Polyaluminum Ferric Chloride PAFC Industrial Water Treatment

Polyaluminum Ferric Chloride (PAFC) is a sophisticated inorganic polymer coagulant created through the combination of aluminum and iron salts. This unique compound brings together the benefits of both Polyaluminum Chloride (PAC) and polyferric chloride (PFC), resulting in improved coagulation effectiveness, stability, and suitability for various water treatment applications.

PAFC is highly regarded for its elevated charge density, quick flocculation rate, and eco-friendly properties, establishing it as a favored option for modern wastewater and potable water purification systems.

Features:

Combining the rapid floc formation of aluminum with the strong adsorption capacity of iron results in improved contaminant removal.

This water treatment solution effectively neutralizes colloidal particles, leading to faster sedimentation.

It performs efficiently over a wide pH range (5–9), eliminating the need for frequent pH adjustments.

Compared to traditional coagulants, this solution minimizes the risks of secondary pollution by keeping residual metal content low.

By reducing sludge volume and operational costs through higher efficiency, this treatment proves to be cost-effective.

Capable of maintaining performance under both low and high-temperature conditions, ensuring consistent effectiveness.

Applications:

Removes turbidity, organic matter, and heavy metals to meet potable water standards.

Treats effluents from textiles, papermaking, mining, and chemical industries by removing COD, phosphorus, and suspended solids.

Addresses urban wastewater challenges, including nutrient (N/P) removal and sludge dewatering.

Effectively decolorizes wastewater from dyeing and printing industries.

Enhances oil removal in petrochemical or food processing wastewater.

Clarifies runoff by aggregating fine particles and organic pollutants.