SNDR™
Storage Nitrification Denitrification Reactor. Nitrification and denitrification are controlled in the SNDR by monitoring the pH, temperature, SNDR Advantages: |
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Lower Conditioning CostsReduction in soluble COD, ammonium, and VFAs in the SNDR significantly reduces the chemical demand for dewatering operations. Lower Nutrient RecycleNitrification and denitrification in the SNDR greatly reduce the ammonium concentration in the recycle streams. Single Reactor SystemNitrification and denitrification is carried No External Alkalinity RequiredCO2 released during ThermAer™ digestion |
Simple Control StrategyA control strategy based on ORP, Lower Disposal CostsSNDR provides an additional 10-15% Full AutomationAutomation includes automatic waste, |
ThermAer™
Advanced Thermophilic Biosolids Treatment
SNDR™
Storage Nitrification Denitrification Reactor
AmAer™
Optimize Your Anaerobic Digester
- Produce more biogas (~13.5 ft3/lb VS destroyed)
- Reduce/eliminate digester upsets
- Control nutrient recycle
- Proved the anaerobic system with chemically treated sludge to optimize VFA production
- Maximize volatile solids destruction (55+%) with minimal energy input
BiofiltAer™
Odor control unit, ensures that no
odors are present on site.
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