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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,…
Compressed air systems underpin countless production lines, yet oils that slip through in liquid, aerosol, or vapour form often go unnoticed until product…
Compressed air is the silent workhorse behind nitrogen generation in countless Australian plants, from the pharmaceutical halls of Melbourne's CSL facilities…
Work Package 6 gives the DOCA Project a practical route from laboratory development to industrial use. Its focus is industrial dissemination and standards…
A textile mill relies on compressed air for fast, even fabric drying after washing, dyeing or coating. In this case study, the DOCA sensor is integrated into…
The DOCA Project has been refining an optical sensor capable of detecting oil contamination across liquid, aerosol, and vapour phases in high-purity compressed…