CRN NPOL 6000 is a high-molecular-weight non-ionic flocculant primarily composed of acrylamide homopolymers. Because it carries no electrical charge, it functions independently of the effluent's pH and conductivity. It is an essential tool for complex industrial waste streams and mineral processing where ionic polymers may fail to provide consistent bridging between suspended solids.
Why It Should Be Preferred?
pH-Independent Performance: Maintains its flocculating power across acidic, neutral, and alkaline environments without chemical degradation.
Excellent Bridging Mechanism: Its long-chain molecular structure physically traps and binds microscopic particles into large, stable flocs.
Resilience to High Salinity: Ideal for saline process waters or environments with high conductivity where ionic polymers often lose efficiency.
Minimized Chemical Interference: As a neutral polymer, it exhibits high compatibility with various primary coagulants and other chemical additives.
Stable Floc Formation: Promotes a consistent sedimentation rate, ensuring high-quality clarified water for reuse or municipal discharge.
Areas of Usage
Mineral Processing & Mining: Vital for the clarification of process water in coal washing, ore thickening, and mineral tailings management.
Municipal Water Treatment: Used in sewage and drinking water purification plants for secondary clarification and sludge thickening.
Industrial Effluent Treatment: Effective in paper, textile, and chemical industries for removing finely divided suspended solids.
Metallurgical Operations: Clarifying cooling and wash waters in steel mills and metal processing plants.
Process Water Recovery: Essential for treatment systems aiming for closed-loop water cycles in various manufacturing sectors.