Blog
A reliable optical sensor is only as effective as the people who interpret its information. In high-purity compressed-air systems, oil may appear as liquid…
Reliable oil monitoring depends on more than a successful laboratory test. In high-purity compressed-air systems, an optical sensor must remain stable while…
Compressed air is often treated as a clean and stable utility, yet oil can enter the system from lubricated compressors, degraded seals, intake air, or…
A multi-site monitoring network can turn measurements from DOCA optical sensors into a consistent view of oil contamination in high-purity compressed air. The…
Reliable measurement is essential when compressed air comes into contact with medicines, electronics, textiles, vehicle components, or clean-room processes.…
Oil contamination in compressed air can appear as a liquid film, aerosol, or vapor. Its behavior depends strongly on properties such as viscosity, volatility,…
Compressed air is essential to production, yet it can be one of the most energy-intensive utilities in an industrial facility. Compressors, dryers, filters,…
A textile mill can maintain clean, consistent production conditions and still experience sudden oil spots on finished fabric. The source is often compressed…
The DOCA Project is developing an online optical sensor for identifying oil contamination in high-purity compressed air. Its measurement approach is intended…
High-purity compressed air can carry oil in several forms: liquid droplets, fine aerosols, and vapor. An online optical sensor must distinguish these…