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Instant Odour Elimination

Often, the odour generated from Municipal Solid Wastes, Animal Livestock and Waste waters is hard to tolerate and manage. Odours occur when waste partially putrefies, generating obnoxious odorous volatile organic (VOCs) and inorganic substances like hydrogen sulphide, ammonia, amines, carbolic acids or compounds and other unpleasant gaseous substances. Each odour has its own chemical profile and is often found in combinations, making identification of the individual sources challenging. Bioxgreen microbes capture and biologically degrade odourous gases and VOCs by entrapping them in the micro-droplets and breaking them down through biological reactions. The bespoke consortia is made up of bacteria, based on application engineering and the process of metabolizing is natural.


Stink-Kill is a bio-organic natural odour control agent, which is easy to use, cost-effective and economical. The microbes in the Stink-Kill formulation through synergistic action can bring about complete neutralization of odour. Stink-Kill is an odour eliminator and not a masking agent.

What is stench/stink?

  • They are malodorous gases.

Stink–Kill eliminates pungent odours caused by:

  • Hydrogen Sulphides Mercaptans
  • Ammonia
  • Amines

A Nature-identical Process Helps Achieve New CPCB Norms

Evolving waste water dynamics over the years calls for the development of newer types of cells/bacteria that could breakdown the xenobiotic pollutants entering the water bodies. Bioxgreen’s special microbial formulations help organizations achieve new CPCB norms for waste water discharge without additional CAPEX investment.
The heart of any waste water treatment plant whether it is the ETP or STP, is typically where the biological biomass breaks down the organic pollutants. Microorganisms in the environment have always digested waste and this has been effectively exploited by humans (knowingly or unknowingly) in agricultural, domestic, and industrial activities, and bioremediation mimics this process.
At Bioxgreen we carry out a careful selection of microbes and intelligent design of test assays which are the key steps in developing new technologies for sustainable agriculture and environmental protection against a variety of pollutants ranging from Nitroaromatic compounds (NACs), polycyclic aromatics and other hydrocarbons (PAHs) that are constituents of crude oil, to organic matter such as carbohydrates, fats, oil, grease and proteins mainly from domestic waste.
Going Non-Toxic: A Step closer to a Clean Environment
Research shows a diverse number of bacteria could utilize pollutants as substrate for metabolism often mineralizing them –after generating enzymes –or converting them into harmless products, in the process helping clean up the environment.
Bioxgreen harnesses the best microbes for remediation of pollutants and xenobiotics, so damage to the environment is contained before pollutants can interfere with natural habitats by altering the chemical composition such as pH or oxygen level both directly and indirectly.
Organic/Xenobiotic compound + O2 ----------------CO2 + H2O + biomass + residue(s)

Reduced Treatment Time, Reduced Capex, Reduced Footprint

The process efficiency in Solid Waste Management, ETPs/STPs largely depends on the type and concentration of the bacteria present in the formulation. With Bioxgreen, a through understanding of the waste and accordingly formulating the product has helped in efficient reduction in process time. This leads to a reduced Footprint of the plant, which eventually leads to a reduced CAPEX

Customized Solutions For Complex Wastewater

Bioxgreen understands the growing need for special microbial formulations for breakdown of xenobiotic pollutants present in wastes and waste water. With the state of the R&D facility and team of dedicated scientists, Bioxgreen customizes formulation to client need so the target pollutants are brought in check optimally.