Wastewater Treatment systems rely on microbes to perform the function of the breakdown of sewage influent.
These microbes live in the sludge of treatment plants and holding tanks.
They digest the solids and breakdown various compounds.
Certain microbial species possess an affinity for biodegrading industrial wastewater, containing high levels of VOC's with extremely high BOD's, specifically difficult substances such as phenols, phosphorous, chlorinated hydrocarbons and proteinaceous compounds, at accelerated rates.
Due to inherent variances of the industrial effluent within each wastewater treatment facility it is preferable to go for tailor-made products, rates and methodology and recommend process engineering on an individual basis based on the analysis of the target effluent.
WWTP-24 contains a synergistic blend of highly advanced and selectively adopted microorganisms, which are naturally occurring, non-genetically engineered; which have been subjected to stringent antibiotic screening; which are designed to provide accelerated degradation of difficult to digest fats, oils, protein, starch, carbohydrates, Uric acid, detergents, hydrocarbons phenols; Cotton, Plastics, Hair, Tissue, Filters etc.
It also contains the nutrients required by these microbes which are not available in the Septic Tank Waste.
The Mineral solubilising Microbes present in WWTP-24 are going to degrade the Minerals present in the Septic Waste.
Thiobacillus microbes in WWTP-24 are going oxidize the H2S gas.
Some Lactobaillus are going to combat E coli and Salmonella.
Nitrobacter converts HNO2 into HNO3. (Nitrite into nitrate)
Nitrosomonas Nitrifies; Obligates autotrophs, Solubilizes Phosphorous; Converts NH3 into HNO2.
WWTP-24 also contains Activated Carbon, Activated Hydrated Sodium Aluminium Silicate, Activated Aluminum Sulfate, EDTA, Humic substance, Herbs like Yucca, Methi, Potassium Mono Persulfate, Enzymes like Protease and Lipase.
Activated Carbon adsorbs obnoxious gases.
It binds all type of virus.
It helps in removing halogens such as ozone, chlorine and bromine; and in removing color and metabolic by-products.
It adsorbs Chlorine and some chloramine, many dissolved organic contaminants, trihalomethanes (THM), and phenolics, total organic carbon (TOC), oil and hydrocarbon contamination, ozone, bromic acid and total organic halogens (TOX), adsorbable organic halogens (AOX) including chloraform, biological oxygen demand (BOD), chemical oxygen demand (COD), colors, pesticides, odors and more
Activated Hydrated Sodium Aluminum Silicate also adsorbs poisonous gases. It improves CEC. Activated Aluminum Sulfate is going to help in coagulating all the suspended solids.
It lowers the pH.
EDTA is a bleach precursor. It binds Heavy Metals.
Humic substances have the ability to influence in particular the metabolism of proteins and carbon-hydrates of microbes by catalytic means. This leads to a direct devastating effect against bacteria cells or virus particles.
A second mechanism is related to the interionic bonds of high-molecular protein fractions (toxins) of infectious microbes.
Their toxic impact on physiological processes of mucous membrane cells can be weakened considerably or even blocked completely.
Yucca and Methi will help adsorb all the harmful gases.
Potassium monopersulfate compound is an important auxiliary agent in organic synthesis for oxidizing plenty of organics and functioning as the epoxy oxidizer of the twin bonds of organic chemicals.
It’s also a free radical introductory agent in many polymeric reactions. Potassium monopersulfate can be used to oxidize hydrogen sulfide (H2S) and other reduced sulfur compounds, such as mercaptans, sulfides, disulfides, and sulfites in waste water treatment
Enzymes like Protease and Lipase; are going to help in degrading the Proteins and greases.