Microalgae cultivation is proposed as an effective system for pathogens reduction and
wastewater depuration, however, a full characterisation of the risks is still needed. Two …

The microalga Tetradesmus almeriensis was produced in a 63 m 2 thin-layer cascade
photobioreactor using either freshwater supplemented with fertilisers, primary urban …

To date, little is known about the start-up of photobioreactors and the progressive
development of stable microalgal-bacterial consortia with a view to the full-scale treatment of …

Large-scale cultivation of microalgae for biofuels may avoid competing for agriculture, water,
and fertilizer by using wastewater and avoid competing for land by using the Offshore …

Cultivation of specific microalgae is still difficult in an industrial setup as contamination and
balancing the economic cost are not always possible. Understanding the ecology of …

The use of microalgae-bacteria consortium coupled with biomass valorization is promising
for environmentally friendly and economical wastewater treatment. However, a significant …

The cultivation of microalgae using urban wastewater as a nutrient substrate represents a
promising bio-refinery concept that can serve multiple purposes; indeed, it allows for the …

The effects of water depth, operational and environmental conditions on bacterial
communities were analyzed in microalgal-bacterial outdoor photobioreactors treating urban …

Microalgae-based systems have been increasingly considered to remediate wastewater,
while producing valued biomass. While microalgal monocultures are difficult to maintain in …

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