Wastewater treatment requires the removal of contaminants, solids, nutrients, coliforms, and
pathogenic bacteria. Classical treatments require high energy and induce secondary …

Considering the water shortage, one of the reliable sources of water available is wastewater.
Traditional methods of pollutants from wastewater treatment do not always meet the goals of …

The treatment of wastewater for reuse is a potential solution to meet ever increasing urban,
industrial, agricultural, and environmental demands across the world, where clean water …

Third-generation biofuels that are derived from microalgal biomass have gained momentum
as a way forward in the sustainable production of biodiesel. Such efforts are propelled by the …

The role of microalgae in wastewater remediation and metabolite production has been well
documented, but the limitations of microalgae harvesting and low biomass production call …

The interest for biofilm-based systems for microalgae and related compounds production
has been increasing lately. Although extensive literature has been reported on productivity …

In the framework of regenerative circular economy and Sustainable Development Goals# 6,
water demand and wastewater production are a crucial environmental issue. To cope with …

Biofilm-based technologies present many advantages (eg, higher productivity, lower water
demand and harvesting costs) compared with the conventional planktonic approaches for …

Conventional wastewater treatment (WWT) is currently based on the action of heterotrophic
and nitrifying bacteria supported by mechanical aeration in a sequence of interconnected …

In attached microalgae cultivation systems, cell detachment due to fluid hydrodynamic flow
is not a subject matter that is commonly looked into. However, this phenomenon is of great …