🟨  Instant Foam Collapse  

 - Nano-engineered compound alcohol technology  

 -  Rapid bubble breaking with visible results  

🟨   Long-Lasting Performance  

  - Prevents foam regeneration  

  - Reduces dosing frequency by up to 50%  

 🟨  Eco-Safe Formula  

  - Silicone-free & mineral oil-free  

  - Complies with national standards  

  - Zero COD impact  

 🟨  Multi-Industry Applicability  

  - Chemical processing  

  - Paper manufacturing  

  - Food production  

  - Wastewater treatment  

Challenge  

A major wastewater treatment plant faced critical operational issues during biological treatment:  

⚠️ Severe foam overflow reducing equipment efficiency  

⚠️ 30% increase in manual cleaning costs  

⚠️ Short-lived effectiveness of traditional silicone/polyether defoamers  

⚠️ Pipeline transport issues requiring frequent re-dosing  

Chemi Tech Solution  

Product Applied: KM-3650 Compound Alcohol Defoamer  

Custom Implementation:  

1. Targeted Testing  

   - Optimized dosage (0.01%-0.1%) based on water quality analysis  

2. Automated Dosing System  

   - Precision metering pumps prevented nozzle clogging  

3. Performance Monitoring  

   - 90% foam reduction within 2 weeks  

   - 40% reduction in chemical consumption  

Results  

✓ 6x longer operational cycles (1→6 months)  

✓ Zero foam-related equipment downtime  

✓ $150,000/year saved in labor and chemical costs  

Client Testimonial  

"Chemi Tech's KM-3650 completely resolved our frequent dosing challenges. Extending equipment runtime from one to six months exceeded all expectations."  

— Mr. Li, Director of Water Treatment Management  

Usage Method:

This product can be directly added by dripping or spraying.

Recommended Dosage:

The dosage is typically 0.05% to 0.3% of the total volume of the treated liquid.

Storage and Handling:

Store in a cool, dry place, protected from direct sunlight and moisture.

Keep container tightly sealed to prevent contamination.

Shelf life: 2 year from date of manufacture.

No significant settling or separation is expected during storage.