Supplementation of carbon is critical for high productivity cultivation of most microalgae.
Moreover, using microalgae for atmospheric CO 2 mitigation to combat climate change is …

In recent years, global warming driven climate change is threatening the existence and
questioning the survivability of entire humanity. In this context, application of various …

Microalgae biofuel production has been extensively evaluated through resource, economic
and life cycle assessments. Resource assessments consistently identify land as non-limiting …

Carbon dioxide (CO 2) supply is an important consideration for algae production systems,
and using high-purity CO 2 eliminates the need for purification processes. This study …

Aquacultures of microalgae are frontrunners for photosynthetic capture of CO2 from flue
gases. Expedient implementation mandates coupling of microalgal CO2 capture with …

Coal-fired power plants are major stationary sources of carbon dioxide and environmental
constraints demand technologies for abatement. Although Carbon Capture and Storage is …

Microalgal biomass production offers a number of advantages over conventional biomass
production, including higher productivities, use of otherwise nonproductive land, reuse and …

The world is experiencing an energy crisis and environmental issues due to the depletion of
fossil fuels and the continuous increase in carbon dioxide concentrations. Microalgal …

Intensively managed microalgal production facilities are capable of fixing several-fold more
carbon dioxide per unit area than trees or crops. Although CO 2 is still released when fuels …

Production of algal biomass and its conversion to biofuels are important technological
platforms within the larger umbrella of CO2 capture and utilization. This analysis …