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0NoRise pH Stabilized Activated Carbon
A patented technique to pre-treat activated carbon with a weakly adsorbed organic acid for pH sensitive applications involving treatment of potable drinking water, industrial process water, and groundwater remediation.
AquaCarb® Granular Activated Carbon - Reactivated
AquaCarb® S Series reactivated carbons are pooled from a variety of sources, ensuring consistent product properties. The resulting carbon serves as an excellent conomic alternative to virgin carbon for the removal of a broad range of organic contaminants from wastewater, process water, and groundwater streams.
AquaCarb® Granular Activated Carbon - Coal Based
High activity granular activated carbons manufactured from selected grades of bituminous coal.
AquaCarb® Granular Activated Carbon - Coconut Shell Based
An excellent alternative to coal-based activated carbon for removing disinfection by-products and tastes/odors from surface and groundwater sources.
AquaPAC Powdered Activated Carbon
AquaPAC carbons are virgin powdered activated carbons manufactured from selected grades of bituminous coal.
AquaPAC S Series Powdered Reactivated Carbon
Cost effective AquaPAC S Series reactivated carbons have been demonstrated to provide excellent performance in a variety of liquid phase treatment applications.
BevCarb® 1240 Coal-Based Granular Activated Carbon for the Beverage Market
High activity, acid-washed granular activated carbon media manufactured from select grades of bituminous coal.
GFH® DRY Granular Ferric Hydroxide Media
A proven, safe and simple solution to arsenic removal challenges.
Midas® Odor Control Media
Combines select active ingredients and premium quality bituminous coal to produce an odor control media unmatched in today’s market for the removal of H2S, HCl, SO2 and other volatile organic compounds (VOC).
Powdered Activated Carbon (PAC1) Media
Manufactured by direct activation, powdered activated carbons have been specifically developed for the removal of a broad range of organic contaminants from potable, waste and process waters.