PolyFerric Sulfate Mining Metal Wastewater Treatment

Polymeric Ferric Sulfate (PFS) is an advanced inorganic polymer coagulant that is transforming the landscape of water and wastewater treatment due to its remarkable effectiveness and eco-friendly nature. It consists of intricately polymerized ferric-hydroxyl-sulfate complexes, providing exceptional coagulation capabilities over a wide pH spectrum ranging from 4 to 10. This versatile characteristic makes PFS perfectly suited for a myriad of uses, spanning from purifying municipal drinking water to treating industrial effluents.

The efficiency and environmental compatibility of PFS set it apart from traditional coagulants, making it a preferred choice for those seeking sustainable solutions for water treatment challenges. Its unique chemical composition allows for enhanced performance in coagulation processes, resulting in improved treatment outcomes and reduced environmental impact. Whether it is used in large-scale municipal water treatment facilities or industrial settings, PFS delivers consistent and reliable results while maintaining its eco-friendly profile.

Features:

Key Advantages

Rapid Floc Formation: PFS generates dense, fast-settling flocs that effectively remove suspended solids, colloids, and organic pollutants, reducing sedimentation time by 30–50% compared to conventional ferric salts.

Low Residual Metal Content: With optimized polymerization technology, PFS minimizes residual iron ions (<0.1 mg/L in treated water), ensuring compliance with strict drinking water standards.

Corrosion Inhibition: Unlike acidic coagulants, PFS stabilizes water pH and forms protective coatings on pipelines, reducing corrosion risks by up to 40%.

Heavy Metal Removal: Demonstrates high affinity for heavy metals like arsenic, chromium, and lead, achieving >95% removal rates in contaminated groundwater.

Applications:

Municipal Waterworks: Safe for potable water treatment, effectively eliminating turbidity and algae.

Industrial Wastewater: Tailored for textile, mining, and chemical industries to address COD, color, and toxic metal challenges.

Sludge Conditioning: Enhances dewatering efficiency by 20–35%, reducing sludge disposal costs.