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Bioremediation bacteria treatment for oil spills

  • Stormwater runoff and retention ponds
  • Oil spill cleaning in ponds, streams, groundwater
  • Treatment of bilge and ballast liquid
  • Marina spills
  • Soil
  • Oil / Liquid Separators
  • Hazardous Spend Lagoons
  • Underground Storage Space Tanks (UST)
  • Direct Injection
  • Excavated Soil: Typically the earth is positioned in a lined containment cell in lifts of 8 to 12 ins deep.

In-situ bioremediation of groundwater is coupled with various other saturated area remedial technologies (e.g., environment sparging) and vadose area remedial operations (e.g., earth vapor extraction, bioventing).

So what can bioremediation and bioaugmentation micro-organisms attain?

Bioaugmentation can be used for in-situ and ex-situ soil and water remediation.

It can be used along with standard mechanical methods or by itself. Microbial bioaugmentation is most effective in treating the rest of the biofilms in soil. Our mixture of germs (PETRO-CLEAR ) have actually a diverse spectrum of metabolic pathways and they are therefore in a position to break down complex hydrocarbon stores.

PETRO-CLEAR may degrade the soluble BTEX compounds discovered underneath the surface of this water. Heavy greases and old residual weathered hydrocarbons with a high molecular weights (PAH) may also be degraded into their standard aspects of liquid and carbon dioxide. An advantage to bioremediation is this an almost immediate lowering of odors from the spill.

  • Main Mode of Action (Substrates used most useful): Phenol; benzene; toluene; various other fragrant hydrocarbons with hydroxylated, nitrogenated teams; octane; ethane; various other short-chained alkyl hydrocarbons.
  • Additional Action (Substrates additionally attacked): Salicylic acid, biphenyl; xylol; phenoxy alcohols; mineral oils; lubricating essential oils, kerosene; surfactants; gasoline; pentachlorophenol. Intermediate length alkyl hydrocarbons and alcohols, efas, benzolic acid, citrus oils.


  • Remediates hydrocarbon spills with highly concentrated normal microbes.
  • Normal microbes digest hydrocarbon based substances properly and effectively.
  • Effective for treating oil, fuel or hydraulic spills also on paved concrete and asphalt areas
  • Reduces potentially dangerous hydrocarbon contamination in storm water
  • For remediation within additional containment places
  • Reduces pollutants in wastewater treatment
  • Usage regularly as part of a comprehensive environmental system

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