This paper reviews some of the most important aspects of microalgae as a potential source
for biodiesel production. Microalgae are photosynthetic microorganisms that can grow …

Anthropogenic emissions like carbon dioxide (CO 2) necessitate the need for immediate
mitigation of excessive CO 2 concentrations, so as to ease the impacts of climate change …

Microalgae are promising candidates for CO 2 capture and concomitant biomass production.
Chlorella vulgaris was grown in the batch and fed-batch cultures to develop a culture …

Microalgae are promising resources for the sustainable production of biofuels, feed, and
high-value chemicals. Several strains can grow heterotrophically or mixotrophically on …

An alkali-tolerant Chlorella sp. AT1 mutant strain was screened by NTG mutagenesis. The
strain grew well in pH 6–11 media, and the optimal pH for growth was 10. The CO 2 …

Conventional carbon fixation by microalgae involves the direct introduction of CO 2 as the
carbon source for microalgal growth. However, CO 2 displays low solubility in water and a …

Microalgae biomass has attracted much interest in recent years for production of food,
bioactive compounds, pigments and biofuels. Effective cultivation is a prerequisite for fully …

Microalgae have been recommended as superior candidate for fuel production because of
their advantages of higher photosynthetic efficiency, biomass & lipid productivity, and faster …

The clay–microbial consortium is ubiquitous in the soil near the mining area and plays an
important role in the transport of heavy metals. In this study, Chlorella sorokiniana FK was …

The purpose of this study was to investigate the optimum conditions of several factors (ie
types and concentration of acetate, aeration rate, pH control) for maximizing the mixotrophic …