1
DETAILED ENGINEERING INVESTIGATION
Site inspection
Engineering and land surveying
Geological engineering assessment
Environmental engineering assessment (sampling of contaminated soil and water)
Bioremediation & Oil Spill Cleanup:
Soil and Water Restoration
We provide safe and cost-effective bioremediation solutions to restore sites contaminated with oil & oil products. Our technology accelerates natural oil destruction processes without the need for expensive and unsafe incineration.
Advantages
For Soil: аpplication of specialized association of oil-degrading bacteria combined with agrotechnical, mechanical, sorption methods.
For Water: treatment of oil slicks using hydrophobic bioreagents.
Environmental friendly technology: indigenous bacteria are used
Adaptability to specific needs
High destructive activity in the wide pH (4,5 – 8,5) and temperature
Track Record: proven effectiveness in reducing Total Petroleum Hydrocarbons (TPH). Full cycle from lab testing to field application.
Total environment recovery at the contaminated territory
About the Technology
AgroBioTechnology Group has been producing biopreparations for over 27 years. Our own collection of microorganisms and pool of experienced scientists and engineers allow us to tailor the technical solution to every specific pollution site.
How Does It Work
Oil-degrading bacterial strains utilize hydrocarbons and heavy petroleum fractions as an energy source for growth and metabolism. Within the first day after the introduction of a biological product, the microorganisms become activated. Their population increases, initiating an irreversible process that breaks down petroleum products into environmentally safe, non-toxic metabolic byproducts. Once the degradation of the mineral oil is complete, the microbial population, deprived of its nutrient source, dies off — thereby serving as a food source that stimulates the growth of indigenous microflora.
Stages of Cleanup and Bioremediation
2
ANALYSIS
Laboratory microbiological and chemical analysis
3
DESIGN WORK
Creating a 3D contamination map
Selection of the optimal treatment scheme
Cultivation and selection of effective oil-degrading microorganisms specific to the type of pollution
Determination of the remediation strategy
Development and approval of the decontamination project
Production of the biological product
4
FIELD WORKS
Aeration
Application of texturizing agents (if necessary)
Application of the biological preparation
Irrigation and fertilizer application
Monitoring
5
HANDOVER OF THE SITE TO THE CUSTOMER
Control sampling
Independent expert assessment
Soil and Groundwater Treatment Diagram
Degree of Contamination
Case Study
