Microalgae and cyanobacteria are a precious source for the production of
biofuels/bioenergy, biomaterials and valuable biochemicals. Beyond photosynthetic CO 2 …

Incorporation of wastewater from industrial sectors into the design of microalgal biorefineries
has significant potential for advancing the practical application of this emerging industry …

Kale is a prominent leafy vegetable because of its high content of bioactive compounds and
various health benefits. Microalgae have been suggested as a biostimulator that can replace …

The heterotrophic cultivation of microalgae has a number of notable advantages, which
include allowing high culture density levels as well as enabling the production of biomass in …

Chlorella vulgaris is a freshwater microalga that synthesises large amounts of saturated
lipids, which makes it suitable for production of bioenergy and biofuels. Since its cultivation …

Microalgae, a promising sustainable biomass resource, lacks sufficient research for pilot-
scale processes despite available technologies. Harvesting methods also pose challenges …

Production of functional biocompounds from microalgae has garnered interest from different
industrial sectors; however, their overall productivity must be substantially improved for …

Microalgae have been studied and tested for over 70 years. However, biodiesel, the prime
target of the algal industry, has suffered from low competitiveness and current steps toward …

A halotolerant consortium between microalgae and methanotrophic bacteria could
effectively remediate in situ CH 4 and CO 2, particularly using saline wastewater sources …

The concept of circular biorefinery has been promoted as a sustainable new approach for
the nascent microalgae industry. In particular, solvent extraction of the lipid fraction of …