Criticality and Maintenance Strategies
Whether your maintenance tasks are being done too often, too rarely, or without any real basis at all, Cognascents Consulting Group helps you build maintenance strategies grounded in actual equipment criticality, not habit.
When Clients Engage Us
Common reasons organizations engage criticality & maintenance strategy services
Organizations typically engage Cognascents for criticality and maintenance strategy development when they are facing:
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▸Maintenance being performed too frequently, driving premature failures and wasted spend
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▸No formal equipment criticality assessment in place
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▸Maintenance strategies inherited from a prior owner or generic OEM recommendations
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▸Resources spread evenly across assets regardless of actual risk
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▸A push to reduce maintenance costs without a clear basis for where to cut
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▸Preventive maintenance schedules that haven’t been revisited in years
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Our Approach
Maintenance strategies matched to actual risk, not opinion.
An equipment criticality assessment (ECA), also called asset criticality ranking, scores each asset by the consequence and likelihood of its failure across safety, the environment, and production. Maintenance strategy development then assigns each significant failure mode the task that manages it, from run-to-failure to condition-based monitoring to redesign, so the most rigorous analysis goes where failure actually matters. Cognascents uses reliability-centered maintenance (RCM) principles and FMECA-based templates to get there.
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Step 01
Data Collection & AnalysisWe gather and analyze your asset register, failure history, maintenance history, current PM schedules, and operational data to establish a solid basis for the work ahead. |
Step 02
Equipment Criticality AssessmentWe conduct an ECA using your existing criticality process or help you build one, pre-assigning criticality rankings before facilitating a review workshop with your team to finalize them. |
Step 03
Maintenance Strategy Development & ImplementationWe develop maintenance strategies aligned to criticality and failure modes, spanning run-to-failure, planned maintenance, predictive maintenance, condition-based maintenance, operator rounds, and re-design initiatives, then help you implement them into your computerized maintenance management system (CMMS). |
Why Cognascents
Why choose Cognascents for criticality and maintenance strategy
PRACTITIONER-LED EXPERTISE
Engineers Who Apply RCM Principles in Practice
Our team uses reliability-centered maintenance and FMECA-based methodology grounded in real operating experience, not a generic template applied uniformly across your asset base. |
RISK-BASED, NOT UNIFORM
Strategies That Match the Asset, Not a One-Size-Fits-All Schedule
We tailor maintenance approaches to each asset’s criticality and failure modes, from run-to-failure to condition-based monitoring. |
COLLABORATIVE WORKSHOP APPROACH
Criticality Rankings Your Team Actually Agrees With
We pre-assign criticality rankings from your data, then facilitate a workshop so your team owns the final result rather than receiving it as an external mandate. |
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“Maintaining every asset the same way isn’t a strategy. It’s the absence of one.”
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Standards & Codes We Work To
The methodologies and frameworks behind our criticality and maintenance strategy work.
Reliability-Centered Maintenance (RCM) principles — SAE JA1011, Evaluation Criteria for RCM ProcessesAPI RP 691 (Risk-based Machinery Management) — for machinery screened as high-riskIEC 60812 (Failure Modes and Effects Analysis, FMEA and FMECA)OSHA 29 CFR 1910.119(j)(4) — inspection and testing of PSM-covered equipment per RAGAGEP
IS YOUR MAINTENANCE MATCHED TO YOUR RISK?
Let’s talk about whether your current PM schedule reflects actual asset criticality.
Our engineers will give you a direct read on where your maintenance strategy is misaligned with risk.
Keep reading for what a risk-based maintenance strategy delivers and the services that connect to it. ↓↓
What You Gain
Maintenance effort spent where it actually reduces risk.
Maintenance strategy should follow risk, not the calendar. Cognascents builds strategies that put your resources where they actually matter.
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REDUCED DOWNTIME
The right activity at the right timeConducting the right maintenance activity at the right time mitigates failures and minimizes unexpected breakdowns. |
PRIORITIZED RESOURCING
Resources allocated where they matter mostCriticality assessment guides resource allocation so effort goes toward maximizing reliability and performance where it counts. |
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ENHANCED SAFETY & COMPLIANCE
Risks mitigated proactivelyProactive maintenance strategies reduce the risks associated with equipment failures and support mechanical integrity obligations for PSM-covered equipment under OSHA 29 CFR 1910.119(j). |
COST SAVINGS
Reduced downtime and optimized maintenance expenseOptimized strategies reduce downtime, maintenance expense, and extend asset lifespan. |
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Related Services
Supporting services that strengthen your maintenance strategy
Cognascents connects criticality and maintenance strategy to the broader program and data it depends on.
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THE PROGRAM YOUR STRATEGY FITS INTO
Reliability and Maintenance Program Assessment, Execution, and OptimizationCriticality and maintenance strategy is one pillar of a broader reliability program. We help make sure it’s integrated with the rest. |
THE DATA YOUR STRATEGY DEPENDS ON
CMMS/EAM Asset Data SolutionsCriticality assessments and maintenance strategy development both depend on solid asset data. We help make sure it’s there. |
THE PARTS YOUR STRATEGY DRIVES
Spare Parts ManagementCriticality rankings should directly inform your spare parts stocking strategy. We keep the two connected. |
Related Content
Criticality and maintenance strategy articles
Case studies and technical articles from the engineers who lead these engagements.
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CASE STUDY | NGL OPERATOR
Reliability Program Improvement & ExecutionA client whose prior RCM study and maintenance regime hadn’t resolved ongoing equipment failures, and the improvement work that followed. |
ARTICLE | RELIABILITY
Automating Vibration Analysis to Support Condition-Based MaintenanceHow automated vibration analysis supports the condition-based maintenance strategies that come out of a criticality assessment. |
ARTICLE | AI & ENGINEERING
AI-Accelerated Engineering Services: What does that really mean?How Cognascents applies AI to accelerate data-intensive engineering work, including reliability analysis. |
CRITICALITY & MAINTENANCE STRATEGY QUESTIONS, ANSWERED DIRECTLY
Frequently asked questions about equipment criticality analysis
What is an equipment criticality assessment?
An equipment criticality assessment (ECA), also called asset criticality ranking, scores each asset by the consequence of its failure to safety, the environment, production, and cost, weighed against the likelihood of that failure, then sorts the asset base into criticality tiers. The tiers decide where rigorous analysis such as FMECA is warranted, where a simpler strategy is enough, and which spares deserve stocking priority in our spare parts management work.
What is the difference between RCM and FMECA?
FMECA is an analysis technique: it identifies how an item can fail, the effects of each failure mode, and ranks those modes by criticality, as described in IEC 60812. Reliability-centered maintenance (RCM) is the decision process that uses that failure-mode knowledge to select a failure management policy for each mode. SAE JA1011 sets the minimum criteria a process must meet to call itself RCM.
Is run-to-failure ever an acceptable maintenance strategy?
Yes, when a failure has no safety or environmental consequence, is evident to operators, and costs less to correct than to prevent. Run-to-failure becomes a defect when it is the default rather than a decision. A defensible strategy documents why each asset or failure mode was assigned it, so the choice survives personnel turnover and an incident review.
How does API RP 691 relate to maintenance strategy?
API RP 691, Risk-based Machinery Management, defines minimum requirements for managing health, safety, and environmental risk across the machinery life cycle. It applies only to the subset of machinery an operator screens as high-risk, not the whole asset base. A site-wide criticality assessment and the API 691 screening criteria should point to the same short list; when they disagree, one of them needs a second look.
Can a criticality-based strategy change inspection intervals for PSM-covered equipment?
It can inform them, within limits. Under 29 CFR 1910.119(j)(4)(ii) and (iii), inspection and testing of covered process equipment must follow RAGAGEP, at frequencies consistent with manufacturers’ recommendations and good engineering practice, and more frequently when operating experience warrants. A criticality ranking alone does not justify extending an interval; a documented engineering basis does.
Talk to a reliability engineer about your maintenance strategy
Tell us about your maintenance strategy and where you suspect it’s misaligned with actual risk. One of our engineers will give you a straight answer about what a proper criticality assessment would find.