Sewage waters from styrene and propellent oxide production are studied for the possibility of their local aerobic treatment using immobilized microorganisms. Modelling of sewage treatment in the plant consisting of four successively connected biotanks with immobilized microflora has proved the ability of 95-97% treatment from organic pollutants whose initial concentration corresponds to COD 5.2 g/l. Gram-negative bacteria and, in the first place, strain SP1, whose portion in the successively functioning biotanks increased from 21 to 95%, are of great significance in treatment of real industrial sewage of the above production
One of the most effective methods of wastewater treatment is a biochemical method that almost comple...
International audienceThe large diversity of metabolic capacities and the high genetic plasticity of...
The known methods of cleaning tanks from the remnants of petroleum products using existing means are...
Sewage waters from styrene and propellent oxide production are studied for the possibility of their ...
Gas-wo rks sewage, for the sake of its complex composition, contains organic xenobiotics, mainly phe...
The wastewater treatment processes involving immobilised microorganisms of the activated sludge have...
Bioremediation of wastewater using microorganisms and their aggregates is recognized to be an effici...
Waste water from textile industry contain pollutant whit in certain concentration. To protect the en...
The data regarding the ability of hydrocoles, immobilized on the carrier VIYA in bioreactors to exis...
The sources of occurrence of various pollutants from chemical process industries and there harmful e...
Biotechnical systems and technologies are aimed at deep cleaning and purification of oil-contaminate...
An algal-bacterial consortium was tested for the treatment from a coke factory. A Chlorella vulgaris...
EA ECOLDURInternational audienceThe large diversity of metabolic capacities and the high genetic pla...
Wastewaters from petrochemical plants are of two types; high sulfur wastewater with high levels of s...
Recently, technology of using oleaginous microorganisms for biological treatment of wastewaters has ...
One of the most effective methods of wastewater treatment is a biochemical method that almost comple...
International audienceThe large diversity of metabolic capacities and the high genetic plasticity of...
The known methods of cleaning tanks from the remnants of petroleum products using existing means are...
Sewage waters from styrene and propellent oxide production are studied for the possibility of their ...
Gas-wo rks sewage, for the sake of its complex composition, contains organic xenobiotics, mainly phe...
The wastewater treatment processes involving immobilised microorganisms of the activated sludge have...
Bioremediation of wastewater using microorganisms and their aggregates is recognized to be an effici...
Waste water from textile industry contain pollutant whit in certain concentration. To protect the en...
The data regarding the ability of hydrocoles, immobilized on the carrier VIYA in bioreactors to exis...
The sources of occurrence of various pollutants from chemical process industries and there harmful e...
Biotechnical systems and technologies are aimed at deep cleaning and purification of oil-contaminate...
An algal-bacterial consortium was tested for the treatment from a coke factory. A Chlorella vulgaris...
EA ECOLDURInternational audienceThe large diversity of metabolic capacities and the high genetic pla...
Wastewaters from petrochemical plants are of two types; high sulfur wastewater with high levels of s...
Recently, technology of using oleaginous microorganisms for biological treatment of wastewaters has ...
One of the most effective methods of wastewater treatment is a biochemical method that almost comple...
International audienceThe large diversity of metabolic capacities and the high genetic plasticity of...
The known methods of cleaning tanks from the remnants of petroleum products using existing means are...