The scarcity of water resources and environmental pollution have highlighted the need for
sustainable wastewater treatment. Existing conventional treatment systems are energy …

The livestock sector is responsible for a significant amount of wastewater globally. The
microalgal-bacterial consortium (MBC) treatment has gained increasing attention as it is …

The use of microalgae and bacteria as a strategy for the startup of bioreactors for the
treatment of industrial wastewater can be a sustainable and economically viable alternative …

The optimization of wastewater treatment technologies using biological processes is no
longer limited to improving the removal of organic matter and nutrients, as it is possible to …

The functional interaction between microorganisms is key in symbiotic microalga–bacteria
systems; however, evaluations of fungi and pathogenic microorganisms are not clear. In this …

A systematic aeration control strategy aiming at energy saving was proposed using a
comprehensive model composing of a mass flow analysis (MFA) module, an oxygen transfer …

The aim of this study was to provide a bibliometric analysis and map** of existing scientific
papers, focusing on microalgae cultivation coupled with biomass production and …

Co-culture of microalgae-activated sludge has the potential to purify wastewater while
reduce energy demand from aeration. In this work, a mechanically stirred membrane …

This study aims to enhance nutrient removal in an existing activated sludge process based
decentralized wastewater treatment system by introducing illumination and algal biofilms in …

Wastewater treatment based on microalgae and bacteria symbiosis is an environmentally
friendly, sustainable technology that has attracted attention recently because of its high …