Wastewater treatment based on state-of-the art nanotechnology.
VTA Nanofloc®
Personalized service Strong, effective and economical in wastewater treatment tailored to your unique needs.
We purify water based on state-of-the-art nanotechnology.
One innovation, numerous advantages:
ENHANCED SETTLING PERFORMANCE
ENHANCED SETTLING PERFORMANCE
- Reliable impurity control even with extreme
inlet fluctuations (external discharges) - Significant acceleration of settling rates (up to
fivefold increase achievable) - Rapid formation of highly dense, shear-resistant
sludge flocs - Efficient binding of ultra-fine flocs and suspensions
IMPROVED SLUDGE MANAGEMENT
ENHANCED SETTLING PERFORMANCE
- Prompt and lasting enhancement of sludge properties
in terms of sedimentation and thickening - Streamlined dewatering process and reduced polymer
usage accelerated breakdown of pollutants - Decreased reloading via filtrate or centrate discharge
- Enhances the efficiency and environmental
footprint of the wastewater treatment facility
COST EFFICIENCY
COST EFFICIENCY
- Enhanced oxygen transfer efficiency
- Reduced energy consumption for aeration
- Accelerated degradation of contaminants
Low dosage. Unique effect.
Nanofloc® is extremely economical due to its low dosage. With its fast action and exceptional efficiency, VTA Nanofloc® significantly outperforms all previously available precipitants in wastewater treatment.
Sedimentation behavior
VTA Nanofloc® uses integrated nanotechnology to increase flocculation in the aeration tank. The result is compact and permeable sludge flocs, creating an active sewage sludge with high purification performance and ideal sedimentation behaviour.
VTA Nanofloc® supports stable and sustainable flocculation in the sewage sludge. This reliably increases the capacity and operational safety of the sewage treatment plant.
By strategically implementing VTA Nanofloc® in precise doses within the distribution structure, return sludge, or secondary clarifier inlet, we can potentially enhance the settling rate of suspended solids by up to five times. This is achieved by fostering the formation of compact and shear-stable activated sludge flocs. Such optimization not only boosts the hydraulic load-bearing capacity but also mitigates sludge carryover, particularly under impact loads and heavy rainfall occurrences. Moreover, it reduces the need for polymers in sludge dewatering while markedly improving the dewatering efficiency.
By strategically employing VTA Nanofloc®, tangible outcomes affirm heightened settling velocities of solid particles. This amplification extends the effectiveness of zones 1 and 2 within the secondary clarifier, specifically facilitating unimpeded settling of sludge flocs. Consequently, it enhances the hydraulic dynamics of the wastewater treatment facility.