BDW 01 55% Water Decoloring Agent (DCA) of Honduras Textile and Dyeing Waste

BDW 01 55% Water Decoloring Agent (DCA) of Honduras Textile and Dyeing Waste Water Treatment

Product Overview

High-performance water decolorant with 50% solid content specifically formulated for wastewater color treatment applications in Bangladesh and international markets.

Chemical Composition

Chemical Type: Quaternary Ammonium Cationic Polymer

Form: Colorless to yellowish transparent liquid

Primary Functions: Color removal, COD reduction, and flocculation

General Instruction

Product Overview:

Discover the efficiency of our Water Decoloring Agent (DCA) for textile and dyeing wastewater treatment.

This high-performance chemical is designed to effectively remove color from wastewater, ensuring that your discharge meets environmental regulations. Ideal for textile mills, dye houses, and other industries involved in fabric dyeing, our DCA offers a reliable solution to water pollution challenges.

Key Features:

• Effective Color Removal: Specially formulated to target and eliminate colorants from wastewater, enhancing water clarity.
• Broad Application: Suitable for various dyeing processes, including reactive, disperse, and acid dyes.
• Eco-Friendly: Helps in reducing the environmental impact of industrial wastewater by lowering the chemical oxygen demand (COD) and biochemical oxygen demand (BOD).
• Easy to Use: Simple application process that integrates seamlessly into existing wastewater treatment systems.
• Cost-Efficient: Reduces overall treatment costs by minimizing the need for additional chemicals and processes.

Applications:

1. Textile dyeing factories
2. Paper mills
3. Leather dyeing processes
4. Ink and printing industries

Order Now: Enhance your wastewater treatment process with our Water Decoloring Agent. Contact OYIPOLYMER today to place your order or to learn more about our complete range of water treatment chemicals available for the textile and dyeing industry.

Key Performance Features

• Removes 50-99% color and reduces COD by 50-80%
• Highly effective for Reactive, Acid, Disperse, and Direct dyes
• Fast reaction time, enhances floc formation and sedimentation
• Less sludge generation compared to traditional coagulants
• Compatible with PAC for improved performance and cost efficiency
• Safe, non-toxic, non-corrosive, fully water-soluble formulation

Technical Specifications

Application Guidelines

• Dilute DCA-58 with tap-water, to get 5% solution before use.
• Ajust the effluent sample pH to 7.5-8.0, then add 100-200ppm DCA-58 solution
• Mix for several minutes to form flocs, and check the dosing rate.
• Combine with PAC-300 if needed – do not pre-mix
• Dose PAM solution for quick settlling
• Allow settling or use flotation for separation

Packaging & Logistics

Available Packaging:

• 30 kg Plastic Drum
• 250 kg Plastic Drum
• 1250 kg IBC Tank

Lead Time: 7-10 days

Shipping Ports: Qingdao / Shanghai

HS Code: 3906909000

FAQ

• What is a water decoloring agent?

  A water decoloring agent is a chemical used to remove color, dyes, and pigments from industrial wastewater. It helps settle color particles and makes the water clear before discharge.

• Why is a Cationic Decoloring Agent often recommended?

  A Cationic Decoloring Agent carries a positive charge that attaches to negatively charged dye molecules. This makes it very strong for removing deep colors from textile, printing, leather, and paper wastewater.

• How do I know which water decoloring agent is right for my plant?

  You need to test the chemical with your actual wastewater through jar tests. The right agent will show fast color removal, good settling, low sludge, and low dosage requirements.

• Can I use a water decoloring agent with other treatment chemicals?

  Yes. It is common to use it along with coagulants and flocculants like PAC or PAM. You must make sure it is compatible. A good water treatment chemical supplier can help you check this.

• What problems happen if I choose the wrong decoloring chemical?

  The wrong agent may remove color poorly, increase sludge, raise operating cost, slow down treatment, and lead to failed discharge tests. Correct selection helps avoid all these issues.

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