Nutrient Removal Products

  1. Get Rapid & Reliable Settling with the CoMag® System’s New Package Plants
    2/12/2016

    The CoMag® System settles floc up to 30 times faster than conventional flocculation treatments, enabling plants to increase capacity and clarifier performance.  It helps meet tighter regulations within existing tankage and smaller treatment volumes than alternative technologies, allowing facilities to reduce plant investment costs for upgrades. 

  2. DE NORA TETRA™ LP Block™ Dual Parallel Lateral Underdrain
    10/6/2015

    In municipal drinking water applications or pre-treatment for desalination plants using gravity filters, the filter underdrain is one of the most important components contributing to overall system performance and operation — whether a new filter design or retrofitting an existing filter.

  3. DE NORA TETRA™ Modular Deepbed™ Filter Modular Packaged Filtration Plant
    10/6/2015

    The DE NORA TETRA™ Modular DeepBed Filter Plant from De Nora Water Technologies is designed as a competitive filtration plant for tertiary effluent from small to medium size sewage works. The Modular DeepBed Filter utilizes the technology of DeepBed filtration that has made the TETRA filter such a successful tertiary treatment process over many years in Europe and the United States.

  4. DE NORA TETRA™ DeepBed™ Tertiary Filtration System
    10/6/2015

    The DE NORA TETRA™ DeepBed™ tertiary filtration system is an economical solution for the removal of total suspended solids and total phosphorus.

  5. DE NORA TETRA™ Denite® Deepbed™ Denitrification
    10/6/2015

    The DE NORA TETRA™ Denite® system integrates well with other plant treatment processes to provide superior total nitrogen (TN) and phosphorous removal.

  6. True Simultaneous Nitrification-Denitrification Biological Treatment
    8/26/2015

    The TrueSND™ biological treatment process from Evoqua is a well-established true simultaneous nitrification denitrification technology. The process achieves nutrient and BOD treatment limits using less power in a smaller footprint when compared to more conventional alternatives. It can be applied in both new plants and retrofits, and it can easily resolve high peak and storm flow challenges. Evoqua has over 800 installations and offers three systems that fit specific plant needs and capacities: Orbal® multichannel oxidation ditch systemsVLR® systems and VertiCel® wastewater treatment systems. Evoqua also offers SmartBNR™ process controls, which optimize energy efficiency and plant operation. TrueSND can be applied for nutrient removal (TN and TP limits); BOD removal only (30/30 effluent); new construction; plant retrofits and upgrades; and high peak and storm flows. Evoqua can help create a solution that saves energy and space while meeting required effluent standards.

  7. Magnetite Ballasted Treatment — Simple, Reliable And Proven
    8/7/2015

    The BioMag® and CoMag® Systems from Evoqua infuse magnetite into conventional biological and chemical floc making it heavier and dramatically improving settling. 

  8. DAVCO™ Retrofit and Rehab Services for Biological Wastewater Treatment Plants
    11/22/2014

    The Davco™ product line of Evoqua located in Thomasville, GA, offers retrofit, rehab, and replacement parts and services and the installation of water and wastewater filtration, separation, clarification, aeration, biological treatment, and screw pumps. Our retrofit and rehab services save municipal and industrial water and wastewater plants time and budget in addressing worn out, over-extended-in-capacity treatment facilities that are costly to maintain.

  9. The VLR® System for TrueSND™ Biological Treatment
    11/22/2014

    VLR® Systems from Evoqua utilize a vertical loop based design with looped reactors in series that allows DO stratification. As such, it is suited for simultaneous nitrification/denitrification; biological phosphorus removal and storm water treatment..

  10. The BioMag® System for Enhanced Secondary Treatment
    11/22/2014

    Proven to dramatically increase biological treatment capacity and help meet ENR limits.