Poly Aluminum Chloride (PAC): Revolutionizing Domestic Wastewater Treatment Efficiency

As environmental sustainability becomes a global priority, Lanyao introduces high-performance Poly Aluminum Chloride (PAC) as a breakthrough solution for residential and municipal wastewater treatment. This advanced coagulant demonstrates unparalleled effectiveness in addressing modern sanitation challenges while meeting stringent environmental standards.

Superior Coagulation Performance
PAC’s unique polymeric structure enables rapid removal of suspended solids, colloidal particles, and organic contaminants from household wastewater. Compared to traditional coagulants, PAC achieves:

40% faster flocculation time

30% higher turbidity removal rate

25% reduction in chemical sludge production

Key Advantages for Municipal Systems

Enhanced Efficiency: Works effectively across wide pH ranges (6-9) without requiring pH adjustment

Cost Optimization: 35% lower dosage requirements vs. conventional aluminum sulfate

Eco-Safety: NSF-certified formula leaves no toxic residues in treated water

Infrastructure Protection: Reduces pipe corrosion risks by minimizing chloride content

Real-World Applications
PAC has been successfully implemented in:

High-density residential complexes

Municipal sewage treatment plants

Resort wastewater recycling systems

Urban stormwater management facilities

 

A recent project in Jiangsu demonstrated PAC’s capability to process 10,000 m³/day of domestic wastewater while meeting Class A effluent standards, with operational costs reduced by 18%.

Environmental Compliance
The product complies with:

EPA 40 CFR Part 136 guidelines

EU Water Framework Directive 2000/60/EC

ISO 14001 environmental management standards

Sustainable Future Focus
“PAC aligns with circular economy principles,” notes Jerry “It enables safer water reuse for irrigation and industrial applications while minimizing environmental footprint.”

For technical specifications and case studies, contact our water solutions team at our website.