Cleanmaxx ANB | Biological Anaerobic Wastewater Treatment Solution

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Biological Anaerobic Wastewater Treatment

Treatment of highly concentrated wastewater is effectively done by anaerobic wastewater treatment methods. For effective anaerobic wastewater treatment, a diverse & well-balanced ecosystem of microorganisms is required to convert organic material to biogas via hydrolysis and acidification.

This biogas production primarily leads to methane generation, which can be used as a renewable energy source. Organica offers Cleanmaxx® ANB, an innovative solution for anaerobic wastewater treatment.



Cleanmaxx® ANB provides a highly diverse and concentrated battery of facultative anaerobes which strengthen and stabilize an anaerobic wastewater treatment system.

Cleanmaxx® ANB is an effective biological anaerobic digestion wastewater treatment method over a wide range of temperature range & pH ranges and can degrade complex organics, xenobiotics & recalcitrant natural compounds. Cleanmaxx® ANB maximizes COD/BOD reduction & reduces sludge volume.

Biogas production and its output too can be significantly enhanced by the use of Cleanmaxx® ANB. It also addresses one of the principal pain points of anaerobic wastewater treatment facilities by reducing commissioning time.

In case of an operational upset due to an incoming shock load, Cleanmaxx® ANB helps jump-start the system. Cleanmaxx® ANB effectively promotes the diversity and stability required in an anaerobic digestion wastewater treatment ecosystem to function effectively.

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Cleanmaxx® ANB can be utilised in anaerobic setups such as UASB, Anaerobic lagoon, downflow fixed bed reactor, biogas digester, fixed-film anaerobic process, and expanded and fluidized bed process.

Cleanmaxx® ANB is effective in chemical industries, pharmaceutical industries, petrochemicals, food processing plants, paper and pulp industries, breweries, milk dairy & cheese processing, fisheries & meat processing units, and many more.

Benefits of Cleanmaxx® ANB for Anaerobic Wastewater Treatment

  1. Maximizes COD (Chemical Oxygen Demand)/BOD (Biological Oxygen Demand) reduction along with odour and colour in anaerobic wastewater treatment
  2. Enhances biogas production capacity & minimizes sludge volume.
  3. Faster commissioning and reduced recovery time after an upset.
Microbial Biostimulant For Zinc Mobilizing Bacteria

Anaerobic digestion in wastewater treatment & biodigester systems is increasingly being adopted by several industries due to increasing environmental awareness. This is because biogas is gaining popularity as a renewable source of energy.



Bioclean® ANB comprises of a concentrated and highly diverse formulation of facultative anaerobes that stabilise anaerobic digestion systems. It degrades a wide variety of recalcitrant, complex organics and xenobiotic compounds and reduces high levels of COD and BOD while ensuring minimal sludge volume.

Bioclean® ANB is effective across a wide range of industries, including pharmaceuticals, food processing, petrochemicals, paper and pulp, dairy, fisheries, meat processing units, breweries, milk, cheese, and dairy processing.

Benefits of Bioclean® ANB in Anaerobic Biological Treatment

  1. Increases biogas output in wastewater sludge digesters, and carbon-limited digesters
  2. Faster regeneration of digester biology after inhibitory or toxic loads
  3. Improves stability in digester performance and promotes resistance against shock loads

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Initially, we used cow dung in anaerobic reactors as a source of microbes. However, the microbes in cow dung were incompetent at degrading the diverse waste water constituents. CleanMaxx ANB had facilitated the complete degradation of organic pollutants in the anaerobic wastewater treatment system. A marked reduction in the COD and BOD levels of treated water was observed
Food Processing Industry, Gujarat

We have been using Organica Biotech’s products CleanMaxx ANB in our effluent treatment plant since last 3 years. We have witnessed significant improvement in our plant in terms of COD/BOD reduction and odor control. The technical expertise received from Organica Biotech enabled us to ameliorate the performance of effluent treatment plant.
PSV Seafoods Pvt Ltd


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Anaerobic Wastewater Treatment ppt

Large amounts of wastewater generation has put undue stress on the anaerobic systems for anaerobic wastewater treatment. Learn how Cleanmaxx from Organica Biotech offers effective and eco-friendly solutions. Download the anaerobic wastewater treatment ppt.


How does Cleanmaxx® ANB work in anaerobic wastewater treatment?

Cleanmaxx® ANB’s mode of action comprises two major steps in anaerobic wastewater treatment. The initial step involves the breakdown of complex compounds into volatile acids. These volatile acids are further degraded to form methane and carbon dioxide.

Are the bacteria present in Cleanmaxx® ANB genetically modified?

The microbes present in Cleanmaxx® ANB are not genetically modified. These are natural isolates specially selected for their desirable traits and work effectively in anaerobic wastewater and effluent treatment.

Is Cleanmaxx® ANB safe?

Yes, Cleanmaxx® ANB is safe for biological anaerobic wastewater treatment. Microbes present in Cleanmaxx® ANB are GRAS organisms (Generally Recognised As Safe).

These are completely safe without any pathogenicity towards humans, animals, and plants.

What type of pollutants can be treated by using Cleanmaxx® ANB in anaerobic wastewater treatment?

Cleanmaxx® ANB can effectively degrade a major portion of all man-made and natural contaminants in anaerobic water treatment.

Can Cleanmaxx® ANB control odor?

Cleanmaxx® ANB is highly effective at controlling odor. The formation of hydrogen sulfide gas in the anaerobic wastewater treatment process leads to odor generation.

Cleanmaxx® ANB contains special strains of microbes that do not cause putrefaction during the degradation pathway and convert most of the organic matter to its end stage, i.e., methane and carbon dioxide.

What is the dosage of Cleanmaxx® ANB?

The dosage of Cleanmaxx® ANB is highly dependent on parameters like hydraulic and organic load, plant design, etc. Generally, the dosage varies from 0.1 ppm to 5 ppm depending upon the conditions in the Anaerobic Wastewater Treatment Plant.

Is Cleanmaxx® ANB a powder or liquid?

Microbes in Cleanmaxx® ANB are microencapsulated in powder form. This confers the virtue of extended shelf life to the product while being used in anaerobic wastewater treatment.

How is Cleanmaxx® ANB superior to the other products available in the market for anaerobic wastewater treatment?

Cleanmaxx® ANB is a well-curated product consisting of a robust blend of microbes that can effectively degrade diverse pollutants into simple compounds in the anaerobic wastewater treatment process.

Each microbe is isolated from its natural habitat and cultured in our facility. Our cutting-edge technology ensures that these bacteria remain in a dormant state and have a 95-98% reactivation state within their shelf life of two years.

Where can Cleanmaxx® ANB be applied?

  • Upflow Anaerobic Sludge Blanket Reactor
  • Anaerobic lagoons
  • Downflow Bed Reactor
  • Biogas digestor
  • Fixed film anaerobic process
  • Expanded and fluidized bed process

Can Cleanmaxx® ANB be used for enhancing biogas production?

Yes, Cleanmaxx® ANB can be useful in enhancing biogas production by up to 90%.

The microbes in Cleanmaxx® ANB are highly efficacious and facilitate complete anaerobic digestion of organic pollutants. This further leads to increased methane gas generation.

Can microbes in Cleanmaxx® ANB perform under high TDS levels?

Conventional bacteria are subjected to cell lysis in the presence of aggregated volumes of Total Dissolved Salts. (TDS) Cleanmaxx® ANB consists of specialized strains of halophiles that survive and perform under high TDS levels.

Can the commissioning/stabilization period of the anaerobic reactor be reduced with the aid of Cleanmaxx® ANB?

The varied nature of the microbes present in Cleanmaxx® ANB enables faster degradation of complex pollutants and enhanced biomass generation. This facilitates faster commissioning of bioreactors and restores stability of the same.

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