Due to their versatility and the high biomass yield produced, cultivation of phototrophic
organisms is an increasingly important field. In general, open ponds are chosen to do it …

The interest in develo** microalgae for industrial use has been increasing because of
concerns about the depletion of petroleum resources and securing sustainable energy …

Despite the fact that natural gases are the most vital source of energy, pollutants like carbon
dioxide in natural gases cause sediment and erosion of equipment, catalysts poisoning, and …

The availability of light and its efficient utilisation is a major limiting factor in large scale algal
cultures. While algae predominantly use the blue and red spectral regions, a significant …

In the present study, three conditions of photoautotrophic (Case 1), heterotrophic (Case 2),
and mixotrophic (Case 3) on the microalgal growth, lipid accumulation, and content of …

Spirulina is a promising feedstock for c-phycocyanin, a blue pigment-protein, commercially
incorporated in many food products for its desirable bright blue attributes, exceptional …

Microalgae hold promise for sustainable biomass and bioactive metabolite production, yet
their commercial viability faces challenges due to low productivity, often linked to inefficient …

This study explores biodiesel production from Chlorella sp. microalgae, using a novel
calcium methoxide catalyst supported on magnetic biochar derived from lipid-extracted …

Abstract Rhodamine-6-G (R6G) was used to investigate the effect of internal/external light
conversion on Dunaliella salina in a 1000 mL double-layer flat plate photobioreactor (DLF …

The focus of this research is spectral shifting of light using phycocyanin solution extracted
from the blue-green microalga Spirulina platensis in order to increase biomass productivity …