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Since 2013 Fermentia Microbiological Ltd. has been working with its strategic partner the Department of Microbiology, Eötvös Lorand University (ELTE), on the development production and field testing of microbial bioaugmentation agents capable to degrade hydrocarbon pollutions (polycyclic aromatic hydrocarbons - PAH; total petroleum hydrocarbons - TPH, and short-chain aliphatic chlorinated hydrocarbons etc.).
Three bioaugmentation agents are available to our Costumers in our product range, if biological remediation with the application of bioaugmentation agent is identified as alternative solution during the remediation fact-finding. The most effective solution in bioremediation is the application of a site-specific microbial inoculant adapted to the physico-chemical parameters of the contaminated area, in the application and development of which our company has considerable experience.
Currently we can offer three products for our Customers: aerobic cultures for PAH and TPH contaminated sites, and an anaerobic product for chlorinated ethenes (tetrachloroethylene, trichloroethylene, dichloroethylenes, vinyl-chloride) contamination. See 'Products' for more information. The most effective solution during bioremediation the application of a site-specific microbial inoculant adapted to the physico-chemical parameters of the contaminated area, in the application of which we can provide professional support.
Since 2013 Fermentia Microbiological Ltd. has been working with its strategic partner the Department of Microbiology, Eötvös Lorand University (ELTE), on the development production and field testing of microbial bioaugmentation agents capable to degrade hydrocarbon pollutions (polycyclic aromatic hydrocarbons - PAH; total petroleum hydrocarbons - TPH, and short-chain aliphatic chlorinated hydrocarbons etc.).
Three bioaugmentation agents are available to our Costumers in our product range, if biological remediation with the application of bioaugmentation agent is identified as alternative solution during the remediation fact-finding. The most effective solution in bioremediation is the application of a site-specific microbial inoculant adapted to the physico-chemical parameters of the contaminated area, in the application and development of which our company has considerable experience.
Currently we can offer three products for our Customers: aerobic cultures for PAH and TPH contaminated sites, and an anaerobic product for chlorinated ethenes (tetrachloroethylene, trichloroethylene, dichloroethylenes, vinyl-chloride) contamination. See 'Products' for more information. The most effective solution during bioremediation the application of a site-specific microbial inoculant adapted to the physico-chemical parameters of the contaminated area, in the application of which we can provide professional support.
Our main goals
Natural atteunation of contaminated soils and groundwaters can take hundreds, or even thousands of years under natural conditions. The bioaugmentation agents applied in the bioremediation which contain microorganisms can accelerate and enhance the biological degradation of the contaminants.
Our aim is to support remediation interventions with microbial inoculants, adapting as far as possible to the technological needs of the remediation companies.
We can provide expert advice on the most effective application of our microbial inoculants and assist with in microbial monitoring under field conditions.
Our aim is to support remediation interventions with microbial inoculants, adapting as far as possible to the technological needs of the remediation companies.
We can provide expert advice on the most effective application of our microbial inoculants and assist with in microbial monitoring under field conditions.
Contact
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Fermentia Microbiology Ltd.
Address: Hungary, 1045 Budapest Berlini út 47-49. Person to contact: Balázs Erdélyi, CEO e-mail: [email protected] Mobile: +36 30-350-28-47 Phone: +36 1 369 6024 Fax: +36 1 920 2024 Web: fermentia.eu |
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