Related posts
Feature
93% aluminum sulfate
Reduces phosphorus levels
For use in all types of tablet feeders - Very low maintence required
Cost effective treatment for low, intermittent, or high flows
Beveled edge design enhances tablet dissolution
Description
Phos-4-Fade phosphorus removal tablets are manufactured specifically to reduce phosphorus levels, which contribute to algae blooms and impack water resources. The need to fight harmful algae blooms that are plauing our waterways has become apparent to those involved with the agricultural, food processing, manufacturing and boating industries, as well as municipalities and homeowners. The most effective way of eliminating algae blooms is to reduce phosphorus levels in wastewater, stormwater and process water flows leading to these bodies of water Manufactured from pure 93% aluminum sulfate, Phos-4-Fade tablets dissolve slowly and consistently, providing effective phosphorus reducing power. Phos-4-Fade tablets are a dependable, long-term source of aluminum sulfate that automatically adjust their chemical application to the velocity of the incoming flow. This allows system operators to percisely regulate the aluminum sulfate dose for optimum effectiveness, minimum sludge generation and cost effective operation. Formulated for use in all major gravity or pressure rated tablet feeders, Phos-4-Fade tablets will remove phosphorus and ingibit alge growth during low, variable and intermittent flow rates common to cacation retreats and permanent residential treatment systems. Phos-4-Fade tablets will also deliver the same exceptional performance in higher flow applications. Packaged in a convenient 35lb DOT approved resealable container, Phos-4-Fade tablets are the perferred alternative to dangerour and corrosive ferric chloride liquid systems and provide more accurate treatment than granular alum. Pound for pound, Phos-4-Fade tablets are more cost effective in removing phosphorus than ferric chloride and granular alum, which means less chemical consumption, less maintenance and reduced operating cost.
