reliability
Condition-based monitoring of critical assets
Condition-based monitoring transforms operational data into predictive decisions, increasing the reliability and safety of critical assets.
Mechanical Integrity addresses the life cycle management and inspection of critical equipment to ensure the safe and reliable operation of energy and industrial infrastructure. The focus is on mitigating catastrophic failure risks through corrosion control, reliability monitoring, and the application of international codes and standards.
This field is vital for maintaining operational continuity and protecting lives. We analyze asset management strategies and non-destructive testing (NDT) techniques applied in the US, Latin America, and Europe. Specialized knowledge in mechanical integrity turns risk into predictability.
MAIN TOPICS
- Assets
- Codes and Standards
- Reliability
- Corrosion and Materials
- Engineering
- Equipment Inspection
- Non-Destructive Testing (NDT)
- Applied Case Studies
Mechanical integrity is the determining factor between operational continuity and an unexpected shutdown. Inspenet dedicates this space to providing technical knowledge that extends the useful life of assets and minimizes risk. Professionals will find technical articles and applicable knowledge on equipment inspection and reliability.
codes and standards
63 Articlescorrosion and materials
229 Articlesengineering
15 Articlesequipment inspection
67 Articlesnon destructive testing
148 Articlesreliability
50 Articlesstudy cases
1 Article
Explore our content
corrosion and materials
Corrosion in industrial cooling systems: mechanisms and control
The combination of pH variations, dissolved gases, and microbiological activity in cooling systems generates corrosion and deposits that affect mechanical integrity and thermal efficiency.
non destructive testing
TFMi: Next-generation ultrasonic inspection
TFMi combines TFM and Full Matrix Capture for accurate, clear, and reliable ultrasonic inspections in critical industries.
codes and standards
API 578 for material verification and metallurgical control
API 578 establishes a standardized framework for positive material identification (PMI) in the process and petroleum industries.
codes and standards
API 500: Electrical area classification in petroleum installations
API 500 guides electrical classification in hazardous oil and gas areas to ensure safety and protect equipment.
non destructive testing
PAUT: Phased array ultrasound for weld inspection
PAUT allows weld defects to be identified with high resolution, speed, and digital traceability, optimizing mechanical integrity in industry.
corrosion and materials
High-resolution ER probe corrosion monitoring
High-resolution ER probes provide continuous corrosion data accurately and without operational interruptions, facilitating timely decisions.
codes and standards
API TR 655: Volatile Corrosion Inhibitors for tank bottoms
API TR 655 establishes guidelines for applying VCI inhibitors to reduce soil-side corrosion in storage tank bottoms.
codes and standards
API 617 vs API 619 compressors: technical comparison and applications
API 617 and API 619 are key standards that define minimum design, material and maintenance requirements for compressors in the energy and industrial sector.
codes and standards
API 651 and AMPP SP0193: The new era of cathodic protection
API 651 and AMPP SP0193 standards set the basis for advanced cathodic protection, reducing corrosion losses and improving the integrity of critical assets.
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