POLYELECTROLYTES

Polyelectrolytes are water-soluble polymers composed of a polymer chain, combined with ionic charges.Depending on the nature of the ionic charge, the polyelectrolyte can be classified as Cationic, Anionic, and Non-Ionic. Polyelectrolytes are also classified based on their molecular weight. Such as low molecular weight, medium molecular weight, high molecular weight, and ultra-high molecular weight.

A wide range of Non-Ionic/Cationic/Anionic, medium and high molecular weight polymers are available for use in waste water treatment, coagulation and flocculation to separate suspended solids from water. Our long-chain polymer flocculants, such as modified Polyacrylamide, are supplied in dry, liquid or emulsion form for use in the flocculation process.

Polyelectrolytes has been developed for solid/liquid separation in industrial and municipal waste water treatment. Polyelectrolytes also known as flocculating agent enhancethe performance of the dewatering process thereby meeting the needs in varied industrial applications involving solid-liquid separation. The applications may include water purification, oil recovery, colour removal (decolorisation), COD/BOD reduction, paper & board production, mineral processing, mining, and various dewatering sludge, effluent treatment, and various other process.

Polyelectrolytes are primarily used in Primary, Secondary, and Tertiary Clarification Process, High Sheer Applications, such as Centrifuges, DAF, thickening, and organic sludge dewatering in wastewater treatment plants. Polyelectrolyte supplied by us typically demonstrate the following features:

Features:

Better performance at lower dosages.
High solid content and lower moisture content in dewatered sludge.
Increased filtration rate and supernatant clarity.
Lower suspended solids in centrate/ filtrate of sludge dewatering equipment.
Effective colour removal by effective precipitation of dyes in textile effluent.
Improved water clarity and superior cleaning performance.

Advantages:

Strong floc integrity to withstand high shear forces.
Significant dose reduction of up to 20%*.
Cake solids of dewatered sludge can be increased by up to 15%*.
Improved centrate quality with reduced suspended solids.
Reduction in transport and disposal cost.