for anaerobic digestion

improves bacterial metabolism & activity in anaerobic processing of organic wastes & produces higher biomass quantity

Anaerobic digestion is a biological process that uses microorganisms to break down organic matter in the absence of oxygen. The microorganisms involved in this process include various types of bacteria and archaea that can degrade complex organic compounds into simpler molecules such as methane, carbon dioxide and other volatile fatty acids.

The anaerobic digestion process involves several distinct stages.

Hydrolysis: The complex organic matter in the waste is broken down into smaller molecules, such as sugars, by hydrolytic bacteria.

Acidogenesis: The smaller molecules produced in the hydrolysis stage are further degraded into volatile fatty acids and other organic acids by acidogenic bacteria.

Acetogenesis: The organic acids produced in the acidogenesis stage are converted into acetic acid and other short-chain fatty acids by acetogenic bacteria.

Methanogenesis: The final stage of anaerobic digestion involves the conversion of acetic acid and other short-chain fatty acids into methane and carbon dioxide by methanogenic bacteria.


1. Breaks down complex compounds into simple      form.
2. Improves methane production.
3. Lowers down H2S production.
4. Helps maintain a robust sludge blanket.
5. Low biomass carry over.
6. Faster stabilization & commissioning.
7. Helps in 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. (UASBR) Upflow Anaerobic Sludge Blanket Reactor
2. (ABR) Anaerobic Baffled Reactor
3. (EGSB) Expanded granular sludge bed
4. Anaerobic digesters
5. Anaerobic membrane reactor
6. Anaerobic Lagoon

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