Typical Installation for Thermal Mass Compressed Air Refrigeration Dryer

Dry Compressed Air (3°C Dew Point)

hermal MassRefrigeration Dryer Installation

1 – Atmospheric Air
Filled with Moisture and Dirt Particles

2 – Bulk Liquid Water Removal
Fitted with Zero Loss Automatic Drain*

3 – Compressed Air Storage
Fitted with Zero Loss Automatic Drain*

4 – Pre Filter
Removes Bulk Dirt and Water/Oil Liquids

5 – Compressed Air Dryer
Reduces Dew Point and Reduces Water Vapour
Fitted with Zero Loss Automatic Drain*

6 – Final Filtration
Removes Smaller Dirt and Water/Oil Aerosols

7 – Optional Activated Carbon Filter
Removes Oil Vapour and Odours

8 – Point-of-Use Filtration
Installed to Protect Air Tools and Processes

* IATT can also provide Condensate Management for the efficient collection and handling of oil and water discharges in and environmentally correct and legal way.

Why Dry Compressed Air?

Compressed air is hot and contains a large amount of water vapour, this will condense into liquid water when the compressed air…

How Refrigeration Dryers Work

IATT Compressed Air Refrigeration Dryers use an innovative and patented three-circuit heat exchanger combined with a refrigeration unit…

Why Filter Compressed Air?

Compressed air is atmospheric air passed through a compressor and reduced in volume by increasing the pressure…