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Category Archives: Advanced Testing

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When Routine Oil Analysis Isn’t Enough, Get Answers With MIA

When Routine Oil Analysis Isn’t Enough, Get Answers With MIA
When Routine Oil Analysis Isn't Enough, Get Answers With MIA Case Study: Hydrogen Sulfide Gas Compressor A sample of Royal Purple Synfilm NGL 100 from a hydrogen sulfide gas compressor was submitted for Material Identification Analysis (MIA) testing. It was reported that the oil heat exchangers appeared to be clogging which reduces flow and cooling.…
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How To Monitor Your Turbine Oil’s Health

How To Monitor Your Turbine Oil’s Health
How To Monitor Your Turbine Oil's Health Turbine oils, particularly those used in steam turbines, are expected to last 10 to 20 years. During this lifespan, careful monitoring of the lube oil's physical and chemical properties, together with common contaminants such as water and solid particles, is required and should be performed annually. This is…
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New Material Identification Analysis Testing

New Material Identification Analysis Testing TestOil has developed the Material Identification Analysis using Full Spectrum IR technology to analyze your mystery sludge and particles. A  solid deposit in a fluid system or a plugging filter is direct evidence of some sort of irregularity and a thorough analysis of this evidence can be extremely valuable in…
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Measuring Varnish Potential in Lube Oil

Measuring Varnish Potential in Lube Oil
Measuring Varnish Potential in Lube Oil Lubricating oil in gas turbines and hydraulic systems is unfortunately subject to the ravages of varnish. It is well-documented that varnish is an insoluble contaminant comprised of oil degradation by-products and sometimes depleted additive molecules. It is generally caused by some type of thermal (heat-related) stress placed on the…
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Calculating Remaining Useful Life

Calculating Remaining Useful Life
Calculating Remaining Useful Life The field of Predictive Maintenance (PdM) is providing a strong and growing set of tools, techniques and technologies to optimize operations, maintenance and renewal processes of industrial assets. Condition monitoring techniques, in particular, yield valuable insight into the state of health of industrial equipment, providing clues and hints on expected future…
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How Important is Oil Viscosity?

How Important is Oil Viscosity?
The Fundamentals of Viscosity The most important single property of a lubricant is its viscosity.  It is defined as a measure of a lubricant's resistance to flow.  The viscosity of any fluid changes inversely with temperature.  As temperature increases, viscosity decreases and as temperature decreases, viscosity increases.  The most common way that viscosity is measured…
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