As the first active oil-water separator, the QWIK-PURE opens up completely new possibilities.
Classical oil-water separators based on the principle of gravity separation can hardly be technically improved any more. For the development of the new generation, we paid special attention to the people who work with the product. What is important to them, what drives them, and how can we give them both maximum decision-making reliability and flexibility while integrating the requirements of modern industry?
QWIK-PURE simply grows with you
Thanks to its modular design, the QWIK-PURE simply grows with the user – with just a few simple steps, it can be adapted to meet both higher and reduced requirements. This not only creates confidence when taking decisions, but also makes it very easy to create additional safety reserves or to adapt the service intervals to other service activities.
According to compressor capacity
Due to the unique active mode of operation of the QWIK-PURE, the compressor capacity and the climate map are sufficient to select the best possible oil-water separator. The compressor type and the compressor oil used are no longer used as a sizing factor.
Sustainable, efficient and user-friendly
Separating condensate and water incurs costs for compressed air and electricity. However, since the new QWIK-PURE system relies on just one cartridge for all models, less frequent service calls and lower storage costs can lead to a significant increase in efficiency. Eliminating the use of activated carbon here helps reduce CO2. The associated savings factors over many years result to an attractive Total Cost Ownership (TCO).
QWIK-PURE Function
Conventional oil-water separators work according to the gravity principle and the condensate seeps through the filter medium. With the QWIK-PURE® the condensate is actively forced through the pre-filter and main filter with light blasts of compressed air. During this process, the cartridge is permanently filled with liquid. This means that nothing can dry out and form impermeable boundary layers. Secondly, there are hardly any unpleasant cultures with which operators or service personnel can come into contact. This is controlled by the intelligent FRC control unit, which processes a wide range of indicators.
