The return sludge of one of the four treatment lines at oresundsverket WWTP in Sweden was subjected to ozonation in full-scale to reduce filamentous bulking sludge. The biological nitrogen and phosphorus removal capacity along with effluent parameters were studied throughout the trial. Samples were also taken to track possible changes in microbial population due to ozone. 2.8-5.0 g O-3 kg(-1) treated SS-1 reduced the DSVI of the ozone-treated line from 170 to 100 mL g(-1) and the reference line remained at 150 mL g(-1). No adverse effect on the biological nitrification- or the phosphorus removal rates could be detected. The microbial population of the two lines did not exhibit any substantial changes which can be correlated to ozone additio...
This paper presents a full-scale experience of sludge minimization by means of short contact time oz...
This paper presents a full-scale experience of sludge minimization by means of short contact time oz...
The excess biomass produced during biological treatment of municipal wastewater represents a major i...
The return sludge of one of the four treatment lines at Öresundsverket WWTP in Sweden was subjected ...
Activated sludge process is the most widely diffused system to treat wastewater to control the disch...
Ozone was applied to return activated sludge in full-scale to study how ozone impacts filamentous ba...
As pharmaceutical removal was not part of the of the modern wastewater treatment plant (WWTP) design...
The activated sludge process is the most widely used wastewater treatment. The main drawback of this...
Abstract: Partial ozonation of the return sludge in activated sludge processes has been employed to ...
This work experimentally studied the effects of ozonation treatment on waste sludge. During the trea...
One of the most important problems that wastewater treatment plants throughout the world have been f...
Wastewater treatment with activated sludge is the most common way of treating wastewater. The proces...
In this comparative study, a combination of mixed liquor ozone treatment and an enhanced biological ...
Minimization of excess sludge production may be achieved by either changes in operational conditions...
Municipal wastewater is often treated at a centralized treatment facility based on Activated Sludge ...
This paper presents a full-scale experience of sludge minimization by means of short contact time oz...
This paper presents a full-scale experience of sludge minimization by means of short contact time oz...
The excess biomass produced during biological treatment of municipal wastewater represents a major i...
The return sludge of one of the four treatment lines at Öresundsverket WWTP in Sweden was subjected ...
Activated sludge process is the most widely diffused system to treat wastewater to control the disch...
Ozone was applied to return activated sludge in full-scale to study how ozone impacts filamentous ba...
As pharmaceutical removal was not part of the of the modern wastewater treatment plant (WWTP) design...
The activated sludge process is the most widely used wastewater treatment. The main drawback of this...
Abstract: Partial ozonation of the return sludge in activated sludge processes has been employed to ...
This work experimentally studied the effects of ozonation treatment on waste sludge. During the trea...
One of the most important problems that wastewater treatment plants throughout the world have been f...
Wastewater treatment with activated sludge is the most common way of treating wastewater. The proces...
In this comparative study, a combination of mixed liquor ozone treatment and an enhanced biological ...
Minimization of excess sludge production may be achieved by either changes in operational conditions...
Municipal wastewater is often treated at a centralized treatment facility based on Activated Sludge ...
This paper presents a full-scale experience of sludge minimization by means of short contact time oz...
This paper presents a full-scale experience of sludge minimization by means of short contact time oz...
The excess biomass produced during biological treatment of municipal wastewater represents a major i...