Asset Integrity

Asset integrity includes a range of monitoring services to ensure all assets, including structures, continue to provide optimal performance.

Why is Asset Integrity important?

Asset integrity is essential to keeping your equipment running reliably and delivering optimum performance throughout its lifetime.

By employing asset integrity services, you can improve operational safety by detecting faults and issues before they become major problems, avoiding costly repairs and lengthy downtime caused by breakdowns.

Asset integrity covers a full range of monitoring services for structures, rotating equipment, pipework and associated supports, ensuring every part of your operation is safe, efficient and reliable.

How can we help?

The expert engineers at AVT Reliability^® have been helping companies improve asset reliability for over 45 years.
With extensive experience in surveys, measurements, and data interpretation, we deliver valuable insights and practical recommendations
to ensure the ongoing safety and integrity of assets that are crucial to your operations.

Our asset integrity services are flexible and scalable, whether you need to monitor small components or assess complete systems.
From troubleshooting areas of concern to engineering permanent solutions, we provide a comprehensive service that helps prevent failures and optimise performance.

Skilled Expertise

Our engineers are highly experienced in inspections, interpreting results and delivering practical recommendations.

Consistent Delivery

We ensure services are delivered reliably, with proven results that support safe, ongoing operations.

Advanced Technology

We use the most advanced and trusted inspection technologies available on the market.

Proven Savings

Our continuous monitoring and preventative strategies help reduce downtime and maintenance costs.

Pipework Vibration Compliance

Piping systems, small-bore connections (SBC), and static equipment and structures are often affected by vibrations which can cause fatigue and equipment failure. Pipework vibration assessment plays an essential role in preventing complete failure by identifying potential problems in the early stages.

Explore Pipework Vibration Compliance

Operational Deflection Shape (ODS)

Operational deflection shape (ODS) analysis enables visualisation of the movement of a structure by creating a 3D animation. This provides valuable insights into vibration patterns, allowing our engineers to identify where modifications need to be made for improved performance and reliability.

Discover ODS Analysis

Motion Amplification Survey

Using motion amplification technology, we can detect localised vibration issues and perform
in-depth vibration assessments. This powerful video-based tool captures subtle movements
invisible to the human eye, allowing our engineers to analyse structures, pipework and machinery
with precision and deliver targeted solutions to problem areas.

Explore Motion Amplification

Finite Element Analysis (FEA)

Finite Element Analysis (FEA) uses advanced computerised simulation to predict how a
machine or structure will react under real operating conditions. By assessing designs
before prototypes are built, potential weaknesses can be identified early, reducing
development costs and shortening the time needed to deliver a reliable, high-performing asset.

Discover FEA Solutions

Stress and Fatigue Assessment

Stress-related defects such as cracks and deformation can develop in static equipment including piping systems, connections and foundations. Simple faults are often straightforward to correct, while complex issues require deeper investigation and root cause analysis to prevent recurrence.

Assess Stress and Fatigue Risks

Structural Integrity Monitoring

Continuous monitoring of plant structures is essential to safeguard safety and maintain integrity through all stages of operation, from construction to upgrades and repairs. Structural integrity monitoring delivers real-time insights and forms a vital part of any asset management strategy.

Explore Structural Integrity Monitoring

Experimental Modal Analysis (EMA)

Experimental Modal Analysis (EMA) uses resonance frequencies to study the structural dynamics of assets, determine damping coefficients, and visualise mode shapes. The insights gained allow engineers to troubleshoot effectively and identify problem areas before they lead to failures.

Explore EMA Services

Key Applications

Our expertise at AVT Reliability^® means we can offer support and advice across all aspects of asset integrity.
Our knowledge and services apply to a wide range of industries, ensuring you receive practical insights, accurate data,
and solutions appropriate to your business.

Oil and Gas: Offshore, topside, and subsea operations

Energy Sector: Power generation, nuclear power, and renewable energy

Construction & Fabrication: Infrastructure, stadiums, buildings, and bridges

Water: Treatment facilities and water movement for residential, commercial, industrial, and agricultural applications

Build Reliability Capability with CBM Academy

Building knowledge, building reliability.
Accredited programmes grow your team’s capability and confidence. Our accredited programmes build skills across condition monitoring, lubrication and vibration analysis, delivered online, on site or at AVT Reliability® training centres.