For aerobic wastewater treatment

Reduces aeration processing in Wastewater treatment. Improves functioning & efficiency of biological units in WTP. Useful in activated sludge process bioreactors & biodigesters

A biological process that uses microorganisms in presence of dissolved oxygen to break down organic pollutants is called an aerobic digestion process. An aerobic digestion process may involve a single or a consortium of microorganisms that work together to degrade complex organic matter.

The microorganisms break down the organic pollutants producing carbon dioxide, water, and energy.

Biological units are the most important component of wastewater treatment plants as more than 50 to 90% of the reduction in pollution happens in a biological unit. Most of the aerobic units face issues related to their effectiveness and efficiency.

Poor microorganism performance is one of the major issues. Inadequate mixing and aeration further add to the problem as it cannot maintain an optimum environment for microorganisms.

pH variation, shock loads in hydraulic and organic loading, external factors such as changes in temperature, changes in the composition of wastewater, and influxes of toxic pollutants can further upset conditions that can reduce the performance of the biological units.

Excess build-up of sludge in biological units can reduce their efficiency and effectiveness, requiring regular removal and disposal.


1. Maximum COD & BOD removal.
2. Degrades Xenobiotic compounds.
3. Degrades Recalcitrant & tough to bio-degrade      compounds.
4. Performs under high TDS.
5. Faster commissioning.
6. Upgraded floc forming ability.
7. Control excess foaming and sludge bulking.
8. Reduction in Ammonical Nitrogen.
9. Efficiently handles shock loads & hydraulic loads.
10. Helps in faster and more efficient commissioning        of bioreactors.
11. Excellent odour control.
12. Improves colour reduction.


Form: Free-flowing powder
Colour:  Light Brown to Dark Brown
Bacterial Count:  Minimum 5 x 109 CFU/g
pH Stability: 4 to 9
Temperature Stability: 4°C to 58°C
Safety: Non-GMO, GRAS Status Bacteria
Shelf Life: 2 years from the date of manufacturing


1. (ASP) Activated Sludge Process
2. (SBR) Sequencing Batch Reactor
3. (MBR) Membrane Bioreactors
4. (MBBR) Moving Bed Bioreactors
5. (FBBR) Fixed Bed Bioreactors
6. (EAP) Extended Aeration Process
7. Biological trickling filters
8. Oxidation Ditch
9. Aerated Lagoon

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