Bioremediation Research and Product Development
Naturally occurring degradation of crude oil in soil can take up to hundreds of years, leaving the area uninhabitable and toxic. Bioremediation enhances the degradation of otherwise toxic compounds using bioaugmentation (addition of bacterial culture) and biostimulation (nutrients) methods. Our patent-pending technology employs bioaugmentation techniques that use the metabolism of microbes to degrade contaminants such as crude oil, and including parafinns, chlorinated solvents, aromatics, aliphatic, naphthalenes, straight-chained and branched alkanes and polycyclic aromatic hydrocarbons (PAHs). These hydrocarbons naturally undergo a process in which long hydrocarbon chains are slowly broken down into the next smaller compounds. This process will continue until the long hydrocarbon chain has been reduced to PAHs. PAHs are insoluble pollutants that are known to be toxic, mutagenic, carcinogenic and teratogenic. Microbes utilize the PAH compound in their own metabolic processes and as a food source. These specialized microbes metabolize hydrocarbons removing these toxic PAH compounds from the environment. The discovery of naturally occurring oil-degrading bacteria has sparked the interests of many scientists. Through the re-introduction of oil-degrading bacteria to condition specific sites of crude oil contamination, one can provide a fast and natural means to rid the environment of contaminants. Scientists at Altogen Labs have successfully isolated several strains of newly discovered and characterized bacteria. This bacterium has been proven to effectively accelerate the degradation of crude oil spills.
BioaugmentationBioaugmentation is the term used to refer to the introduction or re-introduction of natural microorganisms or genetically engineered variants used to enhance the bioremediation of contaminated soil or water. Our microorganisms have been shown to have highly efficient bioremediation of natural crude oil and petroleum in soil based environments in both laboratory and field tests. Benefits of bioaugmentation include: Easy to handle, maintain and distribute Environmentally friendly, significantly lower environmental impact than alternative approaches Non-toxic to environment Low maintenance and high efficacy Proven to reduce chlorinated solvents, hydrocarbons and PAHs Increased biodegradation rates Professional and experienced staff to assist in application design, technical support, and cost estimates
Isolation and Selection TechniquesWe have developed unique techniques to isolate and select for natural biodegrading bacteria found in land and water environments. Such organisms are applicable to the degradation of such compounds as hydrocarbon-contaminated soil and liquids (oil, benzene, dichloroethylene, petroleum, toluene, pesticides and other chemically manufactured wastes and spills).
Free QuotesBased on environmental conditions, such as temperature, soil conditions, pH, as well as contamination size, oil composition, and extent of contamination, we offer customized remediation techniques to fit your needs. Bioaugmentation and biostimulation services are optimized to remediate contaminated soil in situ. For most efficient remediation we recommend consulting with our staff to ensure best bioremediation results
PricingThe competitive advantage of using our bacterium is the low volume, high concentration of our product. Our products remain viable, stable, and easily activated in this dehydrated state. With the simple addition of water our product is activated and ready to apply. Pricing is based on the contamination clean up needs. Features such as the nature of the spill, size, age, concentration of oil, type of crude oil, environmental conditions, and type of soil are key to determining required amount of product and associated cost.
- Remediation Bio Reagent, 1 kg [for 1,000 square meters treatment]
- Please contact email@example.com for bulk reagent quote