Add to ORKGIn this research work, the effects of hydrodynamic shear force, substrate concentrations, and hydraulic retention time on aerobic granulation in sequencing batch reactor (SBR) were studied. Meanwhile, the strategy for improving stability of aerobic granules was also investigated and the potential of aerobic granules as novel biosorbent for soluble metal removal was also looked into
Aerobic granulation is a promising technology that has increasingly attracted global attention due t...
Aerobic granular sludge (AGS) as recent biological wastewater treatment has been developed in a modi...
Aerobic granulation of activated sludge was successfully achieved in a full-scale sequencing batch r...
In this research work, the effects of hydrodynamic shear force, substrate concentrations, and hydrau...
Aerobic granulation is a promising biotechnology for wastewater treatment. The formation and develop...
Aerobic granulation is a novel environmental biotechnology recently developed for treating a wide sp...
Compact and structurally stable aerobic granules were developed in a sequencing batch reactor (SBR) ...
Aerobic granulation is a novel environmental biotechnology recently developed for wastewater treatme...
Aerobic granulation technology is applied to treat domestic and industrial wastewater. The Aerobic g...
The aerobic granular sludge (AGS) process has attracted significant interest over the last decade an...
Biogranulation technology using aerobic granules is one of the most important discoveries in the fie...
In recent times, the treatment of actual low-medium strength domestic wastewater using aerobic granu...
Fundamental and application of aerobic granulation technology for wastewater treatmen
The new regulations and policies, both at a State and European Community level, are the more and mo...
Aerobic granulation in sequencing batch reactors is widely reported in literature and in particular ...
Aerobic granulation is a promising technology that has increasingly attracted global attention due t...
Aerobic granular sludge (AGS) as recent biological wastewater treatment has been developed in a modi...
Aerobic granulation of activated sludge was successfully achieved in a full-scale sequencing batch r...
In this research work, the effects of hydrodynamic shear force, substrate concentrations, and hydrau...
Aerobic granulation is a promising biotechnology for wastewater treatment. The formation and develop...
Aerobic granulation is a novel environmental biotechnology recently developed for treating a wide sp...
Compact and structurally stable aerobic granules were developed in a sequencing batch reactor (SBR) ...
Aerobic granulation is a novel environmental biotechnology recently developed for wastewater treatme...
Aerobic granulation technology is applied to treat domestic and industrial wastewater. The Aerobic g...
The aerobic granular sludge (AGS) process has attracted significant interest over the last decade an...
Biogranulation technology using aerobic granules is one of the most important discoveries in the fie...
In recent times, the treatment of actual low-medium strength domestic wastewater using aerobic granu...
Fundamental and application of aerobic granulation technology for wastewater treatmen
The new regulations and policies, both at a State and European Community level, are the more and mo...
Aerobic granulation in sequencing batch reactors is widely reported in literature and in particular ...
Aerobic granulation is a promising technology that has increasingly attracted global attention due t...
Aerobic granular sludge (AGS) as recent biological wastewater treatment has been developed in a modi...
Aerobic granulation of activated sludge was successfully achieved in a full-scale sequencing batch r...