Wastewater Aeration Solutions

  1. AquaDDM® Direct-Drive Mixer 1/10/2005

    For those applications where mixing requirements are the controlling factor, the AquaDDM® can reduce power costs, while delivering 3-4 times the mixing of any aerator of the same size.

  2. MTS Aspirator Self-Aspirating Submersible Aerator 12/20/2007

    The MTS Aspirator features efficient oxygen transfer, low installation costs, excellent mixing and minimal noise levels for installation in new or existing basins.

  3. STM-Aerotor™ Biological Nutrient Removal 6/16/2015

    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.

  4. WET WELL WIZARD Wastewater Collection System Aeration 7/26/2024

    Every modern town or city has a wastewater collection system of some type. The wastewater collection system is the conduit for used water, both sanitary and graywater (relatively clean, including stormwater), which initiates at the individual homes and businesses in the community. A primary part of the wastewater collection system is a number of “wet wells” that are used as wastewater collection points, or intercepts, from community neighborhoods. Often, lift stations, complete with large electric waste pumps, are used to keep the water moving to the city’s wastewater treatment plant.

  5. VertiCel® Wastewater Treatment Systems 11/22/2014

    The VertiCel® system is superior to other aeration technologies because it saves energy and space, while producing an unparalleled effluent quality. It is ideally suited for wastewater treatment plants with process flows above two million gallons per day. The VertiCel® tanks in series design consists of an aerated-anoxic tank followed by an aerobic tank. 

  6. Winery Wastewater Treatment Systems 3/31/2014

    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.

  7. Bi-Directional Jet Aerators 6/18/2008
    Mass Transfer Systems bi-directional jet aerators are designed with jet aeration nozzles installed on both sides of the liquid/air jet aeration manifold. This configuration is most applicable for square or rectangular tanks, larger lagoons, and sequence batch reactors where directional flow patterns are not desired.
  8. Thermatel® TA2 Mass Flow Transmitter 11/15/2013

    The Thermatel® Model TA2 thermal mass flow transmitter, based on thermal dispersion technology, provides reliable mass measurement for air and gas flow applications.

  9. Tri-Oval® Oxidation Ditch System 9/3/2020

    The Tri-Oval® Oxidation Ditch System, named for our Aire-O2 Triton® in an oxidation oval, is a subsurface complete mix, looped reactor system that is ideal for municipal and industrial wastewater treatment facilities. The energy efficient Aire-O2 Triton TR Series process aerator/mixer, combined with an optimized control strategy, allows for operation at depths as low as 4ft (1.2m) and up to 33ft (10m).

  10. Radial Jet Pod Aerators 6/18/2008
    The Mass Transfer Systems radial jet pod aerators are designed with jet aeration nozzles installed around the circumference of an integral liquid / air pod body. This configuration is most applicable for smaller round and square tanks and sequence batch reactors where directional flow patterns are not desirable.