AVT Reliability® Services
Effective and reliable machine monitoring services ensure you achieve high performance and a long service life from your equipment.
Service OverviewService-led, technology-enabled. Global expertise, local delivery. |
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At AVT Reliability® we use the latest technology to provide the best service for our customers. Our service engineers are experienced in all aspects of condition monitoring and asset integrity and use their skills and extensive knowledge to assess equipment and provide solutions. Reliability of equipment is crucial to the operation of businesses and the downtime and repairs that may result from failure can be costly. That is why it is important to establish ongoing reliability strategies that will reduce maintenance costs, improve efficiency and performance and ensure your machinery continues to operate reliably when you need it most. |
Service Brochure
Explore AVT Reliability Services
Download our latest service brochure for an overview of our condition monitoring, asset integrity, reliability engineering and specialist industrial support services.
Services from AVT Reliability® |
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An effective reliability focused maintenance programme requires advanced techniques including vibration analysis, oil analysis, ultrasound and thermal imaging. We work with businesses of all sizes, bringing our expertise in reliability to our customers who may not have the equipment to accurately assess and troubleshoot their machinery or the in depth skills and knowledge necessary to analyse the results. The machine monitoring services provided by AVT Reliability® can be short term, temporary installations, capturing data over minutes or hours, or can be longer monitoring programmes collecting data over days, weeks or months or a permanent system continually collecting data over years of operation. We tailor each provision and each programme depending on the needs of our customers. AVT Reliability® is NEN-ISO 9001:2015 and SCC (VCA) certified, and all our engineers are NOGEPA, OLF and OPITO certified and licensed to travel and work in any location, including offshore oil and gas rigs, and on board ships or construction barges. Whatever your requirements, whatever your business and wherever you are, we can provide the reliability services you need. |
Techniques we use
Monitoring options
Certifications
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Services from AVT Reliability®
An effective reliability focused maintenance programme requires advanced techniques including vibration analysis, oil analysis, ultrasound and thermal imaging. We work with businesses of all sizes, bringing our expertise in reliability to our customers who may not have the equipment to accurately assess and troubleshoot their machinery or the in depth skills and knowledge necessary to analyse the results.
The machine monitoring services provided by AVT Reliability® can be short term, temporary installations, capturing data over minutes or hours, or can be longer monitoring programmes collecting data over days, weeks or months or a permanent system continually collecting data over years of operation. We tailor each provision and each programme depending on the needs of our customers.
AVT Reliability® is NEN-ISO 9001:2015 and SCC (VCA) certified, and all our engineers are NOGEPA, OLF and OPITO certified and licensed to travel and work in any location, including offshore oil and gas rigs, and on board ships or construction barges. Whatever your requirements, whatever your business and wherever you are, we can provide the reliability services you need.
Techniques we use
- Vibration analysis
- Oil and lubricant analysis
- Ultrasound
- Thermal imaging
Monitoring options
| Short term | Minutes or hours |
| Longer programmes | Days, weeks or months |
| Permanent systems | Continuous, multi-year |
Certifications
- NEN-ISO 9001:2015
- SCC (VCA)
- NOGEPA, OLF, OPITO
- Licensed for offshore and marine work
Machine Alignment and 3D Measurement
Correct alignment of rotating machinery is important to reduce wear and vibrations. 3D measurements are used alongside shaft or geometrical alignment, resulting in increased lifetime of parts and improvements in production time and quality.
Shaft Alignment for Rotating Machinery
The correct operation of rotating equipment requires the centrelines to be in line, avoiding excessive vibration and wear. Accurate shaft alignment with specialist tools used by skilled engineers increases machine reliability, productivity, and lifespan.
Geometric Alignment for Rotating Machinery
Accurate laser equipment is used in the measurement and alignment of complex shapes and angles in rotating machinery. Geometric alignment can include straightness, centreline bore, flatness, levelness, squareness, and parallelism.
Balancing Rotating Equipment
Rotating equipment requires balanced components to ensure minimal wear and optimal performance. Our balancing services are offered for all kinds of machines and machinery parts and can form part of a regular maintenance plan.
Condition Monitoring
Condition monitoring is ongoing and tailored to each client for early detection of machine faults and wear. It combines visual inspection with technical analyses.
Vibration Analysis
Vibration analysis is important in assessing the condition of equipment and troubleshooting specific problems so suitable solutions can be found.
Thermal Imaging & Infrared Inspection Services
Infrared thermography as part of predictive maintenance can detect areas of high temperature that could be indicative of a problem in vital equipment.
Ultrasound Inspection & Analysis
Ultrasound is used to examine equipment using ultrasound waves to detect leaks, lubrication problems, and mechanical or electrical faults.
Fluid & Oil Analysis
Regular analysis of liquids used as lubricants, coolants, and fuels in machinery ensures ongoing quality and forms part of a predictive maintenance strategy.
Visual and Borescope Inspections
Performing a visual inspection of production equipment is an important first step in predictive maintenance to form the basis of a condition monitoring programme. Borescope inspections can be used to view inaccessible areas.
Fatigue, Stress & Fracture Assessment of Equipment
Dynamic loading and plant operation can cause stress in static equipment and structures. Assessment of fatigue, stress, and fracture is important to identify weaknesses and issues before they become failures.
Finite Element Analysis (FEA)
Finite element analysis is a powerful tool for virtual modelling to test new designs or equipment modifications prior to work being performed. This eliminates prototype errors, reducing costs and production time, and minimising downtime for repairs.
Motion Amplification Surveys for Vibration Analysis
Motion amplification is a non-contact process using a powerful video-based tool to assess machinery and equipment for vibration issues. High-quality data is used to problem-solve and offer corrective solutions.
Pipework Vibration Assessment
Piping vibration can result in fatigue of vital processing equipment. Pipework vibration assessments can identify issues and offer solutions to avoid failure.
Structural Integrity Monitoring
Structural integrity monitoring is an important part of asset management, ensuring the ongoing safety of static structures.
Operating Deflection Shape (ODS) Analysis
ODS analysis is used to visualise the movement of equipment and structures due to the vibrations and forces caused by normal operation. The results provide valuable insights enabling suitable modifications to be made.
Reliability Engineering for Improving Asset Lifespan
Experimental modal analysis enables visualisation of vibrations caused by resonance frequencies in machinery so changes can be made to prevent fatigue.
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