Microalgae have emerged as a renewable and sustainable candidate for bioenergy
production coupled with pollutant removal from wastewater. However, costly biomass …

Microbiota are now widely recognized as being central players in the health of all organisms
and ecosystems, and subsequently have been the subject of intense study. However …

Photosynthetic microalgae can capture solar energy and convert it to bioenergy and
biochemical products. In nature or industrial processes, microalgae live together with …

To be a sustainable energy source, a microalgal cultivation model should address important
environmental challenges for its large-scale implementation. In this work, the performance of …

The market value of microalgae has grown exponentially over the past two decades, due to
their use in the pharmaceutical, nutraceutical, cosmetic, and aquatic/animal feed industries …

Microalgae are a source of high-valuable products covering a wide range of applications.
However, costs incurred by cultivating them make it an expensive process. The combination …

A major challenge to the economic viability of outdoor cultivation of microalgae is the high
cost of CO2 supply, even when microalgae farms are co-located with point sources of CO2 …

Nanoparticle application in microalgae for enhanced lipid production is an ongoing work
that leads towards the contribution in biodiesel production. During this decade, metal …

Microalgae have a demonstrated potential as producers of high-quality renewable biofuel
feedstocks as well as other high-value chemicals. However, significant improvements from …

Integrating algal-bacterial symbiosis (ABS) in the realm of wastewater treatment, carbon
capture and sequestration, and biological resource recovery is a groundbreaking and highly …