BWD-01 Water Decoloring Agent COD reduce Color Remove for Pigment Industry

1. Color Removal: It is employed to remove color from wastewater in the pigment industry, which is crucial when the effluent has a high degree of coloration due to the production and use of pigments.
2. Improves Wastewater Quality: It helps in enhancing the quality of industrial effluent by reducing color intensity, making the wastewater suitable for discharge or further treatment.
3. Flocculating Properties: As a flocculant, it assists in the aggregation and removal of suspended particles in the wastewater, which may include pigment residues, improving the clarity and quality of the water.
4. COD Reduction: The agent is conducive to decreasing the Chemical Oxygen Demand (COD) levels in wastewater, which is an indicator of the amount of organic pollutants present.
5. Versatile Application: It can be used for treating a wide range of effluents with color problems, including those from the pigment industry, making it a versatile agent in environmental management.

Product Description:

BWD-01 Water Decoloring Agent is a unique quaternary cationic polymer that can effectively de-color, flocculate, reduce COD, and serve other purposes. It is specifically designed to purify water by eliminating unwanted color pigments and suspended solids. This product is widely used in various industrial applications.

The product's quaternary cationic properties make it highly effective in eliminating colored impurities from water. It is an ideal solution for textile, printing and dyeing, paper-making, and other industries that rely heavily on water in their manufacturing processes.

The Water Decoloring Agent, BWD-01, is a versatile product that can be used in both wastewater treatment processes and the purification of drinking water. Additionally, it is environmentally safe, as it does not contain any harmful chemicals. This product is easy to handle, and its application does not require extensive technical expertise.

Overall, BWD-01 Water Decoloring Agent offers an efficient and cost-effective solution for water purification processes. Its quaternary cationic properties, ease of application, and environmental safety, make it an excellent choice for various industrial applications.

Features:

The product provides impressive results for decolorization and COD removal:

• Decolorization of 50-99% and removal of 50-80% COD.

The product is highly effective in treating high-coloring effluent from dyestuff plants:

• It is compatible with Reactive, Acid, Disperse, Direct Dyestuff, and other soluble and insoluble dyestuffs.

The product is versatile and used to treat wastewater from various industries:

• Textile and dyeing industry
• Pigment industry
• Printing ink industry
• Paper industry

The product also serves as a retention agent in the paper and pulp processing:

• It aids in faster sedimentation and better flocculation.

The product is environmentally friendly and has several advantages over inorganic coagulants:

• It is non-polluting and does not contain aluminum, chlorine, heavy metal ions, etc.
• Less sludge is produced.

Technical Parameters:

Applications:

Effluent color removal is an important aspect of many industries. These include textiles, dyestuff, pigment, ink, paper, garbage leachate, wood processing, fiber bleaching, sugar processing, animal farming, coking, and various others. These industries produce a significant amount of wastewater that contains harmful colors, which are considered environmental pollutants.

To eliminate these harmful colors and ensure that wastewater is not released into the environment in an uncontrolled state, industries must employ effective effluent color removal techniques. These may include physical, chemical, or biological methods to treat wastewater, depending on the specific type of industry and wastewater produced. With a growing awareness of environmental conservation, industries are increasingly adopting these methods to ensure sustainable wastewater management.

Paper and pulp production is one industry that generates a considerable amount of wastewater. This wastewater is released into the environment after various stages of paper production, including fiber pulping, bleaching, and washing. These processes lead to the discharge of wastewater containing a significant amount of bleaching agents, dyes, and other contaminants.

To reduce the environmental impact of paper production, the industry is increasingly adopting measures to ensure that the wastewater produced undergoes effective treatment to remove harmful colors and contaminants. This treatment is essential in preventing ecological damage and ensuring sustainable paper production methods.