Project Background

A client from Turkey’s aluminum anodizing industry contacted Bluwat Chemicals for a wastewater treatment solution. The wastewater came from a metal finishing process and showed strong color, fine suspended solids, and unstable clarification behavior.

The customer had already tried a traditional PAC and PAM treatment approach, but the overall treatment performance was still not sufficient to meet the required discharge clarity standard.

Treatment Challenges

Existing Problems

Before optimization, the treatment system showed several operational problems that affected sedimentation efficiency and final water quality.

• Slow floc formation
• Weak sedimentation
• High turbidity in treated water
• Inconsistent treatment performance

The client needed a faster and more stable solution for practical plant operation.

Bluwat Customized Solution

Based on laboratory testing of the client’s wastewater sample, Bluwat Chemicals designed a four step treatment process to improve color removal, coagulation efficiency, and sedimentation performance.

Test Results

After applying the optimized treatment solution, the wastewater showed a clear improvement in both clarification speed and final water appearance.

The full process is demonstrated in the laboratory test video, showing a visible transition from dark wastewater to clear treated water.

Application Benefits

• Fast color removal
• Improved settling efficiency
• Reduced turbidity
• Stable discharge quality

Industry Application

This treatment solution is widely applicable in metal surface treatment industries where wastewater contains color, suspended solids, and difficult to settle contaminants.

About Bluwat Chemicals

Bluwat Chemicals is a leading manufacturer and exporter of water treatment chemicals, providing practical solutions based on real wastewater testing and industry specific application experience.

With more than 25 years of experience and exports to over 80 countries, we provide customized treatment solutions based on actual wastewater conditions and laboratory verification.