Oil Contamination
Oil contamination is one of the leading causes of premature engine and hydraulic system wear. Soot, fuel, water, coolant, dirt, wear metals and other contaminants gradually reduce lubrication performance, accelerate oil degradation and shorten equipment life.
This section of the Filter Solutions Ltd Engineering Knowledge Centre explains the most common forms of oil contamination, how they develop, the damage they cause and how engineers can detect and control them. You'll learn why maintaining clean oil is fundamental to reliable operation, longer oil drain intervals and condition-based maintenance.
Whether you're responsible for diesel generators, hydraulic systems, marine engines, CHP plants or industrial machinery, these articles provide practical guidance on contamination control, oil analysis, high-efficiency filtration and real-time oil condition monitoring to maximise equipment reliability and reduce maintenance costs.
What Is Absolute Filtration?
Discover what absolute filtration means, why micron ratings alone don't tell the full story and how filtration efficiency affects engine protection and oil cleanliness.
What Is Soot Contamination?
Soot contamination is a normal by-product of diesel combustion, but excessive soot accelerates engine wear and oil degradation. Learn how soot affects engine oil and how to control it.
How Clean Should Engine Oil Be?
Engine oil can look perfectly clean while still containing harmful microscopic contaminants. Discover why oil cleanliness matters and how effective filtration, oil analysis and condition monitoring extend engine life.
What Is Particle Contamination?
Microscopic particles are one of the biggest causes of engine wear. Learn where particle contamination comes from, why size matters more than quantity and how effective filtration protects your engine.
What Are Insolubles in Engine Oil?
Insolubles are microscopic contaminants that accumulate in engine oil over time. Learn where they come from, why they matter and how effective filtration helps protect engines from wear and sludge.