High Efficiency Fluoride Remover
Fluoride Remover: The Ultimate Solution for Industrial & Municipal Wastewater Treatment
Excess fluoride in wastewater poses severe environmental and health risks, including bone diseases, dental fluorosis, and ecosystem damage. Industries like semiconductor manufacturing, electroplating, glass production, and mining often discharge fluoride-laden effluents that require strict treatment before release.
High Efficiency Fluoride Remover is a cutting-edge, cost-effective, and eco-friendly solution designed to rapidly and effectively reduce fluoride concentrations to safe, compliant levels.
Why Choose Fluoride Remover?
✅ Unmatched Fluoride Removal Efficiency
- Reduces fluoride concentrations from 50+ ppm to < 1 ppm (meeting EPA, WHO, and EU standards).
Works effectively even in highly acidic or alkaline wastewater(pH 2-12).
✅ Fast Reaction & Easy Operation
Instant binding & precipitation – No need for prolonged mixing or complex equipment.
- Forms dense, filterable sludge, minimizing disposal costs.
✅ Selective Fluoride Removal
- Unlike conventional methods (e.g., lime softening or alum coagulation), agent selectively targets fluoride ions, reducing interference from other contaminants.
✅ Non-Toxic & Environmentally Safe
No harmful byproducts (e.g., aluminum sludge or secondary pollution).
Biodegradable formula, ensuring sustainable wastewater treatment.
✅ Cost-Effective & Low Sludge Production
30-50% lower operational costs compared to traditional methods (e.g., reverse osmosis or activated alumina).
Reduces sludge volume by up to 40%, cutting disposal expenses.
How Does Fluoride Remover Work?
Advanced chemical formulation utilizes high-affinity nano-adsorbents and coagulants that irreversibly bind fluoride ions, forming insoluble complexes for easy removal.
3-Step Treatment Process:
1. Dosing – Simply add the agent to fluoride-contaminated water.
2. Rapid Reaction – Fluoride ions are captured and precipitated within minutes.
3. Separation–The formed sludge is easily filtered or settled, producing clear, compliant water.
Proven Treatment Performance in Real-World Applications
| Parameter | Before Treatment | After Treatment| Removal Efficiency |
| Fluoride (F⁻)| 50 ppm | < 1 ppm | > 98% |
| pH Range | 2 –12 | Neutralized | Stable performance |
| Reaction Time | – | 5-15 minutes | Ultra-fast treatment |
| Sludge Volume | High (traditional) | Reduced by 40% | Lower disposal cost |
Case Study: Semiconductor Manufacturing Wastewater
Initial fluoride:45 ppm (far above discharge limits).
treatment:Reduced to 0.8 ppm in a single step.
Cost savings:40% lower than reverse osmosis (RO) systems.
Case Study: Mining Effluent Treatment
Fluoride levels:60 ppm (from mineral processing).
After :< 1.5 ppm, meeting China’s GB 8978-1996 standards.
Key Applications of n Fluoride Remover
Electroplating & Metal Finishing Wastewater
- Removes fluoride from pickling baths & etching processes.
Semiconductor & Electronics Industry
Treats fluoride-rich wastewater from wafer cleaning and PCB manufacturing.
Glass & Ceramic Production
- Eliminates fluoride from glass polishing & etching effluents.
Mining & Metallurgical Wastewater
- Effective in fluoride removal from rare earth & phosphate mining.
Municipal Drinking Water Treatment
- Safely reduces natural fluoride in groundwater to WHO-safe levels (< 1.5 ppm).
Compliant with Global Environmental Standards
Fluoride Remover ensures compliance with:
✔ EPA (Maximum Contaminant Level: 4 ppm for industrial, 2 ppm for drinking water)
✔ WHO (Guideline: < 1.5 ppm for drinking water)
✔ EU Water Framework Directive
✔ China’s GB 8978-1996 (Industrial Wastewater Standard)
The Future of Fluoride Wastewater Treatment is Here!
With rising environmental regulations, industries need reliable, efficient, and sustainable fluoride removal solutions.
High Efficiency Fluoride Remover delivers:
Ultra-high removal rates (> 98%)
Lower operational costs
Minimal sludge & eco-friendly chemistry
Contact us today for a FREE sample or technical consultation!
Email: [email protected]
Phone:86 13790671695
