About 90% of a compressor’s life cycle costs go to energy use*. A huge challenge, especially where ecological demands and global competition requires the globalisation of potential of the whole company. AERZEN is meeting this challenge with energy savings of up to 15%. Which means the investment will pay for itself after only two years, depending on the volume streams and pressures involved. That’s the Delta Hybrid.
Delta Hybrid, the groundbreaking Rotary Lobe Compressor, is the result of a synergy between the rotary lobe blower and the screw compressor technologies and offers completely new possibilities for generating positive pressure or vacuum by combining the technical advantages of both concepts.
While low pressure applications call for the Roots-Principle of isochoric compression, the screw compressor, with its internal compression, becomes the preferred choice for its energy efficiency in higher pressure ranges. The package concept is based on the well known and successful Aerzen Delta design (Delta Blower and Delta Screw) and has been systematically upgraded.
Easy handling, minimal maintenance: these are characteristics that have a direct impact on efficiency and your bottom line. A good reason why AERZEN kept them in mind when it developed the Delta Hybrid generation. The results will be convincing even for hard-nosed accountants – and will be a joy to use in day-to-day operation.
Further information are available within the product brochures.
Delta Hybrid arbeitet in einem extrem weiten Spektrum industrieller Schlüsselanwendungen in der Abwassertechnik und pneumatischen Förderung. Die Aggregate sind für die ölfreie Förderung von Luft, ausgelegt für Überdruckanwendungen mit Nennweiten von DN 100 bis DN 300.
Heißere Temperaturen. Höhere Sicherheit.Delta Hybrid Drehkolbenverdichter sind global einsetzbar. Auch in Zonen, in denen extreme Umgebungstemperaturen von -40°C bis +50°C herrschen. Mit Delta Hybrid sind heute Endtemperaturen von bis zu 230 °C möglich. Die Voraussetzung für Betriebssicherheit in allen Prozessen.
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