Ohio EPA selects ClariPhos; for evaluation in algal bloom reduction program
The Ohio Environmental Protection Agency (EPA) has selected ClariPhos® rare earth coagulant for evaluation by its H2Ohio Technology Assessment Program (TAP), a state initiative to address harmful algal blooms (HABs) in Lake Erie.
Find out how much you can save by switching to ClariPhos for phosphorus removal.
Treatment plants that are using rare earth coagulant report sludge reductions of up to 50%.
ClariPhos®: A less acidic coagulant that improves phosphorus removal and operator safety
ClariPhos® Rare Earth Coagulant can dramatically reduce or even eliminate pH swings caused by chemical phosphorus precipitation and help improve operator safety at the same time.
Coping with rising phosphorus loading at a municipal WWTP
Sludge management is challenging for the remote Hamlet of Pangnirtung, Nunavut on Baffin Island.
FCM funding can help with pilot testing of BioCord® Reactors and ClariPhos® rare earth coagulant
Pilot tests of these innovative technologies are eligible for grant funding from the Federation of Canadian Municipalities (FCM) through its Municipal Green Fund.
Are you ready for a better coagulant for phosphorus removal?
New ClariPhos® rare-earth coagulant is a proven solution to hit phosphorus levels as low as 0.07 mg/L in treated effluent and reduce sludge production by as much as 50% in the process.
Achieve phosphorus limits as low as 0.07 mg/L with ClariPhos rare earth coagulant
New ClariPhos® rare-earth coagulant is a proven solution to hit phosphorus levels as low as 0.07 mg/L in treated effluent and reduce sludge production by as much as 50% in the process.
Rare earth coagulant helps Hartford, WI achieve stringent phosphorus limit of 0.075mg/L
When the state of Wisconsin created stringent new water quality standards in 2013 to protect surface waters from eutrophication, about 400 treatment plants received tough new discharge limits for total phosphorus, ranging between 0.5 and 0.04 mg/L.
The impact of rare earth biosolids as a soil amendment
The precipitate from chemical phosphorus removal systems typically becomes a component of the total biosolids produced by a wastewater facility. Biosolids containing ferric and alum sludge are often used as a soil amendment to add phosphorus as well as other nutrients.
