This literature review discusses several aspects of biodiesel production from microalgae.
This paper elucidates the optimal bioenvironmental conditions for microalgae cultivation …

Although the potential for biofuel production from microalgae via photosynthesis has been
intensively investigated, information on the selection of a suitable operation strategy for …

The need to reduce costs associated with the production of microalgae biomass has
encouraged the coupling of process with wastewater treatment. Emerging pollutants in …

The possibility of using photosynthetic microorganisms, such as cyanobacteria and
microalgae, for converting light and carbon dioxide into valuable biochemical products has …

The current burden on fossil‐derived chemicals and fuels combined with the rapidly
increasing global population has led to a crucial need to develop renewable and …

Supercritical CO 2 extraction from microalgae is applied with the aim of obtaining an oil rich
in α-linolenic (ALA) essential fatty acid and with a low ω6: ω3 ratio. The maximum extraction …

The sunshine heat flux is having an essential impact on the photobioreactor system
temperature. However, optimal algae growth rates have gained if the algal growth media …

To meet the increasing demand for food and protein sources sustainably, innovative dietary
alternatives must be explored. Nitrogen-fixing cyanobacteria represent a promising option …

Despite the initial interest, since the early 1950s, in microalgae as a source of biofuels to
overcome the widespread negative impact on environment caused by fossil fuels, recent …

The optimal culture conditions are critical factors for high microalgal biomass and lipid
productivity. To optimize the photoautotrophic culture conditions, combination of the pH …