Color in industrial effluent is not just an aesthetic issue; it can impede light penetration in receiving waters, disrupting aquatic ecosystems, and often indicates the presence of complex organic pollutants. Effective industrial effluent color removal is therefore a crucial aspect of responsible environmental stewardship and regulatory compliance. NINGBO INNO PHARMCHEM CO.,LTD. offers advanced polymeric solutions designed to tackle this challenge head-on.


Our flagship product, a specialized quaternary cationic polymer, stands out for its exceptional capability in decolorizing a wide range of industrial wastewaters. This includes challenging effluents from textile, printing, dyeing, paper-making, and ink industries, which are notorious for their high-colority waste. The polymer’s strong positive charge effectively neutralizes negatively charged dye molecules and suspended solids, leading to rapid flocculation and subsequent removal.


Beyond impressive color removal, this agent also significantly contributes to the reduction of Chemical Oxygen Demand (COD), a vital indicator of organic pollution. For industries that require a powerful industrial wastewater COD removal agent, our solution offers a dual benefit. This integrated approach ensures not only visually clearer water but also a substantial reduction in the organic load, making the effluent safer for discharge or further treatment.


For optimal results, especially when dealing with challenging wastewater compositions, the water decoloring agent can be used in conjunction with other chemicals like polyaluminum chloride (PAC). This synergistic application can lead to even better performance and more cost-effective treatment. NINGBO INNO PHARMCHEM CO.,LTD. provides a reliable source for those seeking to buy water decoloring agent that is both highly effective and environmentally conscious, free from harmful heavy metals. Our commitment as a leading water decoloring agent supplier ensures access to high-quality chemicals for sustainable industrial operations.