MODULAR AND EFFICIENT: PRODUCE OXYGEN AS REQUIRED.
1 TO 6 MODULES PER BANK
The oxygen production system can be expanded flexibly at any time, without having to disassemble the bank, since the additional modules are simply screwed on. This modular concept avoids the risk of contamination of the zeolite material within the individual modules.
MASTER BANK PLUS 1 TO 2 OPTIONAL SLAVE BANKS
If the master bank is already fitted with six modules, up to two parallel slave banks can be added, again with one to six modules each. This allows you to produce an output of between 2.49 and 46.8 Nm³/h, depending on the required purity level. The output can be further increased, as required, by adding additional complete systems. The overall system can be centrally controlled from the master unit.
LOW-MAINTENANCE AND ENERGY EFFICIENT: (THE PRESSURE SWING ADSORPTION PROCESS (PSA).
The combination of cycle periods (one tower regenerates itself while the adsorption process takes place in the other) and the high-quality properties of the zeolite molecular sieve (ZMS) ensure maximum productivity with the highest level of efficiency.
THE FUNCTIONAL PRINCIPLE
The Pressure Swing Adsorption process is used to separate oxygen from the other components of the air: purified compressed air is passed through a tower that contains a zeolite molecular sieve (ZMS) and the nitrogen molecules in the air are adsorbed by the ZMS. As soon as the ZMS is saturated with nitrogen molecules, the system switches over to the second tower, in which the adsorption process then continues while the saturated tower is regenerated. This process is repeated in every single module. The result: Oxygen that has a stable purity level of 90 to 95 %, or is just as pure as you actually need it to be
