Understanding Fluid Contamination Monitoring & the new ISO 21018 standards.#
The Role of Dynamic Image Analysis (DIA)#
hydraulic fluids, fuels, and lubricantsISO 11171’s light obscuration techniqueidentify contamination sourcesdetailed particle shape analysisfluid contamination assessmentdetailed imageswear debris, fibers, water droplets, and air bubblesbetter insights into particle characteristics and potential sources
The Industry’s New Standard: ISO 21018-1#
ISO 11171alternative monitoring technologiesISO 21018-1:2024techniques beyond light extinctionDynamic Image Analysisfluid contamination assessment
Advantages of Dynamic Image Analysis#
Detailed Contaminant Identificationhigh-resolution imagesdifferent types of contaminantsReal-Time Monitoringon-site, rapid decision-makingProactive Maintenancetrace contamination sourcesISO 21018-1 Compliancealternative contamination monitoring techniquevaluable method for fluid cleanliness assessment
Comparing Contamination Monitoring Methods#
| Feature | Dynamic Image Analysis (ISO 21018-1) | Light Obscuration (ISO 11171) |
|---|---|---|
| Particle Size Detection | 2 µm to 300+ µm | 4 µm to ~100 µm |
| Shape Analysis | Yes | No |
| Thumbnail Images | Yes | No |
| Contaminant Source ID | Yes | No |
| On-Site Analysis | Yes | Limited |
| Compliance | ISO 21018-1 | ISO 11171 |
| Shape Classification | Yes | No |
Applications of Dynamic Image Analysis in Fluid Contamination Monitoring#
Fuel and Lubrication Monitoringreal-timeIndustrial & Manufacturing Equipmentproactive contamination trackingHydraulic Systemsenhances equipment reliabilityResearch & Laboratory Applicationsdetailed particle characterization
Advancing Fluid Contamination Monitoring#
in-depth particle characterizationISO 21018-1improve contamination assessment, reduce maintenance costs, and enhance system reliabilityExplore how Dynamic Image Analysis is shaping the future of fluid cleanliness monitoring.www.ParticleShape.com
View our Blog post on Particulates in Fuel and Lubricating Oils here.
