High lipid content and excellent CO 2 fixation capability of microalgae by photosynthesis
have made microalgal biodiesel (BD) a promising carbon-neutral fuel. Nonetheless, the …

The treatment of different types of wastewater by physicochemical or biological (non-
microalgal) methods could often be either inefficient or energy-intensive. Microalgae are …

The energy demands and costs of harvesting microalgal biomass make it unrealistic and
unsustainable for economically feasible microalgal biofuel production. Therefore, meticulous …

Microalgae have been widely explored because of the diverse number of their worthwhile
applications and potential as a source biomass for the production of biofuels and value …

As the third generation biofuel feedstock to confront with energy crisis, microalgae have
great potential for the exploration of renewable energy fields, whereas the high cost related …

In the context of climate change and the increase of the energy demand, there is a need for
carbon sequestration methods and sustainable fuels. This can be done by cultivation of …

Production of biogas from microalgae has been receiving significant attention since 1950s,
as microalgae are capable of rapidly growing in the non-arable land area and accumulating …

Microalgae have been developed as promising candidates for bioenergy production,
coupled with answering challenges related to water pollution and global warming. When …

Biofuel derived from microalgae has developed as an environmentally benign alternative to
conventional fossil fuels. Mass production of this biofuel remains difficult due to several of …

Microalgae are natural resources of intracellular compounds with a wide spectrum of
applications in, eg, the food industry, pharmacy, and biofuel production. The extracellular …