The Zander WVM vacuum adsorption dryer delivers levels of operational and energy efficiency, eliminating the need to purge air and increasing throughput. The dryer is claimed to be able to produce energy savings of up to 15% when compared with conventional non-vacuum adsorption dryers.
The dryer package comprises a dual-adsorber bed (one for adsorption, one for regeneration), interconnecting pipework, heater, temperature and pressure sensing devices, and a digital controller - all mounted on a compact mini-skid. Moisture is removed from incoming air as it is passed through a desiccant in the first adsorber bed. Conventional adsorption dryers use a portion of recycled dried air ('purge air') to regenerate the desiccant. This re-hydrated purge air is vented to atmosphere. By contrast, the WVM adsorbtion dryer uses heated air from the onboard heater for the regeneration process. By eliminating the use of purge air for desiccant regeneration, energy savings can be realised.
The Zander WVM vacuum adsorption dryer is claimed to be able to achieve a pressure dewpoint of -70°C without purging air and wasting energy.
Phone: 03 9703 9000
OnQ Software StorageQ supply chain management system
The StorageQ supply chain management system has been developed with today's market in mind...
optek turbidity meters and colorimeters
The optek inline turbidity meters can be specified to measure turbidity, haze, clarity and...
Kari float switches
The Kari float switch range from Finland offers multiple switch points for tangle-free pump...
