New possibilities in the generation of process air 05/02/2016 The compression of air and neutral gases is very energy-intensive. Today, the generation of process air covers a major part of the energy costs for pneumatic applications or for the municipal and industrial waste water treatment. It is more important than ever for the plant operators to select the right compressor or blower for their process. The comprehensive product range of the rotary lobe compressor series Delta Hybrid will now be extended by another series. Since its successful introduction in the year 2010 and after more than 4,000 installations, the series of the rotary lobe compressors Delta Hybrid has continuously been strengthened and expanded. With all in all 16 sizes the Delta Hybrid now cover intake volume flows of 110 m³/h up to 9000 m³/h and drive power from 5.5 kW to 400 kW. Due to its wide pressure range of 1500 mbar in overpressure up to -700 mbar in negative pressure, this technology is suitable for a variety of applications for the generation of process air.AERZEN complies with the request of its customers and particularly offers in the medium volume flow range, which is increasingly requested, a closer separation of sizes. Here, the new Delta Hybrid D 52 S covers a volume flow range of 720 - 3120 m³/h as well as drive power from 11 - 110 kW. The compact design and the small outer dimensions in this volume flow range are another advantage of the new series and this has a positive effect on the side-by-side installation. In addition, plant operators and system manufacturers may expect reduced investment costs due to the smaller connection nominal diameter DN 150.The advantages of Delta Hybrid rotary lobe compressors at a glance: Significantly improved energy-efficiency by energy savings of up to 15 % compared to conventional units; Extended fields of application with differential pressures of 1,500 mbar in the overpressure and -700 mbar in negative pressure; Low maintenance and service costs (operation from the front, oil level check from the outside even with the machine in operation, oil change intervals prolonged to 16,000 operating hours), reliability and durability; Very high regulating range (25 – 100%) with best possible degrees of efficiency also in partial load operation; Patented and robust bearing design (service life 60,000 operating hours Lh10); Low compressed air discharge temperature thanks to excellent thermal budgets; Compact design and side-by-side installation, low noise levels, suitable for outdoor installation; ATEX certification and class 0-certification according to ISO 8573 for oil-free operation No use of absorption material in discharge silencer, consequently no contamination of downstream systems Belt drive for optimal design of the volume flow (automatic belt tension by hinged motor mounting plate ensures low maintenance and high reliability). Oil pressure lubrication in the oil filter and oil pump reduces energy and maintenance costs. (Oil filter not necessary)
05/02/2016 - New possibilities in the generation of process air The compression of air and neutral gases is very energy-intensive. Today, the generation of process air covers a major part of the energy costs for pneumatic applications or for the municipal and industrial waste water treatment. It is more important than ever for the plant operators to select the... leggi di più
05/02/2016 - AERZEN Turbo in new splendour. Since the energy requirement for the aeration of aeration tanks in wastewater treatment plant reaches 70 % , energy efficiency is still the decisive indicator for a healthy energy balance. Many AERZEN customers worldwide could already benefit from the energy savings since 2010 when the product with... leggi di più
05/02/2016 - AERZEN Wartungsverträge: Wenn Wartungsverträge für AERZEN Maschinen abgeschlossen werden, hat dies oft mit größtmöglicher Verfügbarkeit und Sicherheit des Produktionsprozesses zu tun. Denn Betreiber setzen nicht nur interne Ressourcen zielgenau ein, Sie „kaufen“ die externen Kapazitäten dann hinzu, wenn Sie auch wirklich... leggi di più