Corporate Strength & Manufacturing Facility
Take a virtual tour of Bluwat Chemicals. Learn about the technology, strict quality control systems, and automated production capacities that make us a trusted global supplier.
Inside Bluwat Chemicals
Welcome to Bluwat Chemicals, a professional manufacturer and exporter of water treatment chemicals with over 25 years of dedicated production experience. Operating from three advanced production bases in China, we manufacture key polymer coagulants and flocculants designed to clean industrial wastewater, municipal sewage, and drinking water.
This comprehensive factory video showcases our modern production environment, massive storage facilities, automated packaging processes, and our state-of-the-art Quality Control (QC) laboratory. Our stable production capacity, professional technical support, and extensive export experience ensure that we deliver consistent product quality to clients in more than 100 countries.
Certifications & Standards
Primary Application Fields:
- Industrial wastewater treatment
- Textile & dyeing wastewater clarification
- Paper mill retention & drainage aids
- Mining & tailings mineral processing
- Oilfield EOR & drilling mud additives
- Municipal sewage & sludge dewatering
- Drinking water purification
- Color removal & COD reduction
- Phosphorus removal & desulfurization
Product Range & Specifications
Explore the physical appearance, preparation methods, dosing guidelines, and specific treatment functions of our core water treatment chemical lines.
Specialty Liquid Chemicals
A closer look at Bluwat's specialty liquid polymers and environmental agents designed for rapid reaction, easy dosing, and high efficiency in liquid-solid separation and odor control.
- Water Decoloring Agent: Highly effective cationic polymer for color removal in textile, dyeing, and paper wastewater.
- Polyamine: Liquid organic coagulant designed for charge neutralization and primary clarification.
- PolyDADMAC: Cationic polymer for coagulation, color removal, and suspended solids reduction.
- Plant-Based Deodorant: Eco-friendly formulation to neutralize unpleasant industrial odors.
Polyacrylamide (PAM) Series
Overview of our complete Polyacrylamide (PAM) line. We supply high-molecular-weight polymers in powder and emulsion forms to match diverse industrial flocculation requirements.
- Anionic PAM: High molecular weight, ideal for mineral washing, tailing treatment, and wastewater flocculation.
- Cationic PAM: High charge density, optimized for municipal and industrial sludge dewatering.
- Nonionic PAM: Highly stable polymer for acid-heavy wastewater and specialized mineral processing.
- PAM Emulsion: Fast-dissolving liquid polymer with high retention performance.
Inorganic Coagulants
Demonstrating our primary inorganic coagulants used globally for drinking water purification, municipal wastewater treatment, and industrial color removal.
- Polyaluminum Chloride (PAC): High-basicity, fast-flocculating coagulant for drinking and wastewater.
- Aluminum Chlorohydrate (ACH): High purity, NSF-certified coagulant with low sludge generation.
- Ferric Sulphate: High-efficiency inorganic coagulant for phosphorus removal and sludge conditioning.
Laboratory Jar Tests & Case Studies
Watch real-world laboratory treatment tests demonstrating chemical dosing sequences, floc formation speeds, settling velocities, and final water clarity.
Case 1: Decolorization vs. Coagulation
Treatment Comparison: Watch how the same dye wastewater reacts under different dosing regimens. The left jar utilizes Decolorizing Agent → PAC → PAM, while the right jar utilizes only PAC → PAM.
Result: Clear, color-free water on the left, while strong color remains on the right. This proves decolorization requires molecular breakdown, not just physical coagulation.
Case 2: Step-by-Step Dye Wastewater Jar Test
Dosing Sequence Demonstration: An instructional guide showing the exact procedure for treating high-color textile and printing wastewater.
- Step 1: Add Water Decoloring Agent to break dye molecules.
- Step 2: Add PAC (Polyaluminum Chloride) to coagulate suspended solids.
- Step 3: Adjust pH to 7.0–8.0 for optimal performance.
- Step 4: Add PAM (Polyacrylamide) to build large, fast-settling flocs.
Case 3: PAM Prep & Sludge Dewatering
Preparation & Application Guide: Learn how to correctly dissolve dry polyacrylamide powder to avoid fish-eyes and ensure maximum flocculation activity.
- Step 1: Weigh exact dry PAM powder.
- Step 2: Dissolve to a 0.1% working solution using a magnetic stirrer.
- Step 3: Dose into sludge wastewater to witness rapid solid-liquid separation.
Case 4: PolyDADMAC Coagulation
Charge Neutralization: This demonstration shows how PolyDADMAC works as a highly cationic organic coagulant. Dosed into raw industrial wastewater, it neutralizes negative colloidal charges, resulting in rapid micro-floc formation and turbidity reduction.
Case 5: ACH Coagulation Performance
High Basicity Coagulation: Watch the process of treating wastewater using Aluminum Chlorohydrate (ACH). The procedure details dosing, pH adjustment to the optimal 6.0–8.0 range, and the addition of PAM to form dense, compact flocs with minimal sludge volume.
Case 6: Fast-Acting Antifoaming Agent
Foam Control Demonstration: Watch how our chemical formulation breaks thick, stable industrial foam. Upon dosing, the surface tension changes rapidly, collapsing the foam instantly and preventing re-foaming in biological treatment tanks.
Why Partner with Bluwat Chemicals?
Choosing the right water treatment chemical is only half the battle; finding the correct dosage, pH level, and chemical sequence is what ensures operational efficiency and cost-effectiveness. Our technical support team works with clients to optimize their wastewater systems through comprehensive jar testing and customized formulation adjustments.
- 25+ Years of Manufacturing Expertise: Deep understanding of diverse industrial wastewater matrices including textile, papermaking, oilfield, and municipal sewage.
- Direct Factory Supply: Stable production capacity with direct shipping from our three manufacturing bases in China.
- Full Documentation Support: COA, TDS, MSDS, and certification records are provided with every batch.
- Free Sample Program: We offer free product samples for laboratory testing and product selection.
- Technical Jar Testing Support: Send us your water samples, and our lab technicians will run jar tests to recommend the most cost-effective solution.
Frequently Asked Questions
What is the typical lead time for bulk orders?
Generally 7–14 days from order confirmation, depending on the specific polymer type and volume required.
Are your chemicals NSF certified?
Yes, we offer NSF-certified grades of PolyDADMAC and Aluminum Chlorohydrate formulated for drinking water applications.
How can I determine the optimal dosage for my plant?
We highly recommend performing a laboratory jar test using representative wastewater samples before running full-scale trials.
Do you provide customized formulations?
Yes. We can adjust the molecular weight, charge density, and active content of our polymers to match your specific treatment goals.