by | | Lanthanide Salt Chemistry, Phosphorus Removal from Wastewater, Wastewater Treatment, Water Treatment, WaterFX
Phosphate Crystal Precipitation and Pipe Clogging WaterFX won’t clog your pipes or pumps. Removing phosphorus from wastewater using conventional iron (or aluminum) based coagulants creates crystals that often redissolve and can then reprecipitate along pipe walls and...
by | | Innovative Chemistry, Lanthanide Salt Chemistry, Phosphorus Removal from Wastewater, Wastewater Treatment, Water Treatment, WaterFX
Phosphorus removal is critical for pharmaceutical pretreatment compliance Often, when the topic of phosphorus removal from wastewater comes up, we think of municipal systems that are struggling to meet a stringent NPDES Total Phosphorus (TP) limit of under 1 part per...
by | | Innovative Chemistry, Lanthanide Salt Chemistry, Wastewater Treatment, Water Treatment, WaterFX
Operational changes from switching to Neo WaterFX for phosphorus removal from wastewater. Making the switch from “traditional” coagulants (iron or aluminum salts) to Neo WaterFX WILL require a few operational adjustments due to improved and simplified operations....
by | | Wastewater Treatment, Water Treatment, WaterFX
We have focused several articles showing the benefits of switching to Neo WaterFX from “traditional” coagulants for phosphorus removal in wastewater. By “traditional”, we usually mean ferric chloride or alum. But what about specialized coagulants like Poly Aluminum...
by | | Innovative Chemistry, Lanthanide Salt Chemistry, Phosphorus Removal from Wastewater, RE100, RE300, Wastewater Treatment, Water Treatment, WaterFX
Phosphorus Removal and Sludge Management Removing phosphorus from wastewater usually involves use of a coagulant, especially if you have a low Total Phosphorus (TP) limit. Traditional coagulants, carried over from the water treatment side of the industry, are based on...
