Is wear, oxidation or contamination moving outside the asset baseline?
The answer combines applicable results, baseline context and technical review. It is not inferred from one isolated number.
Standby power / rotating assets
Critical equipment lubricant analysis
Condition monitoring for standby-generator, chiller and compressor lubricants that support data-center resilience.
Analytical position
Measure the matrix that is actually in service.
Generator and rotating-equipment lubricants need petroleum and machinery-condition methods, not a transformer-oil slate. VeriFluid connects viscosity, wear, water, acidity, oxidation and particle evidence with the asset and service interval.
Condition signals
What the program can examine.
Kinematic viscosity
Wear, additive and contaminant elements
Water by Karl Fischer
Acid number and oxidation trend
Particle count where applicable
Fuel dilution or coolant ingress investigation
Operational questions / review deskHuman sign-off
Has water, fuel or coolant ingress altered the lubricant?
The answer combines applicable results, baseline context and technical review. It is not inferred from one isolated number.
Does the evidence support continued service, resampling or intervention?
The answer combines applicable results, baseline context and technical review. It is not inferred from one isolated number.
Representative method map
Public evidence, without publishing the full panel architecture.
These are representative building blocks. Product-specific analytes, limits, detection requirements and combinations are confirmed after technical review.
ASTM D664Petroleum and suitable dielectric fluids
Acid number by potentiometric titration
Tracks acidic constituents and oxidation-related change in applicable products. Limits require product-specific evidence.
Open method context →ASTM D445Petroleum and applicable lubricating fluidsKinematic viscosity
Measures flow behaviour relevant to lubrication and machinery condition.
Open method context →ASTM D5185Lubricating and base oilsMulti-element ICP-AES
Measures wear, additive and contaminant elements in used and unused oils.
Open method context →ASTM D6304Petroleum and lubricating oilsWater by coulometric Karl Fischer
Quantifies water in suitable petroleum and lubricant matrices.
Open method context →ASTM D7418In-service petroleum and hydrocarbon lubricantsFTIR setup for in-service oil condition monitoring
Defines instrument setup and spectral acquisition for condition-monitoring methods applied to in-service oils.
Open method context →ASTM D7414In-service petroleum and hydrocarbon lubricantsFTIR oxidation trend
Tracks oxidation-related spectral change against an appropriate reference and operating history.
Open method context →Detailed technical brief
Request the detailed equipment lubricants test slate.
The public page establishes the analytical basis. Qualified teams can request the complete panel architecture and collection brief for a real program.
Get the detailed briefReporting output
Results that preserve the evidence trail.
Measured result
Method, unit, quality state and sample identity remain explicit.
Comparable context
Baseline and previous results are normalized without changing the raw record.
Technical interpretation
A human reviewer separates observation, inference and recommended next evidence.
Structured handoff
The output can be consumed by operator, manufacturer and asset-data workflows.
Equipment lubricants / APAC intake