Turnkey Container Compressed Air System for PSA Generator Project Use

A typical station includes a screw compressor, aftercooler, gas-liquid separator, refrigerated dryer, desiccant dryer when needed, precision filters, activated carbon filter if oil vapor control is required, air receiver, drains, PLC control, ventilation, and electrical distribution.

Common contaminants include liquid water, water vapor, oil aerosols, oil vapor, dust, rust particles, microorganisms, and acidic condensate. Different filter grades and dryer types are selected according to the required air quality class.

Yes. A clean and dry compressed-air station is often the upstream system for PSA oxygen or nitrogen generation. Stable pressure, temperature, dew point, and filtration are critical for protecting adsorbents and maintaining gas purity.

Air compressors and dryers generate heat. Proper ventilation and hot-air ducting remove heat from the container, prevent overheating, protect electrical components, and maintain stable dryer and compressor performance.

Applications include remote construction, mining, temporary industrial projects, pneumatic tools, instrumentation, laser cutting support, gas generation feed air, food processing, electronics, pharmaceuticals, wastewater treatment, and field plants.