In response to the energy crisis, global warming and climate changes, microalgae have
received increasingly global attention as a renewable, alternative and sustainable source for …

The wastewater originates from different industrial, municipal, and agriculture processes and
contains different nitrogen sources, for example, nitrate, ammonium, nitrite, and phosphate …

Municipal wastewater (MWW) or urban wastewater (UWW) is generated by the domestic
consumption of freshwater, which contains a huge amount of nutrients. The release of …

High water demand is a major challenge for the algae industry, so cultivating algae in
wastewater can have the double benefit of biomass production and water remediation. The …

A new species of marine algae Picochlorum celeri was obtained by enriching for fast
reproductive rates under constant high irradiance in semi-continuous culture. Several …

Photosynthetic microbes are considered promising biofactories for transforming inorganic
carbon from the atmosphere into a renewable source of chemicals and precursors of …

Microalgae cultivation utilizes the energy of sunlight to reduce carbon dioxide (CO2) for
producing renewable energy feedstock. The commercial success of the biological fixation of …

Picochlorum celeri has among the fastest photoautotrophic growth rates (~ 2 h doubling time
in optimal conditions) reported to date for a marine alga. This study comprehensively …

Modeling and optimization of key design parameters of bioreactors are critical for
development of economically and technically viable algae technologies. The objective of …

Microalgae are increasingly viewed as a sustainable potential resource of chemicals and
biologicals. The production of light alkenes (C2-C4 olefins), a major precursor to plastics …