reliability
Cause and effect diagram and how its application optimize processes
Highlighting how the cause and effect diagram drives continuous improvement and problem-solving in business processes.
Industrial reliability focuses on ensuring that assets perform their intended function over a defined period, minimizing failures and optimizing their life cycle. It integrates failure mode analysis, strategic maintenance, probabilistic evaluation, and risk management to guarantee operational continuity.
In the energy sector, reliability is critical to maximize availability, optimize costs, and meet production goals. Globally, trends move toward predictive models, continuous monitoring, and advanced analytics in the U.S., Europe, and LATAM.
Main topics
This section gathers technical content aimed at professionals seeking advanced tools to improve asset performance.
Key topics include:
- Failure mode analysis (FMEA/FMECA)
- Reliability-centered maintenance (RCM)
- Probabilistic analysis and Weibull curves
- Condition-based monitoring (CBM)
- Operational risk assessment (RAM, SIL)
- Performance and availability KPIs
- Asset life cycle optimization
Reliability is essential for stable, safe, and profitable operations. Challenges include operational variability, data quality, equipment criticality, and adaptation to emerging technologies.
Explore our content
reliability
Reliability-Centered Maintenance (RCM) of storage tank floating roofs
Promote RCM strategies for floating roofs, ensuring efficiency, safety, and compliance in storage tank operations.
reliability
Reliability audits: Strategy for operational success
Highlighting the importance of reliability audits to maximize business ROI.
reliability
Root Cause Analysis Applications in Industrial Maintenance
Highlighting the effectiveness of Root Cause Analysis (RCA) in industrial maintenance to identify problems quickly.
reliability
Reliability Centred Maintenance (RCM): Principles and applications
Reliability Centred Maintenance improves asset performance, reduces costs and operational risks.
reliability
Root Cause Analysis (RCA): Basic principles, benefits, and steps
Introducing the principles and benefits of Root Cause Analysis to improve equipment availability and reliability.
reliability
Why are performance indicators key in maintenance?
Optimize maintenance management by using performance indicators to improve efficiency, effectiveness, and productivity.
reliability
Electrical maintenance to manage industrial downtime
Electrical maintenance ensures regulatory compliance, guaranteeing safe and efficient operations, avoiding sanctions or penalties.
reliability
Effective implementation of RCM for strategic maintenance planning
Improving maintenance planning through effective implementation of RCM in the industry.
reliability
Reduce maintenance costs with RCM: Strategies and benefits
Reducing maintenance costs with RCM to increase operational efficiency.