It consists of selected microbes which degrades different types of organic matters present in the domestic ...    More ...

It consists of selected microbes which degrades different types of organic matters present in the domestic and municipal wastewater. In correct conditions and optimal temperature, it reacts quickly and degrades many organic matters efficiently. It is also very suitable for the treatment of industrial, urban and agricultural wastewater. The biological active materials consist of a large population of bacteria, including:  Bacillus subtilis  Bacillus licheniformis  Polymyxa  Aspergillus  Nocardiabacteria These bacteria produce huge amounts of high quality amylase, protease, lipase and cellulase. They can survive in the pollutants independently and make use of toxic substances as their sole carbon source when other nutrients reach a minimum level. The huge concentrations of microorganisms are adapted to and thrive in sewage and wastewater environment. These strains can multiply at a rapid rate and increase the production of enzymes for decomposition of organic matter.
BENEFITS:
Prevents the production of hydrogen sulfide gas and associated obnoxious odors.  Prevents inhibitory effects of hydrogen sulfide on nitrification.  Decreases potential health hazards from hydrogen sulfide emissions.  Converts suspended particles in waste and soluble organics in the sludge to carbon dioxide, nitrogen and oxygen gases, water and sulfates.  Breaks down proteins, starches, fats and food-based oils, xylans and cellulose.  Reduces TSS, COD and BOD.  Reduces nitrate and ammonia efficiently.  Produces less sludge than alternative methods.  Non-toxic, non-corrosive and safer to handle compared to chemical oxidizers. Environmentally friendly, all-natural process.  The microorganisms can reproduce and metabolize the pollutants and ultimately combine with other heavy metals.  Improves water clarity and is very cost effective.



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