Fluence Corporation

MABR Wastewater Treatment: Modular and portable systems ideal for R&V parks, man camps, hotel & resorts or golf courses

Source: Fluence Corporation

Ideal for R&V parks, man camps, hotel & resorts or golf courses.

MABR Wastewater Treatment Solutions

Backed by years of research and more than 100 commercial projects, MABR is the wastewater technology of the 2020s. Reaching new treatment efficiency records in small- to medium-sized wastewater projects, the MABR product family provides a complete solution range for both new and upgrade projects.

Smart Packaged Wastewater Solutions

Aspiral™ is a smart, packaged wastewater treatment solution based on the Membrane Aerated Biofilm Reactor (MABR) technology. Our Aspiral containerized wastewater treatment solutions come in several configurations to treat from 20 to 350 m3/d (5,300-90,000 GPD) of municipal wastewater. 

The Benefits of Aspiral™

  • High Effluent Quality
    MABR's efficient nutrient removal produces high-quality water suitable for use in irrigation or discharge into the environment.
  • Simultaneous Nitrification and Denitrification
    A biofilm that forms on the spirally wound membrane supports simultaneous nitrification-denitrification (SND) for high nutrient removal.
  • Low Maintenance and Operation Costs
    Aspiral's simple design means low maintenance and operation costs, and the systems can be remotely operated and controlled. The MABR technology also reduces the need for added carbon.
  • Energy Efficiency
    Fluence's MABR modules use low-pressure passive aeration, which reduces the energy used for aeration by up to 90%. This low energy consumption allows for decentralized treatment off the power grid.
  • Low Odor and Noise
    Using passive aeration not only saves energy, but it also lowers levels of noise and odor for neighborhood-friendly operation.
  • Flexibility and Scalability
    Fluence Aspiral MABR solutions are available as decentralized, scalable, easily portable systems packaged in standard shipping containers.