AERATION & BLOWERS RESOURCES

WASTEWATER AERATION SOLUTIONS

  • AvN™

    As water resource reclamation facilities (WRRF) desire to divert more carbon towards energy generation, it becomes harder and more expensive to remove the remaining nutrients from the wastewater. This is where AvN™ comes into play as an overall process control philosophy promoting intensification.

  • STM-Aerotor™ Biological Nutrient Removal

    The STM-Aerotor™ Biological Nutrient Removal System uses Integrated Fixed Film and Activated Sludge (IFAS) technology as part of a process that provides biological nutrient removal for municipal and industrial wastewater treatment.

  • OX™ Disc Aerators

    The bigger and completely redesigned OX™ disc aerator doubles the amount of oxygen transferred by the original Orbal® system disc aerator. This means that the same amount of oxygen can now be delivered with fewer discs, which reduces maintenance, construction and capital costs. It also allows facilities with existing Orbal systems to increase capacity if they replace their existing discs with new OX disc aerators.

  • ExCalibAer

    ExCalibAer™ is the cutting-edge solution for wastewater resource recovery facilities (WRRFs) seeking to maximize efficiency, sustainability, and energy production. By integrating advanced digestion stages with innovative nitrate recycling, ExCalibAer optimizes digestion by adding nutrient removal, turning challenges into opportunities.

  • Fast And Flexible Blower Rental

    Capacity bottlenecks or production losses are scenarios feared in every company and require a fast and efficient solution. AERZEN offers 24/7 solutions to overcome problems arising in the supply of oil-free air for various application cases.

WASTEWATER AERATION VIDEOS

Tune in while Water Online catches up with Tom McCurdy of Aerzen to discuss a major leap in blower technology — the Delta Hybrid Direct Drive. Building on the success of Aerzen’s original Delta Hybrid, this new model delivers even greater energy efficiency, turndown capability, and system versatility.