Water is the most valuable resource on the planet. However, massive anthropogenic
activities generate threatening levels of biological, organic, and inorganic pollutants that are …

In plant cells, ammonium is considered the most convenient nitrogen source for cell
metabolism. However, despite ammonium being the preferred N form for microalgae, at …

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 …

Microalgae possess high potential for producing pigments, antioxidants, and lipophilic
compounds for industrial applications. However, their open pond cultures are often …

A co-culture of an alkaliphilic methanotrophic consortium and the microalga Scenedesmus
obtusiusculus was designed to consume CH 4 and CO 2 from diluted CH 4 streams under …

The potential of microalgae to produce valuable compounds has garnered considerable
attention. However, there are various challenges that hinder their large-scale industrial …

Microalgae offer a great potential to contribute significantly as renewable fuels and
documented as a promising platform for algae-based bio refineries. They provide solutions …

Chlamydomonas reinhardtii produces a variety of compounds that can be beneficial to
human and animal health. Among these compounds, application of photosynthetic …

Dry anaerobic digestion (D-AD) generates nitrogen-rich effluents that are normally
neglected in the circular bioeconomy. The high turbidity and ammonium content hamper …

In order to contribute to the biotechnology of microalgae cultivated in vinasse, we carried out
the bioprospection of tolerant species and synthesized biomolecules of the total biomass …