The first innovative solutions to be introduced in the family are the binary adsorption filtration medias engineered for the removal of arsenic from potable water: ATOMUS® F11 and Z21. Powdered ATOMUS® F11 media is used in radial flow cartridges, and ATOMUS® Z21 granular media is used in ENPRESS Vortech® and Mid-Vortech® full-plate distributor plate tanks that reduce backwash during a system cleaning cycle while increasing flow and operational efficiency.

ATOMUS® F11 and Z21 media are NSF International certified to NSF/ANSI Standard 61, and are more resistant to interference from Silica, Phosphorus and Vanadium than other Arsenic removal medias on the market today. ATOMUS® media removes both Arsenics III and V simultaneously, with no backwash requirement when used in a high-flow ENPRESS ONE-E3® System.

ATOMUS® F11 and Z21 media have been tested and proven to provide a maximum removal capacity and improved stability against pH upset to prevent possible desorption of bound arsenic both during use and in landfill conditions ensuring successful evaluation against USEPA TCLP and California Wet Tests solutions, with an unparalleled, non-leachable Arsenic bond. Resistance to interference, superior leachables performance, and physical strength make ATOMUS® F11 and ATOMUS® Z21 the Arsenic filtration media solutions of the future.

ATOMUS® MD1 is a new proprietary filtration media solution for the water treatment industry specifically designed to simultaneously oxidize and adsorb organic and inorganic contaminants along with heavy metals that could be present in water.

This patented and proprietary chemistry creates a unique oxidative media that does not add residuals to the water stream or create harmful disinfectant byproducts. Unlike typical oxidation agents, such as ozone, chlorine, peroxide, citric acid, or bromine, ATOMUS® MD1 is a “solid state” oxidizing agent. Overall system simplification is paramount in the usage of ATOMUS® MD1, eliminating an Airdraw or standard control valve head, the use of salt, or oxidation agents for regeneration.