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Bioremediation in exploitation of oil and green chemistry
(2017)
Poster presented at 254th American Chemical Society National Meeting & Exposition - Chemistrys Impact on the Global Economy; Aug 20-24, 2017 Washington, DC; USA
Bioremediation in exploitation of oil and green chemistry
(American Chemical Society (ACS), 2017)
Oil industry is the largest or potentially the largest source of pollutants for all ecospheres. This applies to all segments, from exploitation to processing, transportation, storage and use of fuel and raw materials for ...
Mikrobiološka produkcija agenasa za imobilizaciju toksičnih metala u životnoj sredini / Microbiological production of agents for immobilization of toxic metals in the environment
(Udruženje mikrobiologa Srbije, 2017)
Environmental pollution occurs as a result of industrialization, technological development and the rapid increase in population, urban planning and agricultural development. Heavy metals in the environment are usually found ...
Ex situ Bioremediation as Circular Economy: Microbial Mineralization of Waste Heavy Rezidual Oil Fuel (Mazut) From Belgrade (Serbia) Power Plants and its Reuse for Landfill Stabilization
(Proceedings - The 5th International Congress: Engineering, Environment and Materials in Processing Industry (EEM), 2017)
Poster presented at: The 5th International Congress: Engineering, Environment and Materials in Processing Industry (EEM), 2017
Microorganisms from bioremediation to electronic waste: some of our examples
(The European Association for Chemical and Molecular Sciences (EuCheMS), 2017)
Chemical and biochemical activities of microorganisms are obvious in industrial biotechnology. They are becoming even more important in environmental biotechnology and circular economy.
The application of microorganisms ...
Microorganisms from bioremediation to electronic waste: some of our examples
(2017)
Poster presented at: 16th International Conference on Chemistry and the Environment - ICCE 2017, 18 - 22 June 2017, Oslo, Norway
Ex situ Bioremediation as Circular Economy: Microbial Mineralization of Waste Heavy Rezidual Oil Fuel (Mazut) From Belgrade (Serbia) Power Plants and its Reuse for Landfill Stabilization
(University of East Sarajevo, Faculty of Technology Zvornik, 2017)
In our work we have studied the process of bioremediation of waste heavy residual oil fuel
(mazut) from the site of the Belgrade heating plants. Bioremediation is performed on the
projected biopile adding microbial ...