The use of phototrophic organisms in wastewater treatment is gaining increasing interest,
due to the possibility of exploiting photosynthetic oxygenation, thus lowering treatment costs …

Biomass of Scenedesmus almeriensis was produced outdoors for 12 months using three
different photobioreactor designs. Optimum dilution rates to achieve the highest biomass …

The main purpose of this study is to investigate the effects of operative parameters and
bioprocess strategies on the photo-autotrophic cultivation of the microalgae Scenedesmus …

The bioremediation of digestate using microalgae presents a solution to the current
eutrophication issue in Northwest Europe, where the use of digestate as soil fertiliser is …

In this study, Scenedesmus almeriensis as green microalga was cultivated on bench-scale
for carbon dioxide (CO2) capture and lutein production. The autotrophic cultivation of S …

Microalgae-based wastewater treatment has been suggested as an alternative to polluting
and energy-consuming conventional processes. The main advantage of this strategy is the …

This study aimed at evaluating the effects of different environmental conditions (irradiance,
temperature, pH and dissolved oxygen) on a microalgae-bacteria consortium cultivated in a …

Abstract Total nitrite (TNO 2= HNO 2+ NO− 2) accumulation due to the activity of ammonia-
oxidizing bacteria (AOB) was monitored in microalgae-bacteria consortia, and the inhibitory …

In this article, the influence of culture conditions (irradiance, temperature, pH, and dissolved
oxygen) on the photosynthesis and the respiration rates of microalgae–bacteria consortia in …

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 …