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.

  • High Volume Aerator Otterbine’s experience in wastewater treatment is obvious in the performance and results delivered by our surface and subsurface industrial aeration systems.
  • Winery Wastewater Treatment Systems

    ClearBlu installs the most effective winery wastewater systems available. We are a design/build contractor. Utilizing biodigester technology, our capital costs for systems are significantly lower than other systems. Why? Because we are not utilizing municipal wastewater system technology to treat winery waste. They represent two different problems.

    Winery waste water contains sugars and grape organics. This narrow profile means that it is easier to treat. Typically engineering firms will spend 10’s or 100’s of thousands of dollars designing systems that are overly complex, very costly to install, difficult to operate and expensive to maintain. By focusing on the content of the waste stream, ClearBlu installs systems with much smaller footprints. If ponds are utilized, less than 24% of the acreage engineers require will be needed. We eliminate chemical usage by eliminating DAF and SAF systems.

  • LumenAER® Low-Energy Water Circulator

    Our energy-efficient LumenAER can address a wide range of water quality issues.

  • KLa Systems Slot Injector Aeration System

    The Slot Injector™ System is a superior jet aeration system that is specifically applied to industrial biological treatment processes where fine screening is a standard pretreatment operation in both conventional and advanced air activated sludge applications.

WASTEWATER AERATION VIDEOS

Meet tighter nutrient limits without bigger facilities by optimizing processes, using low dissolved oxygen, and applying data to manage energy, chemicals, and capital.