Struggling with Industrial Wastewater COD Treatment? Meet KB-660W-100: Your Eco-Friendly Solution for Non-Toxic Bioremediation.

Enhancing COD Reduction in Wastewater: A Bio treatment System's Best way

 

KB-660W-100 Hydrocarbon Degrading Bacteria

 

KB-660W-100, a microbial strain meticulously chosen by expert scientists, stands as a natural blend of non-genetically modified microorganisms geared towards hydrocarbon degradation.

 

KB-660W-100 constitutes a fusion of six efficient aerobic microbial cultures, spanning a diverse range of microbial species. These microorganisms perpetually engage in reactions, consistently generating enzymes until nearly all petroleum pollutants and other organic waste are consumed.

 

In addition to specific enzymes, these microorganisms generate their own bio-surfactants, aiding in emulsifying fats. KB-660W-100 is non-toxic, non-corrosive, non-acidic, and non-pathogenic (harmless to humans, pets, and wildlife), ultimately demonstrating complete biodegradability.

 

Designed with a specialty in handling intricate organic wastewater, it excels in breaking down common industrial pollutants such as aromatic compounds, phenols, alcohols, aldehydes, and petroleum derivatives.

 

Processing Capability of KB-660W-100 Hydrocarbon Degrading Bacteria

 

Superior Processing: Short-chain hydrocarbons including benzene, gasoline, diesel; PAHs and other hydrocarbons encompassing paraffin, phenanthrene, fluorene, and naphthalene; linear alkanes (C10-C24), cyclic alkanes like cyclohexane, and monoaromatic hydrocarbons such as benzene, phenol, and toluene.

 

Standard Processing: Dibenzothiophenes, dibenzofurans, pyrene, anthracene, and similar hydrocarbons with a chain length below 30.

 

Extended Processing Time Required: Crude oil, engine oil, lubricating oil, and hydrocarbons with a chain length exceeding 30.

 

Cannot Process: Tar, asphalt, and coal.

 

Application Method for KB-660W-100 Hydrocarbon Degrading Bacteria

 

Please reach out to us directly for personalized assistance in determining the optimal dosage and conditions.