The quality of the purified water is superior to that achieved with aluminum sulfate flocculants, and the water purification cost is 15–30% lower by comparison.
Floc formation and settling speeds are rapid, resulting in a higher treatment capacity compared to traditional products such as aluminum sulfate.
It consumes less water alkalinity than other inorganic flocculants, thereby reducing or eliminating the need to add alkaline agents.
It is effective for source water across a wide pH range of 5.0 to 9.0.
It exhibits low corrosivity and offers favorable operating conditions.
Its solubility is superior to that of aluminum sulfate.
It introduces minimal additional salinity into the treated water, which is beneficial for subsequent ion exchange processes and the production of high-purity water.
It demonstrates superior adaptability to variations in source water temperature compared to inorganic flocculants such as aluminum sulfate.
