by | | Innovative Chemistry, Lanthanide Salt Chemistry, RE300, Wastewater Treatment, Water Treatment, WaterFX
WaterFX reduces chemical feeds Removing phosphorus from wastewater can add a lot to your chemical feeds, and to your costs. First, there is the coagulant. If you are using aluminum or ferric-based coagulants, the amount of coagulant you add is often at least 4 to 1 in...
by | | Innovative Chemistry, Lanthanide Salt Chemistry, RE100, RE300, Wastewater Treatment, Water Treatment, WaterFX
Crystals Beat Floc — Better Dewatering with Neo WaterFXRemoving phosphorus from wastewater can create large quantities of difficult to dewater sludge, driving up disposal costs. The cause is choosing the wrong coagulant. Traditional coagulants, iron or aluminum based,...
by | | Innovative Chemistry, Lanthanide Salt Chemistry, RE100, RE300, Wastewater Treatment, Water Treatment, WaterFX
Scrubbing weirs. No one likes to do it and, depending on your clarifier design, it can be downright dangerous. But there it is every spring and through the summer, that annoying algae hanging off your weirs, with its slimy green making the clarifiers look terrible....
by | | Case Studies, Innovative Chemistry, Lanthanide Salt Chemistry, RE300, Wastewater Treatment, Water Treatment, WaterFX
Achieving Low Discharge Seasonal Limits and Avoiding Capital Costs Summary Star Sewer Wastewater Treatment Plant is a 1.25 MGD Membrane Bio Reactor (MBR) municipal facility in Star Idaho near Boise. Star has been issued a seasonal total phosphorus (TP) limit of 0.07...
by | | Wastewater Treatment, Water Treatment, WaterFX
Nothing makes a WWTF operator prouder than the sight of gin-clear effluent spilling over the weirs of the clarifiers. Few things spoil that beautiful sight more than algae growing in the clarifier, catching on the weir as the effluent spills over, floating in the...
