There have been significant advances in the use of biological and physical selectors for the
intensification of continuously flowing biological wastewater treatment (WWT) processes …

Industrial effluents contain poisonous and resistant pollutants, thereby posing major
environmental risk to public health. Given the fact that the conventional treatment …

As the population continues to grow, increasing engineering challenges are associated with
the sustainable life cycle of consumption and production of safe, reusable water. The water …

The development of continuous flow reactors (CFRs) employing aerobic granular sludge
(AGS) for the retrofit of existing wastewater treatment plants (WWTPs) using a continuous …

This paper presents the study concerning long-term effects of a full scale hydrocyclone unit
implemented in a continuous flow long sludge age system, on sedimentation, treatment …

Full‐scale demonstration of activated sludge conversion into a granule–floc hybrid process
was implemented in Dijon (France) water resource recovery facility (WRRF). Biomass …

The slow settling rate of activated sludge (AS) in secondary clarifiers and batch reactors
results in increased hydraulic retention time, AS with a higher water content pumped to the …

This study removes two technical constraints for transitioning full-scale activated sludge
infrastructure to continuous flow, aerobic granular sludge (AGS) facilities. The first of these is …

Aerobic granular sludge (AGS) in continuous-flow reactors (CFRs) has attracted significant
interest, with notable progress in research and application over the past two decades …

Densification is a novel intensification strategy with the potential to improve treatment
capacity within existing continuous-flow (CF) water resource recovery facilities at low capital …