DRINKING WATER TREATMENT RESOURCES

DRINKING WATER TREATMENT SOLUTIONS

  • Aquametrix 2250 Multi-Parameter Controller

    Designed to be the most flex­ible, easy to use, and easy to see multi-parameter controller on the market, the 2250 and 2250 TX excels in measuring Conductivity, pH, ORP or Flow.

  • NoMonia Biotreatment Solutions

    NoMonia is a dual-stage engineered biotreatment process that relies on naturally occurring bacteria. Typically, the amount of ammonia that can be oxidized during the natural nitrification process is limited by oxygen availability and its saturation level in the water.

  • Process Instrumentation And Analytics Solutions For Water And Wastewater

    Supplying drinking water to the population and treating wastewater are two very important global challenges. On a daily basis, system planners, designers and operators are required to keep the global increase in water consumption under control in the face of growing water shortages and the salination of fresh water resources. As industry experts for water applications, we offer powerful, innovative technical solutions to assist you.

  • C-FLUOR Submersible Sensors

    C-FLUOR sensors are compact, low-power digital fluorometers designed for in situ monitoring. Available for chlorophyll, CDOM, phycocyanin, turbidity, and more, they provide highly sensitive measurements with simple integration into moorings, gliders, or autonomous vehicles. Rated to 2000 meters and factory calibrated, C-FLUOR delivers robust, continuous data for deep ocean research as well as long-term water quality applications.

  • CB1-MW Powdered Activated Carbon

    Jacobi Carbons’ AquaSorb™ CB1-MW is a high activity powdered activated carbon (PAC) specifically manufactured for the treatment of water for human consumption, in both municipal and industrial applications.

DRINKING WATER TREATMENT VIDEOS

As aquatic invasive species continue to overwhelm hydropower, industrial, and municipal systems worldwide, this webinar explores why traditional filtration and chemicals are falling short—and how a dual-barrier UV approach is emerging as a proven, chemical-free alternative backed by global field results.