how to optimize strategic asset management planning with
TRANSCRIPT
How to Optimize Strategic Asset Management Planning with an
Integrated SystemNew Level of Operational Efficiency
21/06/2021
Claudio SpanóDuring the last 24 years, Mr. Spanó has been working with Reliability Engineering applied to Asset Management, Product Development and Maintenance. He started his career developing the subject in Mercedes-Benz and founded Compass in 1998 - then called ReliaSoft Brasil - to resell ReliaSoft software and provide reliability training and consulting for south American market.
Claudio is one of the strongest names on Reliability Engineering in Brazil, being responsible for several consulting projects, training most of the reliability professionals in Brazil and doing lectures about this subject in many organizations. He has also written and presented several papers in symposiums and congresses around the world, in countries such as United States, Germany, Holland, Singapore, Argentina, Chile, Colombia, Malaysia, Spain, South Africa, and India. He created and developed Orion system (asset management system supported by reliability engineering). He is part of the Asset Management & Maintenance Brazilian Association Board (ABRAMAN), and ABRAMAN asset management committee. This committee developed the Asset Management MBA, the criteria for qualification, certification for asset managers, and asset management seminars for continued education. He also participates in the Committee of the Asset Management Special Studies, ABNT / CEE-251, being responsible for the ISO 55000 standard series translation.
ReliaSoft Brasil CEO
Douglas Goncalves
More than 26 years of professional experience developed and consolidated in asset management, strategic business planning, strategic operational risk management, industrial maintenance management, reliability engineering, planning, programming, control of maintenance, engineering of maintenance, management projects and services.Coordinated and led the implementation of bigests projects for asset management and reliability engineering in Vale's pelletizing units.MBA - Asset Management - Fundação GorceixMBA - Project Management - Fundação Getúlio VargasAsset management especialist - CAMA - Certified Asset Management Assessor – WPIAMReliability engineering especilist - CRP - Certified Reliability Professional - ReliasoftCommittee member of the Asset Management Special Studies, ABNT / CEE- 251, being responsible for the ISO 55000 standard series.
Presenters Bio
Maintenance 4.0 – Industry 4.0!
Maintenance 4.0 – Industry 4.0!
INTEGRATION
Integration for Asset Management
SAP Ecosystem
Opening of notes and orders; RCM studies; Dynamic Criticality of Assets
Sending order and note data; Maintenance KPIS; Asset hierarchy
Sending order and note data; Maintenance KPIs; Asset hierarchy; Static criticality of assets; Spare Parts
Reliability Tools
RAM simulations; Failure Analysis
Asset Condition Analysis (Predictive and Sensitive Analysis)
Predictability of asset failure; Dynamic criticality
classification; Dynamic risk analysis; SPF, RCA, RGA analyzes
Asset condition analysis (predictive and sensitive analysis);
Process KPIs; Diagnostic Reports
Process variables; Process KPIs
DMS
Drawings (link) Projects; Docs
DocumentManagement System
Plant InformationManagement System
PIMS
Process KPIs; Maintenance KPIs; Production KPIs; Quality KPIs; Financial KPIs; Production data, plant shutdowns and losses; Hour meters.
MES Manufacturing Execution System
Integrated Asset Monitoring Center
Orion Modules
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis - ReliabilityMTBF TrendFailure ForecastingSpare Parts ForecastReliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft software
Maintenance risk managementFailure Mode & Effect Analysis - FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
Asset Management System• ISO 55001 Strategy Documentation• Organization Strategic Plan• Stakeholders Needs and Requirements• Asset Management Policy• Strategic Asset Management Plan - SAMP• Asset Management Objectives & Plans – AMPsAsset Management KPIsRisk Assessment and ManagementManagement of Change – MOCKaizen Quality Control CircleDesign Change RequestAction Plan and Tasks
Asset Performance & Health MonitoringAsset Performance KPIsTriggers & AlertsAssetBook
Analysis Modules Management Modules
What is Asset Management?
Asset Management Strategic ViewHigh Management Question:
Are we getting the best value
from our assets?
Visão Estratégica de um Sistema de Gestão de Ativos
Show me!
A Gestão de Ativos Suportada pela Engenharia da Confiabilidade leva o negócio a um novo patamar de Eficiência Operacional
-75% -20% -30% -20%
Até 75% de redução na
quantidade de planos de
manutenção
Até 20% de redução nos custos
anuais de manutenção
Até 30% de redução anual nos
custos de sobressalentes
Até 20% de redução nos custos
do premio do seguro
Eficiência Operacional• Otimização da Estratégias de Manutenção• Redução dos Custos de Manutenção• Redução dos Custos com Sobressalentes
• Otimização do Tempo de Reparo dos Ativos• Aumento da Disponibilidade• Gerenciamento do Risco Global do Negócio
A confiabilidade na gestão de ativos Não é uma Opção!“Quem não está aplicando, é um dinossauro.”
Billy BeaneGerente Geral do Oakland Athletics e Consultor do AZ AlkmaarBilly revolucionou o baseball ao usar estatística para montar times com eficiência acima da média e baixo orçamento.
Sob sua gestão, os Oakland Athletics chegaram aos playoffs da liga de beisebol 6x entre 2000 e 2008, sempre com um orçamento entre os cinco mais baixos dentre as trinta equipes.
Em 2009 foi eleito pela Sports Illustrated um dos 10 executivos do esporte mais importantes da década.
Hoje, não há um time que não tenha pelo menos um analista de números.
Sua história se tornou livro (Moneyball: The Art of Winning an Unfair Game) e filme (O homem que virou o jogo).
Case study - Business Oriented Maintenance Pelletizing Vale Brazil
BIGGEST PELLETIZING COMPLEX OF THE WORLD.
14 km² of area, 38% of green area;
2nd Largest railway yard in Latin America;
250 km of conveyor belts;
More than 12 thousand people;
Average energy consumption in 2019 - 1,541,075 MW;
Average natural gas consumption in 2019 – 396,000,000 Nm³;
Case study - Business Oriented Maintenance Pelletizing Vale Brazil
2015 / 2017- Consolidation of the center for monitoring Pelletizing assets.- Standardization of PCM processes.
2014- Implementation of the Asset Management concepts (ISO 55,000) for a physical asset management strategy supported by reliability engineering.- Implementation of the CMA- SAP Deployment.
2011- Implementation of the new management model focused on routine management.
2018- Implementation of Asset Performance Management -Orion;- Integration of CMA (maintenance, process and operation);
2019 / 2020- Operational Excellence- Integrated Risk Management- Intelligent Maintenance;- Robust Asset Management System (VPS & ISO 55,000);- Maturity in the processes of Change Management.
How was our journey…
RiskCulture
LeadershipReliability
CostPeople
Technologies
Asset Management
Integrated Asset Monitoring Center
2013 - Implementation of the
Integrated Inspection Project.
ASSET MANAGEMENT SYSTEM
- To manage in a
sustainable and
optimized way the assets,
the performance, risks
and costs throughout
their life cycle in order to
achieve Vale's strategic
plan;
- To act in accordance
with the technical and
regulatory standards,
aligned with the best
practices in asset
management (VPS & ISO
55.000 / 01).
ASSET LIFE CYCLE MANAGEMENT
- Manage asset capacity
to ensure efficient and
effective performance
throughout its life cycle;
- To build and to
implement a strategic
asset management plan,
to enable the
organization to
proactively manage the
risks of asset incapacity;
ASSET MONITORING
- Otimize total cost;
- Ensure the fulfillment
of production volume
with sustainable results
of performance, quality,
environment and safety;
- Ensure integrated asset
management with a focus
on asset Efficiency, and
productive Process
Stability, providing rapid
responses to deviations.
ASSET MANAGEMENT AND RELIABILITY ENGINEERING
- Provide qualitative and
quantitative information to
evaluate the performance
of Pelletizing plants
equipment's;
- To manage the assets
through the technical
knowledge of their
performance (reliability)
throughout their entire life
cycle;;
- Support strategic and
sustainable reduction of
maintenance costs.
RISK MANAGEMENT
- Eliminate risks
associated with the
health and safety of
people;
- Solidify risk
management in the first
line of defense;
- Prevent, mitigate and /
or contingent the risks of
assets associated with
the relationship with
stakeholders
(environmental, legal,
social, institutional, etc.),
licensing and insurance of
productive units;
Business Oriented Maintenance
Integrated Asset Monitoring Center
OPERATIONAL PROCESSES MANAGEMENT
- Monitor and control the
main operational assets
- Identify and act on the
performance of critical
asset
- Identify and propose
improvements to
increase the control level
of the processes and
assets
- Identify and propose
improvements to
increase the control level
of the processes and
assets
- Monitor and evaluate
the productive process
performance
MaintenanceData Hub
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis – ReliabilityMTBF TrendFailure ForecastingSpare Parts Forecast
Reliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft softwareMaintenance risk managementFailure Mode & Effect Analysis – FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
Integrated Asset Monitoring Center
SAP Ecosystem
Reliability Tools
COI
Asset Management Ecosystem
Analysis Modules
Asset Management System• ISO 55001 Strategy Documentation• Organization Strategic Plan• Stakeholders Needs and Requirements• Asset Management Policy• Strategic Asset Management Plan - SAMP• Asset Management Objectives & Plans –
AMPsAsset Management KPIsRisk Assessment and ManagementManagement of Change – MOCKaizen Quality Control CircleDesign Change RequestAction Plan and Tasks
Asset Performance & Health MonitoringAsset Performance KPIsTriggers & AlertsAssetBook
Management Modules
Opening of notes and orders; RCM studies; Dynamic Criticality of Assets
Sending order and note data; Maintenance KPIs; Asset hierarchy; Static criticality of assets; Spare Parts
Sending order and note data; Maintenance KPIS; Asset hierarchy
RAM simulations; Failure Analysis
Asset Condition Analysis (Predictive and Sensitive Analysis)
Predictability of asset failure; Dynamic criticality
classification; Dynamic risk analysis; SPF, RCA, RGA analyzes
Asset condition analysis (predictive and sensitive analysis);
Process KPIs; Diagnostic Reports
Plant InformationManagement
System
Process variables; Process KPIs
Process KPIs; Maintenance KPIs; Production KPIs; Quality KPIs; Financial KPIs; Production data, plant shutdowns and
losses; Hour meters.
DMS
Drawings (link) Projects; Docs
Document Management System
Manufacturing Execution System
Vale Production System
Business Oriented Maintenance
RESULTOUTPUTPROCESSESINPUT
Planning (SAMP / AMP)
6.1 Actions to address risks and opportunities for theasset management system
6.2 Asset management objectives and planning to achievethem
6*
Operation8.1 Operational planning and control8.2 Management of change8.3 Outsourcing
8*
Internal and external market context
Business Context
Financial and human resources
Leadership
5.1 Leadership and commitment
5.2 Policy
5.3 Organizational roles, responsabilities and authorities.
5*
Context of the Organization
4.1 Understanding theorganization and its context
4.2 Understanding the needsand expectations ofstakeholders
4.3 Determining the scope of theasset management system4.4 Asset management system
4*
Analysis of capacity, productivity, assumptions, restrictions, relevant maintenance, opportunities and solutions, pellet demand and VALE's medium and long-term strategy
Maintenance strategy
Quantitativereliability studies
Legal requirements
HIRA
VPS – Vale Production System
Asset Management Master Plan
Profile and treatment of stops and losses
Failure analysis
Basic maintenance and operation guidelines
Operational risks
Support7.1 Resources7.2 Competence7.3 Awareness7.4 Communication7.5 Information requirements7.6 Documented information
7*
Performanceevaluation
9.1 Monitoring measurement, analysis and evaluation
9.2 Internal audit
9.3 Management review
9*
Improviment10.1 Nonconformity andcorrective action10.2 Preventive action
10.3 Continual improvement
10*
High productivity
Safety and discipline operational
Long-term performance vision
Integrated risk management
Cost sustainable reduction (fixed and variable)
Operational excellence
Environment preserving
Physical availability maximization
Sustainability and reputation
Business Oriented Maintenance
OUTPUTPROCESSESINPUT RESULT
Asset hierarchy Criticality rating Asset information Maintenance orders Preventive maintenance
plans Inspection plans Standards
Strategic assetmanagement plan
(SAMP)Goals Target
Asset management plan (AMP)
MoC – Management ofchange) ROIProcesses
management
LDA - Life Data Analysis
RGA - Reliability Growth
SPF - Spare Parts Forecast
FTA - Fault Tree Analysis
RBD - Reliability block diagram
RAM - Reliability, maintainability and
availability
Risk analysis
RCM - Reliability centered maintenance
RCA - Root Cause Analysis - Ishikawa - 5 Why - Analysis of cause and effect
VPS / ISO 55000 - Asset Management Requirements
Quantitative reliability methods
Qualitative methods of reliability
Asset Management Strategy
Definition of the optimal maintenance time
Definition of the optimal inspection time
Prioritization of expenses (physical or variable)
Spare parts optimization ($ / risk)
Total Cost of Ownership (TCO)
Optimal review interval ($ / hour) - Optimal
replacement interval ($ / hour)
Future failure predictability
Failure prediction based on degradation data
Elimination of recurrent and potential failures
RAM Model - Evaluation of new projects and scenarios
Scenario analysis - Support in decision making
Asset Management
Analysis managementAsset book
Asset management indicators integrated with the Strategic Plan
Improved asset reliability(eliminate losses).
Increased asset availability
Elimination, mitigation, minimization or control of risks
Development of new projects supported by reliability
Benchmarking and KnowledgeManagement
Reduction of costs and expenses (fixed and or variable)
Well-organized and structured routine management processes
Asset health monitoring
Production losses
Condition monitoring (assethealth)
Risk monitoring (Business, units, processes and assets)
Performance indicators (triggers)
Requisitos legais e normas
World ore and pellets market
Business KPIS
Business Oriented Maintenance
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis – ReliabilityMTBF TrendFailure ForecastingSpare Parts Forecast
Reliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft softwareMaintenance risk managementFailure Mode & Effect Analysis – FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
ANALYSIS MODULES
LIFE DATA ANALYSIS
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis – ReliabilityMTBF TrendFailure ForecastingSpare Parts Forecast
Reliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft softwareMaintenance risk managementFailure Mode & Effect Analysis – FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
ANALYSIS MODULES
LIFE DATA ANALYSIS
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis – ReliabilityMTBF TrendFailure ForecastingSpare Parts Forecast
Reliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft softwareMaintenance risk managementFailure Mode & Effect Analysis – FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
ANALYSIS MODULES
SPARE PARTS FORECAST
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis – ReliabilityMTBF TrendFailure ForecastingSpare Parts Forecast
Reliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft softwareMaintenance risk managementFailure Mode & Effect Analysis – FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
ANALYSIS MODULES
SPARE PARTS FORECAST
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis – ReliabilityMTBF TrendFailure ForecastingSpare Parts Forecast
Reliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft softwareMaintenance risk managementFailure Mode & Effect Analysis – FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
ANALYSIS MODULES
RELIABILITY GROWTH ANALYSIS
Condition-based maintenanceDegradation AnalysisReading Equipment DataPreventive MaintenancePredictive Maintenance
Reliability-based maintenanceLife Data Analysis – ReliabilityMTBF TrendFailure ForecastingSpare Parts Forecast
Reliability Centered MaintenanceFailure Reporting and Problem Resolution ProcessIntegration with ReliaSoft softwareMaintenance risk managementFailure Mode & Effect Analysis – FMEAAsset Criticality Classification
Artificial Intelligence – AISpecialist detection and diagnosis system
ANALYSIS MODULES
FAILURE FORECASTING
RAM Analysis - Reliability, Maintainability and Availability
Business Oriented Maintenance
LDA - Life Data Analysis
RGA - Reliability Growth
SPF - Spare Parts Forecast
FTA - Fault Tree Analysis
RBD - Reliability block diagram
RAM - Reliability, maintainability and
availability
Risk analysis
LDA - Life Data Analysis
RGA - Reliability Growth
SPF - Spare Parts Forecast
FTA - Fault Tree Analysis
RBD - Reliability block diagram
RAM - Reliability, maintainability and availability
Risk analysis
Métodos quatitativos de confiabilidadeLoss of DF indicator
OUTPUTPROCESSESINPUT RESULT
Asset
Asset hierarchy
Criticality rating
Asset information
Maintenance orders
Preventive maintenance plans
Inspection plans
Standards
Production losses
Risk
Requisitos
World ore
)
ROI PerformancePerformance indicators(triggers)
RCM - Reliability
RCM - Reliability centered maintenance
RCA - Root Cause Analysis
- Ishikawa - 5 Why - Analysis of cause and effect
Qualitative methods of reliability
Total Cost
ture
Asset Management Strategy
Definition of the optimal maintenance time
Definition of the optimal inspection time
Prioritization of expenses (physical or variable)
Increased asset availability
Improved asset reliability(eliminate losses).
Elimination, mitigation, minimization or control of risks
Development of new projects supported by reliability
Reduction of costs and expenses (fixed and or variable)
Elimination of recurrent and potential failures
Future failure forecast
Quantitative reliability methods
MoC – Management ofchange)
Business Oriented Maintenance
THANKS
Claudio Spanóe-mail:Contacts
Douglas Gonçalves R. do Nascimentoe-mail: [email protected]: +55 27 98112 9090 / +55 27 99224 3235