This review analyzes the current state of a specific niche of microalgae cultivation;
heterotrophic growth in the dark supported by a carbon source replacing the traditional …

Using wastewater for microalgal cultures is beneficial for minimizing the use of freshwater,
reducing the cost of nutrient addition, removing nitrogen and phosphorus from wastewater …

Millions of natural and synthetic organic chemical substances are present in both soil and
aquatic environments. Toxicity and/or persistence determine the polluting principle of these …

This review focuses on the potential advantages and challenges of submerged membrane
photobioreactors (MPBRs) for microalgae cultivation and wastewater treatment. MPBR …

This review summarizes the recent advances in high-density algal cultures in the field of
algal biotechnology. Photobioreactor engineering for economical and effective utilization of …

Aquaculture wastewater contains a huge amount of substances that can cause
environmental pollution. However, microalgae can absorb these compounds and convert …

The removal of heavy metals combined with biodiesel production by microalgae in a cost-
effective way is a promising approach. Herein, we grew two green microalgal species …

The uncontrolled carbon dioxide (CO2) emission is increasing every day due to human
activities and the rapid industrial revolution. However, mainly oil-producing countries, and …

Heterotrophic growth of microalgae presents significant economic advantages over the more
common autotrophic cultivation. The efficiency of growth and nitrogen, phosphorus, and …

The aim of the present study was to find out the optimum sodium bicarbonate concentration
to produce higher biomass with higher lipid and carbohydrate contents in microalgae …