DRYPOINT M

World Class Compressed Air Membrane Drying Solutions

• Low space requirement
• Simple, efficient and compatible with CLEARPOINT® filters
• Smart design
• All functional components are safely integrated into the housing
• Guaranteed drying, independent of the ambient conditions, humidity is removed regardless of external parameters
• No alteration of compressed air composition which pays off.
• Lower purge air consumption
• Service-free, as there are no moving parts which may wear (only the pre-filter elements need to be changed at regular intervals)
• No environmentally hazardous drying agents If you have any questions concerning a specific small or large capacity application, we are sure we can help you with our experienced team of application engineers.

It is most economical to dry only the compressed air that is actually being used by the consumer, and to make it only as dry as he actually needs it to be. Thus the drying relates the specific individual application. The compressed air user also makes demands with regard to immediate availability and reliability. This applies whether the application is for laboratory areas, or an application in manufacturing shops or outside areas, whether mobile or stationary.

The demand:

Application oriented compressed air drying.

The solution:

DRYPOINT® M from BEKO.

DRYPOINT® M Breakdown

1 Compressed air runs through the core pipe, and is then diverted to the membrane element in the ground area. The compressed air, which is still humid, flows through the sharply selective hollow fiber membranes of the membrane element inside.

2 The purge air, required for drying, diverges continuously at the outlet area of the membrane element, and is expanded atmospherically using a defined nozzle orifice. Due to this expansion, the purge air becomes significantly dryer, as humidity contained in the compressed air now fills the expanded volume. The dry purge air passes the exterior of the membrane fibers.

3 As a result, two air flows with a different moisture content move in reverse flow through the membrane element, separated only by the membrane wall. Inside the membranes, humid compressed air flows and dry purge air passes outside. On account of the varying moisture content, moisture from the compressed air diffuses into the purge air. As regards the drying procedure, use of the TWIST 60 technology results in maximum efficiency.

4 Compressed air is dry when leaving the membrane element.

5 Humid purge air is released into the environment.

The BEKO Dryer Range

BEKO's Product portfolio, a complete range of compressed air drying solutions for every application. By supplying application specific solutions BEKO ensures customers receive personalized attention to their compressed air drying needs. The result is a system that will provide the most reliable, energy efficient solution possible.

The BEKO Dryer Range

BEKO's Product portfolio, a complete range of compressed air drying solutions for every application. By supplying application specific solutions BEKO ensures customers receive personalized attention to their compressed air drying needs. The result is a system that will provide the most reliable, energy efficient solution possible.

Features

1 Compressed air flows through the core tube, and is then diverted to the membrane element in the ground area. The compressed air which is still humid, runs through the highly selevtive hollow fiber membranes of the membrane element inside.

2 Purge air, required for drying, diverges continuously at the outlet area of the membrane element and is decompressed atmospherically using a defined nozzle orifice. Due to decompression, this purge air is considerably dryer, as humidity contained in the compressed air now fills the multiple of the volume. The dry purge air passes the exterior of the membrane fibers.

3 As a result, two air flows with a different moisture content move in reverse flow through the membrane element, separated only by the membrane wall. Inside the membranes, humid compressed air flows and dry purge air passes outside. On account of the varying moisture content, moisture from the compressed air diffuses into the purge air. As regards the drying procedure, use of the TWIST 60 technology results in maximum efficiency.

4 Compressed air is dried when leaving the membrane element.

5 Humid purge air is released into the environment.