Asset Integrity Engineering Services

Protecting your facility through advanced engineering, reliable assessments, and data-driven integrity solutions.

Engineering Solutions That Extend Asset Life and Reduce Operational Risk

Our Asset Integrity Engineering Services help industrial facilities maintain safe, reliable, and compliant operations by evaluating equipment condition, predicting failures, and implementing engineering strategies that optimize lifecycle performance.

What We Provide

We help you move from “random CMLs everywhere” to a strategic, risk-based CML program.
Engineering-based asset evaluations
Mechanical Integrity (MI) program support
Fitness-For-Service (FFS) assessments
Risk-Based Inspection (RBI) implementation
Corrosion and damage mechanism reviews
Engineering documentation for compliance
API 510/570/653 engineering support

Our Engineering Workflow

Step 1 — Data Collection & Review

We analyze UT/AUT data, API inspections, drawings, corrosion history, and operating conditions.

Step 2 — Engineering Calculations

Evaluations based on API, ASME, and RBI methodologies.

Step 3 — Risk Identification & Prioritization

We highlight high-risk areas and operational concerns.

Step 4 — Engineering Recommendations

Clear, actionable steps for repair, mitigation, or continued operation.

Step 5 — Final Integrity Report

Includes calculations, findings, compliance evaluation, and next inspection intervals.

Our Core Asset Integrity Engineering Services

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Mechanical Integrity (MI) Engineering

Engineering support for MI programs, including:

  • Condition monitoring

  • Inspection planning

  • Corrosion rate & remaining life calculations

  • Damage mechanism identification

  • Repair priority ranking

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Risk-Based Inspection (RBI) – API 580/581

Data-driven inspection planning to reduce unnecessary inspections and focus on high-risk assets.
We support:

  • PoF / CoF analysis

  • CML optimization

  • Corrosion loop development

  • Inspection interval calculations

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API Pressure Equipment Engineering (API 510/570/653)

Engineering evaluations for pressure vessels, piping systems, and tanks.
Includes:

  • Corrosion analysis

  • Minimum required thickness

  • Remaining life

  • Repair & replacement recommendations

  • Suitability-for-service decisions

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Piping Stress & Flexibility Analysis

Ensure piping systems operate safely under thermal, pressure, and vibration loads.
We assess:

  • Thermal expansion

  • Vibration

  • Settlement & misalignment

  • Structural loading

  • Code compliance (ASME B31.x)

 

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Corrosion & Damage Mechanism Engineering

Identify how equipment is degrading and what risks it presents.
We analyze:

  • Internal/external corrosion

  • MIC, erosion, abrasion

  • SCC, HIC, SOHIC

  • High-temperature mechanisms

 

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Engineering for Repairs, Alterations & Rerating

We develop engineering-based recommendations for:

  • Permanent or temporary repairs

  • Welding procedures

  • Rerating equipment

  • Replacement strategies

  • Mitigation actions

 

Why Asset Integrity Engineering Matters

Strong engineering support helps facilities:

 

Prevent equipment failures
Reduce downtime and operational risk
Extend asset life cycles
Optimize budgets and maintenance plans
Ensure code and regulatory compliance
Improve long-term reliability
Plan repairs and replacements accurately
Avoid costly shutdowns and emergency work

Schedule Asset Integrity Engineering Services

Contact our engineering team today to schedule a consultation or request an assessment.
Contact Us