The effect of storage temperature and time on lipid composition of Scenedesmus sp. was
studied. When stored at 4° C or higher, the free fatty acid content in the wet biomass …

Renewable fuels for alternative energy sources have been paid a great attention in recent
years. Biodiesel has been gaining worldwide popularity as an alternative energy source …

Producing biofuel from microalgae has gained renewed interest recently. Schizochytrium
limacinum is a heterotrophic microalga that is capable of producing high levels of biomass …

A one‐step process was applied to directly converting wet oil‐bearing microalgae biomass
of Chlorella pyrenoidosa containing about 90% of water into biodiesel. In order to …

The feasibility of biodiesel production from microalgae as third generation biodiesel
feedstock was studied in the present investigation. The studies were conducted to evaluate …

The present study introduced an integrated method for the production of biodiesel from
microalgal oil. Heterotrophic growth of Chlorella protothecoides resulted in the accumulation …

In this study, a direct transesterification process using 75% ethanol and co-solvent was
studied to reduce the energy consumption of lipid extraction process and improve the …

In this work, a one-step extraction/transesterification process was developed to directly
convert wet oil-bearing microalgal biomass of Chlorella vulgaris ESP-31 into biodiesel using …

A macroalga (Cladophora fracta) and a microalga (Chlorella protothecoides) samples were
used in this work. Most current research on oil extraction is focused on microalgae to …

A novel approach in the production of renewable energy carrier namely, biodiesel was
performed using algal biomass as a raw material. The effect of drying algal biomass and its …