Compressed air treatment and condensate technology

Remove condensate at the compressor's compressed air discharge point

• Foundation of faultless and energy-efficient functioning of downstream dryers and filters
• Matching nominal sizes for practical connection to Kaeser compressors
• Maintenance-free condensate separation

Application-specific protection from additional condensate formation

• Refrigeration dryers (DTP ≥ +3 °C) – generally recommended for highly efficient basic drying
• Combination dryers (DTP ≥ +3/-40 °C) and desiccant dryers (DTP ≥ -70 °C) – for straightforward or temperature-dependent frost protection
• Membrane dryers (DTP ≥ -40 °C) for space-saving operation at end points – without an electrical connection

Remove contaminants and ensure availability of compressed air in all desired purity classes

• KAESER FILTERS with threaded connection and filters with flanged connection remove dust, oil aerosols and vapours – for pressures up to 16 bar
• High-pressure filters compatible with Kaeser boosters – for pressures up to 45 bar
• Activated carbon adsorbers remove oil vapours and odours. They achieve residual oil content to Class 1 as per ISO 8573-1 (0 – 0.01 mg/m³) – for pressures up to 16 and 48 bar

Remove condensate from the compressed air system

• ECO-DRAIN electronic condensate drain with level regulation and extremely durable valve control – for prevention of compressed air loss
• Test button and auto-monitoring with floating alarm contact (depending on model) – supports networking with master controller
• ECO-DRAIN Series 3x with factory-tested service unit – for highly reliable and low-cost maintenance

Condensate is turned into wastewater capable of regular sewer disposal directly at its point of origin

• AQUAMAT oil/water separators for reliable treatment of dispersant condensates – no energy costs, considerably more cost-effective than external disposal
• Officially tested functioning (DIBt type approval) – for compliance with legal requirements
• Environmentally friendly