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Compressed air is easy to treat as a background utility, yet it can come into direct or indirect contact with food, drink containers, closures and packaging…
Optical detection of oil contaminants in high-purity compressed air is a delicate balancing act. Even a small change in ambient temperature can shift the…
Reliable oil detection begins with a reliable sample. In a high-purity compressed-air system, the location of a DOCA sensor can determine whether the…
High-purity compressed air can carry oil in several forms. Liquid droplets may be visible to an optical system as particles, while fine aerosols and oil…
When compressed air contacts a product, a wound, or a wafer, its purity becomes a foreground issue. ISO 8573-1 Class 1 sets the strictest commercially relevant…
The DOCA Project has spent several years developing an online optical sensor that detects oil contamination in high-purity compressed air across liquid,…
The DOCA Project set out to develop an online optical sensor capable of detecting oil contaminants in high-purity compressed air across liquid, aerosol, and…
Carbonated drinks depend on controlled pressure, clean gas, and reliable process equipment. Compressed air may operate valves, move ingredients, drive filling…
When a DOCA optical sensor flags an alarm in a compressed air line, the priority is deciding whether the signal reflects a genuine contamination event, an…
The DOCA Project has spent several years refining an online optical sensor that detects oil contaminants in high-purity compressed air across liquid, aerosol,…