DRINKING WATER DISINFECTION RESOURCES

DISINFECTION SOLUTIONS

  • Model 4200-EC Gas Vacuum Feeder Controller

    The JCS Industries Model 4200EC Gas Vacuum Chemical Feeder mixes and feeds gaseous chemicals commonly used for water and wastewater disinfection accurately, reliably and safely. The system is comprised of a vacuum injector to safely introduce the gas into the feed-water stream, a reversing servo motor coupled with a V-notch valve to regulate the chemical flow rate, and a control module for complete electronic control and communications.

  • Ion Exchange

    Ion exchange, often abbreviated IX, is an effective technology for removing dissolved ionic compounds
    from liquid solutions, primarily drinking water sources. IX is most commonly known for removing nitrate but is also
    effective at removing contaminants such as perchlorate, arsenic, Chrome-6, and more recently, PFAS (Per- and
    Polyfluorinated Substances).

  • Water Champ® FX Induction Systems Provide Superior Mixing

    The Water Champ® FX Chemical Induction System from Evoqua has set the benchmark in chemical feed and disinfection with its innovative design and versatile applications for chlorination, dechlorination, chloramines, pH adjustment and rapid mix. The system provides superior mixing intensity maximizing chemical reaction while using less energy. Independent third party testing has proven that a Water Champ system can provide up to 40% better power to flow-rate ratios compared to other induction mixers or conventional methods.

  • Bardac® LF

    Bardac® LF 18-50 WT prevents algae growth at low concentrations and regains control of systems where algae have become established.

  • NeoTech D222™

    The NeoTech D222™ is specially designed to disinfect water and is an essential component in advanced oxidation processes.

DRINKING WATER DISINFECTION 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.