The paper presents application possibilities of two and three-phase fluidized bed bioreactors for carrying out a microbiological nitrification process. The advantages and disadvantages of individual bioreactors are described. A quantitative analysis of the fundamental operating variables related to the balance of oxygen and the preservation of the fluidized bed was performed
The in¯uence of dissolved oxygen concentrationon the nitri®cation kinetics was studied in the circul...
One of the serious environmental problems that the human beings are facing is the nitrogenous pollut...
Aim: To provide deeper insights into nitrification process within aerobic bioreactors containing sup...
The work involves experimental investigation on biological denitrification in a fluidized bed reacto...
L'étude proposée a consisté à évaluer et à optimiser un nouveau bioréacteur de type lit fluidisé en ...
Sustainable immobilised microbial pellets were developed with water-borne polyurethane (WPU) materia...
Conventional wastewater treatment techniques - utilizing microorganisms to remove organics and nutri...
The main objective of this PhD work focused on the study of the COD removal and nitrification in a n...
The combination of biological nutrient removal (BNR) with fluidization technology has demonstrated a...
In cooperation with the Israeli project partner microbiological investigations were carried out at w...
Nitrification is the biological oxidation of ammonium, first to nitrite and then to nitrate by two g...
The challenge of access to clean water is apparent throughout the world as it experiences overpopula...
The performance of a particulate-biofilm, expanded-bed process for nitrification of activated sludge...
Wastewater of food industries contains high concentrations of nitrogen compounds, mainly in the form...
The discharge of nutrients into the water bodies can cause severe environmental problems (oxygen dep...
The in¯uence of dissolved oxygen concentrationon the nitri®cation kinetics was studied in the circul...
One of the serious environmental problems that the human beings are facing is the nitrogenous pollut...
Aim: To provide deeper insights into nitrification process within aerobic bioreactors containing sup...
The work involves experimental investigation on biological denitrification in a fluidized bed reacto...
L'étude proposée a consisté à évaluer et à optimiser un nouveau bioréacteur de type lit fluidisé en ...
Sustainable immobilised microbial pellets were developed with water-borne polyurethane (WPU) materia...
Conventional wastewater treatment techniques - utilizing microorganisms to remove organics and nutri...
The main objective of this PhD work focused on the study of the COD removal and nitrification in a n...
The combination of biological nutrient removal (BNR) with fluidization technology has demonstrated a...
In cooperation with the Israeli project partner microbiological investigations were carried out at w...
Nitrification is the biological oxidation of ammonium, first to nitrite and then to nitrate by two g...
The challenge of access to clean water is apparent throughout the world as it experiences overpopula...
The performance of a particulate-biofilm, expanded-bed process for nitrification of activated sludge...
Wastewater of food industries contains high concentrations of nitrogen compounds, mainly in the form...
The discharge of nutrients into the water bodies can cause severe environmental problems (oxygen dep...
The in¯uence of dissolved oxygen concentrationon the nitri®cation kinetics was studied in the circul...
One of the serious environmental problems that the human beings are facing is the nitrogenous pollut...
Aim: To provide deeper insights into nitrification process within aerobic bioreactors containing sup...
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