Microalgae-based technologies, usually configured as high rate algal ponds (HRAP), are
efficient, sustainable, and cost-effective alternatives for wastewater treatment due to their …

Rising concerns surrounding environmental pollution, diminishing water resources, and
circular economy in waste management have sparked a pressing need to revolutionize …

The consortia formed by microalgae and bacteria developed during semi-continuous
operation of photobioreactors treating domestic wastewater was characterized by means of …

While some microbial eukaryotes can improve effluent quality in wastewater treatment plants
(WWTPs), eukaryotic waterborne pathogens are a threat to public health. This study aimed …

Microalgae cultivation in wastewater has been widely researched under laboratory
conditions as per its potential to couple treatment with biomass production. Currently, only a …

Highlights•Organic-rich wastewater is a growing environmental and social
concern.•Microalgal biotechnology is a promising approach to waste stream …

Recycled wastewater can carry human-infectious microbial pathogens and therefore
wastewater treatment strategies must effectively eliminate pathogens before recycled …

Algal and bacterial communities play a major role in the treatment performance and
efficiency of waste stabilisation ponds (WSPs); however, the study of these WSP microbial …

This review aims to perform an updated bibliographical survey on the cultivation of
microalgae in domestic wastewater with a focus on biotechnological aspects. It was verified …

In the context of climate change leading to water scarcity for many people in the world, the
treatment of municipal wastewater becomes a necessity. However, the reuse of this water …