Advanced Drinking Water Treatment Coagulant For COD Removal Aluminum Chlorohydrate

Product Description:

LY-ACH ^® Aluminium Chlorohydrate (ACH) by Lanyao Water Treatment Co., Ltd. is a high-performance coagulant designed for water and wastewater treatment. This advanced formulation of Aluminium Chlorohydrate (ACH) is engineered to deliver superior clarity, efficiency, and sustainability in water treatment processes. With its unique chemical structure and high charge density, LY-ACH ^® effectively binds and removes suspended particles, organic matter, and turbidity, producing cleaner and safer water.

LY-ACH ^® is a water-soluble coagulant that bridges the gap between traditional inorganic coagulants and organic polymers, offering the best of both worlds. It is ideal for modern water treatment systems striving to meet stringent quality standards while optimizing operational costs.

Features:

Superior Floc Formation: Produces stronger, denser flocs that settle faster than traditional coagulants, improving sedimentation efficiency.

Exceptional Turbidity Reduction: Reduces filtered and finished water turbidity to below ​0.1 NTU, exceeding industry standards.

Minimal Alkalinity Impact: Has the least effect on treated water alkalinity, resulting in less corrosive finished water.

Rapid Response to Water Quality Changes: Effectively handles fluctuations in turbidity, particles, and organic content, ensuring consistent performance.

Cost Efficiency: Requires smaller doses and reduces caustic soda demand by ​90%, significantly lowering operational costs.

Reduced Sludge Generation: Cuts chemical sludge production by nearly ​40%, especially during high turbidity episodes, reducing waste disposal costs.

Safe and Sustainable: Eliminates the need for cancer-causing polyelectrolytes and minimizes residual aluminium levels, ensuring safer drinking water.

High Polymerized Aluminium Content: Contains a high concentration of ​polymerized aluminium chains (Al13), ensuring stability and effectiveness in various water conditions.

Applications: