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The DOCA Project builds an optical sensor that detects oil contamination in high-purity compressed air, in liquid, aerosol, or vapour form. It matters most…
Compressed air purity sits at the heart of quality control across pharmaceutical plants, hospitals, automotive paint shops, and electronics clean rooms. Yet…
Compressed air quality depends on more than pressure and flow. Water vapour, liquid water, oil aerosols and oil vapour can travel through the same distribution…
A DOCA sensor monitors oil contamination in high-purity compressed air, including liquid oil, aerosols and vapour. Because contamination risk changes with…
Oil contamination in compressed air can appear as liquid droplets, aerosol particles or vapour. These forms behave differently inside a distribution system,…
The DOCA Project’s Work Package 2 focuses on sensor algorithm development for oil classification. Its purpose is to turn optical measurements into useful…
Semiconductor manufacturing depends on clean, stable utilities. A compressed-air fault can affect wafer handling, lithography support equipment, packaging…
Laser cutting systems depend on a stable stream of compressed air to protect the lens, clear molten material and support clean, accurate cuts. When that air…
Oil contamination in compressed air is rarely limited to a single, easily identified hydrocarbon. Compressor lubricants contain carefully selected additive…
Searching for “mobile casino Perth” options often leads players to websites promising fast registration, generous bonuses, and instant access to popular casino…