perpetuated.
10. Goal #1: Build a proactive maintenance program which involves failure mode identification by O&M staff; precision
maintenance training for technicians; and RCM training for senior staff. Lastly, get Reliability Engineer involved.
Goal #2: Operations personnel should be used in 10-40% of all PM duties. This would free-up maintenance to
increase PdM activities, and gain a partner in asset reliability.
Operator Driven Reliability has operators performing minor & recurring maintenance tasks. Operators need to
accept ownership of asset reliability. They can (1) identify and report failure modes sooner, and, (2) perform basic
servicing by replacing filters, and performing lubrication. They could also have basic PdM tools with them on rounds.
ODR Basic Tasks – qualifying criteria
1. No more than one basic skill is involved, such as mechanical or electrical; but no special tool requirements
2. Only minor adjustments or lubrication activities
3. Troubleshooting “if then … then this”, e.g. electrical resets or clearing a jam
4. Defect elimination or improvement activities are encouraged
5. No significant disassembly
6. Before starting ODR program, there should be some type of “buy-off” to verify proper operator knowledge.
Senior maintenance staff should conduct walkdown to discuss possible failure modes.
7. Every operator who is assigned an ODR task should have access to the single point lesson (SPL).
Best-in-Class Tips:
Some organizations have Defect Elimination teams who work together to make improvements.
In some organizations, the maintenance staff is offered advance training in Condition Based Technologies.
Reliability is Everyone’s Job -- including Operations
11. Some Organizations focus heavily on Cost Management
Reliable companies will have a competitive advantage due to best-
in-class practices. This allows them to maintain a positive margin
even in a depressed market place. Maximo Advanced Processes
How do you optimize
costs to improve
reliability?
12. CMMS
I M P L E M E N T --- U T I L I Z E --- O P T I M I Z E
PLAN & SCHEDULE
DEFECT ELIMINATION
RCM ANALYSIS
PM OPTIMIZATION
CRITICALITY ANALYSIS
CHRONIC FAILURE ANALYSIS
OPERATOR DRIVEN RELIABILITY
ANALYTICAL REPORT DESIGN
WORK ORDER FEEDBACK
STO SCHEDULING
PROJECT COST TRACKING
RISK BASED
PRIORITIZATION MATRIX
LABOR
Select CMMS based on
1. Ability to configure
2. User community size
3. Industry-product ratings
4. Number of available add-ons
Design CMMS to manage by exception
1. Identify failure analytic and
other key reports
2. Reverse engineer
input reqmts.
WEEKLY
SCHEDULE
FAILURE
CODES
EMER/URGENT – PLANNED CORRECTIVE – PM/PdM - MINOR
WORK PRIORITIZATION + CATEGORIZATION
SAFETY-HAZARD REVIEW
WO Initiation
F O U N D A T I O N D A T A
cron
B A C K L O G
M A N A G E M E N T
DAILY
PLAN
ASSET
LOCATION
CRAFT CALENDAR
INVENTORY
ITEM
rop, eoq,
lead-time, safety
COMPANIES
auto
replenish
PM
JOBPLAN
ORGANIZATION
STRATEGIC TACTICAL BUSINESS PROCESS
Vision-mission
Dept Goals
Business Rules
Flow charts
CMMS SOPs
KPIs + metrics
RACI
1.0
1.2
1.3
RELIABILITY TEAM
RCM SCREEN INSIDE CMMS
FAIILURE MODE ON WO
1.1
ASSET CONDITION
ROOT CAUSE ANALYSIS
MAINT.DOWNTIME CAPTURE
13. Reliability LeaderTM, Uptime® ElementsTM, Reliability Framework and Asset Management SystemTM and Reliability LeadershipTM are the trademark(s) or registered
trademark(s) of NetexpressUSA Inc. d/b/a Reliabilityweb.com and its affiliates in the USA and in several other countries.
Strategic Asset Management Policies
Asset Category; Asset Criteria/Definition
Replacement Cost; Asset Condition Tracking
Expected Service Life; Average Age
Levels of Service
Maintenance Schedules
Cost Tracking; Growth Plan; Capital Projects
Disaster Planning; Risk Management
Asset Management Plan by Category showing SLA
14. SHAREHOLDERS END-GAME
CMMS DATA
MISSION-VISION
CORPORATE POLICY
ASSET MANAGEMENT STRATEGY
ASSET MANAGEMENT PLANS
ASSET MGMT
KNOWLEDGE
FOUNDATION
DATA
TRANSACTION
DATA
INDUSTRY
BEST
PRACTICES
DECISION
MAKING
RISK
MGMT
MANAGEMENT
OF CHANGE
LONG RANGE
PLAN (LRP)
CONTINUOUS
IMPROVEMENT
The LRP is a
greatly
under-
utilized tool
for
consolidating
improvement
initiatives
and adding
clarity.
KPIs provide
measures;
analytics
provide insight.
Too often the
CMMS user
assumes the
product o.o.b.
will have the
analytics they
need.
The analytical
reports could very
well impact the
data capture
requirements.
Thus if the CMMS
team fails to
think ahead,
capabilities
will be lost.
ANALYTICAL
REPORTS
ACTION
TRACKING
This initiative is certainly valid but if
left up to the day-to-day worker,
minimal benefit may occur. Therein
several techniques are warranted such
as WO Feedback, asset condition
capture, chronic failure analysis, RCA,
defect elimination, auditing, SQL error
checks, benchmarking, RACI chart,
asset owners, story boards, posters,
and of course training.
Continuous Improvement
1.0 1.2 1.3
1.1
Design the CMMS
to manage by
exception
-- Steven Covey
15. Reliability LeaderTM, Uptime® ElementsTM, Reliability Framework and Asset Management SystemTM and Reliability LeadershipTM are the trademark(s) or registered
trademark(s) of NetexpressUSA Inc. d/b/a Reliabilityweb.com and its affiliates in the USA and in several other countries.
Leadership for Reliability states that leadership comes from everyone.
Executive Sponsor should be the champion of asset management – at the
executive level. He sets the AIM where reliability is an imperative. The executive
sponsor communicates goals and helps initiates change, assigns accountability,
and explains benefits. He also reviews expectations, addresses resistance, and
reviews risks/roadblocks. Lastly, he explains why continuous improvement is
critical. Top management is also responsible for creating and resourcing the Long
Range Plan – containing improvement initiatives.
Reliability Leader - defined: Reliability Leaders promote excellence; develop
innovative ideas in support of improve work force productivity and asset
integrity’ plus, they nurture the development of others through demonstration
and engagement. Reliability Team is coordination central for improvement ideas.
Anyone can be a reliability leader – including P&M Technicians. To be a
reliability leader, you must be able to lead and exercise reliability leadership
effectively with no title, no position, and no authority. A reliability leader strives
to create a better future that might not otherwise exist.
Reliability Culture is created through leadership. And optimized performance is
a principal result of this culture.
Foundation for Reliability
Create a Culture of
Reliability, Responsibility, and Accountability
16. EXECUTIVE SPONSOR
SENIOR MANAGERS
PROJECT MANAGER
RELIABILITY CHAMPIONS
ASSET CARE SPECIALISTS
1.1
Someone at the executive
level should be the
primary sponsor of
asset management
strategy
STEERING TEAM
CMMS CORE TEAM
CMMS
ADMIN
1.0
BUSINESS
ANALYST
RELIABILITY TEAM
RELIABILITY
ENGR
OPS
MGR
MATLS
MGR
P&S
MGR
POWER USERS
HSE
MGR
1.2
VP
MAINT
MGR
TRAINING MGR
T
E
C
H
N
I
C
I
A
N
S
OPS SUPV OPS
MGR
MAINT SUPV MAINT
MGR
HR MGR
OPERATOR
DRIVEN
RELIABILITY
TOTAL PRODUCTIVE MAINTENANCE
DEFECT
ELIMINATION
TEAMS
PLANT
SYSTEM
OWNERS
DIFFERENCE MAKERS
Understand shareholder values
Document goals & objectives
Promote reliability culture
Communicate vision
Team
Based
Approach
Strategic
alliance
between
departments
that supports
shared goals
Goal: Create a
Culture of Reliability
1.4 1.3
17. Reliability LeaderTM, Uptime® ElementsTM, Reliability Framework and Asset Management SystemTM and Reliability LeadershipTM are the trademark(s) or registered
trademark(s) of NetexpressUSA Inc. d/b/a Reliabilityweb.com and its affiliates in the USA and in several other countries.
Condition Based Technologies are scheduled activities, non-intrusive, and provide early warning.
Age Related Random
Only 11% of all failures are age related
If that is true, why are we doing so many
overhauls, replacements and servicing?
18. D e l i v e r y M o d e l
1.1
ASSET
TYPE
AND
FUNCTION
1.0
1.RCM Decision Tree selects tactic
2.Strategy must be viable
3.Certified staff for CBT
4.Precision skills The life of an asset is documented by transactional data, CBT, SCADA and staff observations.
CONDITION BASED TECHNOLOGIES (CBT)
and PREVENTIVE MAINTENANCE
ASSET RECORD
DATABASE
ROUTINE & URGENT WORK
Goals:
Asset Preservation
Managed Risks
Less Downtime
Return on Capital
MEET STAKEHOLDER EXPECTATIONS
Opinions from tribal knowledge
O&M Technician sensory & log readings
Graded asset condition
CMMS failure history
Data historian; SCADA
Vibration analysis
Infrared thermography
Ultrasound
Fluid analysis
Motor testing
Non Destructive Testing (NDT)
Decisions to be made
Replace asset
Design change
Repair asset
Continue operating
but alter frequency
Install on-line
monitoring
No action; no defect
Low
Low
Mid
Mid
Mid
High
High
High
High
High
High
Preservation Techniques
Machinery lubrication
Alignment & balancing
PM restoration
Visual testing/inspection
Cleaning
PF Curve Position
W O R K B A C K L O G
WORK SCHEDULE
RISK BASED PRIORITIZATION MATRIX
SUSTAINED EXCELLENCE
Repaired
before failure
COST AVOIDANCE RPT
CRITICALITY
ASSET CONDITION
MANUFACTURER/MODEL
PURCHASE HISTORY
WARRANTY; AGE
REPLACEMENT COST
FUNCT. CHARACTERISTICS
PRECISION MAINTENANCE SKILLS
ASSIGNED CRAFT
Training and certification should be
supported as incentives for technicians to
increase skillset, provide more effective
maintenance, and be better compensated.
// Jack Nicholas, Jr., Uptime, Jun-Jul 2017
1.2
1.3
1.4
1.5
19. Reliability LeaderTM, Uptime® ElementsTM, Reliability Framework and Asset Management SystemTM and Reliability LeadershipTM are the trademark(s) or registered
trademark(s) of NetexpressUSA Inc. d/b/a Reliabilityweb.com and its affiliates in the USA and in several other countries.
How can you guarantee Reliability?
You can’t
But we can improve the odds
20. IDENTIFY & MANAGE RISKS
1.1
CRITICALITY
ANALYSIS
1.0
1.Perform investment planning
2.Ensure reliability in design
3.Manage capital projects
4.Operate & maintain It’s not possible to design out all possible defects therefore the organization
must deploy methods to detect failure, find true cause and mitigate it’s effects.
RCM
ANALYSIS
PMO
ANALYSIS
OEM
RECOMMENDATIONS
C
M
M
S
P
M
/
C
B
T
L
I
B
R
A
R
Y
O
&
M
T
E
C
H
N
I
C
I
A
N
P
E
R
F
O
R
M
P
R
E
C
I
S
I
O
N
M
A
I
N
T
E
N
A
N
C
E
CBT = Condition Based Technologies
ROUTINE + URGENT REPAIR WORK
SIGNIFICANT
EVENT
NORMAL PLANT OPERATION
Time-
Usage
based
Work
Orders
1.2
1.3
1.4
1.5
R o o t
C a u s e
A n a l y s i s
1.6
C h r o n i c
F a i l u r e
A n a l y s i s
1.7
WO COMPLETION UPDATES
W O
F e e d b a c k
1.8
Store RCM
Analysis
results inside
CMMS One-off WO failure mode comparison
Pareto sort identifies worst offenders and drills down on failure mode to find true cause
RCA
Trigger
Points
Monthly
Meeting
RECURRING
FAILURE
Goal: The organization must
continually improve
processes, reduce costs,
and cut waste to
remain competitive.
10-15%
70-75%
10-15%
CBT
Discovery
21. Root Cause
Analysis
Improve CMMS SOPs
Design-
Build
Failure
Analytic
Capture
Accurate
Failure Data
Capture
Failure
Mode
Allow Pareto Sort on Report:
• # Work Orders
• Operational Downtime
• Asset Condition
• Avg Annual Maint Cost / ERV
• Asset Age
Perform RCM
Analysis
Perform PMO
Analysis
Gather OEM
Recommendations
Store RCM
Analysis
inside
CMMS
Chronic
Failure
Analysis
Perform
Criticality
Analysis
Promote
Job Safety
Setup/Configure Fields:
• 5 Annual Maint Costs to Asset
• Functional Failure on WO
• Out-of-Service on WO
• TypeWork field (with pic list)
• WO Feedback
Autoscript for Oper. Downtime
AutoScript
for Rough
Estimate Imp. Backlog
Management
Spare Part
Integration
Improve Job
Planning
Provide
Ease-of-Use
for Core
System use
Improve
Workforce
Productivity
Evaluate
Speed/
Perfor-
mance
Create Backlog
Growth Report
Perform
Defect
Elimination
Setup Reliability Team
Create Power Applications:
• Defect Tracking
• RCM Analysis Screen
• WO Ranking Matrix
• HSE Accident/Incident Tracking
• PM Basic & Commitment Repository
Formalize
Core
Team
• Build Charter
• Build RACI
• Formalize WORM team
• Create Business Rules
• Build CMMS Definitions
• Create Error Checks
• Define Business Analyst
• Maintain Punchlist
• Solidify Vision/Mission
• Create Posters
• Setup Book Club
Activate CMMS Functionality:
• Type-Ahead
• Prefix WO with “YY-”
• Capture Actions Performed
• Setup Capital Tool Tracking
• Meter-based PMs
Perform Precision Maint. Training
Cost Avoidance Report
Failed Component
Component Problem
Cause Code
Setup
Asset Install Date, Warranty
Expiry, Replacement Cost
TRM John Reeve
Rev 1, 11/02/2017
AutoScript
for Backlog
Ranking
Integrate MX PR to Oracle
Incident Reporting
Punchout
Autoscript for Avg Ann Maint $$
Make Oracle WO required
Setup Asset Cond. Capture
Bus. Rule:
CM
Worktype
for Repair
Design-Build Pass-Down Report
Setup SR
Web
Based
Optimize
O&M Costs
with ROA
Enhance
Asset
Reliability
Road
Map
Understanding
the end-game
gives an
organization
significant
competitive
advantage.
Organizations
that deploy
the best
reliability-
based
maintenance
practices
provide the
best
availability at
lower cost.
Upper Mgmt Conduct Review LRP Present LRP to Stakeholders Conduct User Surveys CRL Accreditation
22. J o h n R e e v e
J o h n R e e v e
J o h n R e e v e John.Reeve@TRMNET.COM
maximo
world
Aug. 2018
Failure Modes to Failure Codes
*** Short Course ***
Benchmarking: An Essential Strategy
for every CMMS Core Team
Authors Breakfast – IMC 2017
Editor's Notes
I believe in asset management. I suspect everyone here does also. But, what really is asset management? How do you extract "asset management" from your CMMS? If you could only choose one improvement initiative for the next year, what would that be? And what if it were possible to rank these improvement initiatives in terms of ROI, which one offers the largest potential return on investment? Last question: When someone says your data sucks, what are they usually referring to?
Document Requirements
Create Process Flows
Gap Analysis
Create Action Plan
Core Team (Charter) & End Game
Business Rules & Definitions
Establish Error Checks
Document Critical Procedures
Create “Power User” training program
Identify Maintenance Analyst
Create Reliability Team
Define Failure Analytic
Implement Mobile Solution
Perform Benchmarking
Conduct Blended Training
Attend Maximo World
Obtain CRL Certifications
Hire Planner/Scheduler
Perform Criticality Analysis
Perform RCM/PMO Analysis
Defects will never stop. They are forever being introduced and perpetuated by
· poor procedures and practices,
· poor quality control and
· poor management systems.
Unless you purposefully act to stop defect introduction, every new piece of equipment, every new part, every new person that joins your company bring with them defects and errors, to one day cause future failures. How catastrophic those failures will be will depend on the internal controls you have in place in your organization to prevent and control them. You have to intentionally, proactively, with the future well-being of your business in mind ... put into place a strategy to eliminate and eradicate defects.
ODR is a variant of TPM. Total Productive Maintenance is a strategy that emphasizes cooperation between operations & maintenance. The TPM goal is zero defects, zero accidents, zero breakdowns and an effective workplace design.
Reliable companies have a competitive advantage due to best-in-class practices. This allows them to maintain a positive margin even in depressed market place. Lastly, a single, cohesive strategy that involves people, culture and excellence provides the best path for success.
This may actually be more difficult than it seems, as some organizations may not have the history or background that lends itself to the support of a reliability program. This can be particularly true in situations where the organization has had a niche market or little or no previous competition with the products they produce. In the past, their customers would have to accept the reliability of the product, good or bad. As a consequence, the organization may have developed a mentality that tends to overlook the reliability of a product in favor of the "damn-the-torpedoes, full-steam-ahead" method of product development. As a result, reliability engineering methods and practices tend to be viewed as superfluous or even wasteful. "We don't need all of this reliability stuff, we'll just find the problems and fix them," tends to be the attitude in these circumstances. Unfortunately, this attitude often results in poorly-tested, unreliable products being shipped to customers. The first step in developing the necessary culture of reliability is to have the support of the organization's top management. Without this, the implementation of a reliability program will be a difficult and frustrating process. Overall, a reliability program stands the greatest chance of success if everyone in the organization understands the benefits and supports the techniques involved.
Reliability is a term that has become more commonly used in the industry. Many organizations are using reliability to describe their predictive maintenance department. To me reliability has always encompassed the measurement of manufacturing efficiency and includes Operations, Maintenance, Engineering and Spare Part Stores as the major players.
To prevent maintenance work from occurring is the right thing to do. Whatever name you give your maintenance program it will always be important to execute the fundamental elements of maintenance better and better. To prevent maintenance or maintenance prevention includes the following must do essential elements.
Right equipment. Procurement of new equipment should be based on lowest Life Cycle Cost and include reliability and maintainability design.
Lubrication. It is still one of the most important things to do well by trained people.
Alignment must be done to a precision level with considerations to operating temperature, pipe strain, number of shims etc.
Filtration of hydraulic fluids, lubrication oils, seal water for mechanical seals must be done to specified levels.
Balancing must be done to precision level.
Operating Practices are essential to prevent maintenance. Operators must understand how to operate equipment and the impact wrong operating practices have. E.g. how to start a pump, what happens to an electric motor if it is dirty or is frequently started. Redundant equipment should be shifted to operate same amount of hours etc.
Fixed Time Maintenance is very seldom justified and often leads to over maintaining. Only if it is justified based on failure developing times and distribution of failures in time it can be cost effective to do.
Pareto analysis is the best tool for determining where to start a RCM process.
A good RCM implementation will result in maintenance actions, operator actions, training changes, procedural or process changes, engineering changes and conscious decisions to run some assets to failure.
1.1 Criticality Analysis – Determine critical systems. And within those systems, determine critical assets.
1.2 RCM Analysis -
Pareto analysis is the best tool for determining where to start a RCM process.
A good RCM implementation will result in maintenance actions, operator actions, training changes, procedural or process changes, engineering changes and conscious decisions to run some assets to failure.
1.1 Criticality Analysis – Determine critical systems. And within those systems, determine critical assets.
1.2 RCM Analysis -
10 ways to perform benchmarking:
Asking others in the organization for their opinions on methods to improve.
Conducting end-user surveys to stay in touch with working level.
Conducting process audits to verify adherence.
Staying in touch with latest technology.
Visiting other sites/organizations to find industry best practices.
Researching topics on internet; reading books on the subject.
Attending user forums – including non software centric; listening-learning.
Bringing in a local vendor who specializes in condition monitoring technologies.
Bringing in a speaker for the day.
Bringing in consultant to conduct week long site assessment.